Your Specials Are Our Standards TM

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1 09/2010 TM Your Specials Are Our Standards TM 400 New Tools Inside! See Inside Cover For Details ALL TOOLS IN STOCK! SAME DAY SHIPPING! Harvey Tool Company, LLC 319 Newburyport Turnpike Rowley, MA Fax Page 22 Page 58 Page 46 Page 30 Page 44 Page 107 Find Your Local Distributor at

2 Past. Present. Future. In 1985, in a small town 20 miles north of Boston, Harvey Tool was founded from humble beginnings with a simple mission: specialty tools in stock, same day shipping and unparalleled customer service. In 2010, we celebrate our 25th anniversary. A lot has changed in 25 years! One thing that hasn t changed during these years of tremendous growth is our focus on our same core mission. We strive to provide unique and innovative products to solve challenging machining requirements for our customers. We are committed to providing excellent service, quality products and building long standing customer relationships. We take pride in our attention to detail and seek to have fun in our work. In the future, Harvey Tool will remain dedicated to offering innovative, quality cutting tools. You can continue to expect the kind of personalized service of a small company paired with the capabilities of a large company. Thank you for 25 wonderful years. We look forward to continuing to grow with you during the next 25! With Sincere Appreciation, Peter P. Jenkins, President ABOUT US: ORDERING: OUR GUARANTEE: Since 1985, Harvey Tool has offered a diverse line of specialty solid carbide end mills including: Miniature End Mills Diamond End Mills Long Reach End Mills Long Flute End Mills Two easy ways to find your local distributor: 1. Visit our website at Search by zip code or by state / province. 2. Call us toll free at: We are committed to providing quality tools and the best service possible. We offer same day shipping and every item in our catalog is stocked.

3 Miniature End Mills PCD Diamond Plastic Cutting Miniature Drills Corner Rounders 6 Clearance Cutters Contents: Miniature End Mills Square 6-7 Ball 8-9 NEW Stub Flute! Stub Flute NEW Long Flute! Corner Radius NEW Long Reach! Variable Helix Helix NEW Long 5 Flute! Metric 23 Long Flute Long Reach Long Reach Stub Flute Long Reach Long Flute Clearance Cutters Mold Cutters Tapered Hard Milling CBN 54 Diamond CVD 55 PCD End Mills Undercutting NEW Sizes! Extra Extra Long 62 Reduced Shank 63 Plastic Cutting NEW Corner Radius! Drill / End Mills Smaller Sizes! Longer Flutes! Drills / Countersinks Drills (Miniature) Drills (Coolant Through) 72 Combined Drill / Countersinks 73 Counterbores Spotting Drills NEW Long Lengths! Drill / End Mills Other Specialty Tools Runner Cutters 49 Extended Reach Tool Holder 61 Boring Bars 69 Counterbores Chamfer Cutters NEW Long Reach! Adjustable Chamfer 85 Double Angle Shank Cutters Back Deburring Tool 88 NEW! Keyseat Cutters NEW Larger Sizes! Dovetail Cutters NEW O-Ring Slotting End Mill! Engraving Cutters NEW Coated Sizes! Thread Milling Cutters NEW Sizes! Thread Mills Corner Rounding End Mills Concave / Convex Radius 89 2 Flute Flared NEW Coated Sizes! 2 Flute Large Radius 105 Long Reach Miniature 106 NEW! Long Series Flute Flared Flute 109 Diamond Coated Back Corner Rounders 110 See numerical index inside back cover.

4 APPLICATION GUIDE: Coatings and Substrates Coating/ Substrate: TiN AlTiN AlTiN Nano CBN Titanium Nitride Aluminum Titanium Nitride Aluminum Titanium Nitride Nano Cubic Boron Nitride Application/ Benefits: General purpose coating for machining ferrous materials. Less expensive than AlTiN coatings. Good low cost alternative to AlTiN in applications not generating extreme heat. High performance coating in ferrous materials. Excellent high temperature resistance and hardness. Maintains high surface hardness at elevated temperatures improving tool life and allowing faster feed rates. Produces aluminum oxide layer at high temperature which reduces thermal conductivity transferring heat into the chip. Excellent in dry machining, machining titanium alloys, inconel, stainless alloys and cast iron. Premium coating in ferrous materials. Latest generation AlTiN coating. Unique nanocomposite coating structure improves hardness, heat resistance, and toughness over traditional AlTiN coatings. Superior results, extended tool life and reduced cycle times over traditional AlTiN coatings in demanding applications where setup minimizes runout and vibration. Solid CBN tipped endmills designed for finishing hardened steels 52Rc to 68Rc. Use only in applications with light, consistent depth of cut. Run at high RPM and feed rates. Hardness of CBN is second only to diamond, and CBN can withstand high temperatures. Materials: Ferrous Materials / Exotic Metals General Purpose Ferrous Materials Alloy steels, stainless steels, tool steels, titanium, inconel, nickel and other aerospace materials Hardened steels, hardened stainless, nickel based alloys, tool steels, titanium alloys, inconel and other aerospace materials Finishing hardened steels 52Rc to 68Rc Color: Gold Dark Gray / Black Blue / Black Black Structure: Mono-layer Multi-layer Nano Composite Multi-layer Solid Cubic Boron Nitride Hardness (GPa): Coefficient of Friction: Coating Thickness (microns): Max. Working Temp: Solid CBN Tip 1000 F 1400 F 2100 F 2500 F PLEASE NOTE: Information and test results were compiled from multiple sources and testing methods. Data presented is intended to be a general application guideline for comparing various coatings / substrates. TM

5 APPLICATION GUIDE: Coatings and Substrates ZrN TiB 2 Amorphous Diamond Zirconium Nitride Titanium Diboride CVD Diamond PCD Diamond Polycrystalline Diamond High hardness, lubricity and abrasion resistance. Improves performance over uncoated carbide in a wide variety of non-ferrous materials. Less expensive alternative to diamond. Primary benefit over other nonferrous coatings is extremely low affinity to aluminum. Prevents buildup on cutting edge, chip packing and extends tool life. Recommended in Aluminum Alloys and Magnesium Alloys. Not ideally suited for abrasive varieties of these alloys. A PVD amorphous diamond coating which improves lubricity and wear resistance in non-ferrous materials. Performance similar to CVD Diamond, but significantly less expensive. Coating is thin relative to CVD diamond preventing edge rounding. Sharp edges improve results (performance and finish) over CVD in certain abrasive, non-ferrous materials (copper, brass, high silicon aluminum). Low temperature threshhold makes diamond unsuitable for ferrous applications. True Crystalline CVD diamond is grown directly into a carbide end mill. Dramatically improves hardness. Hardness improves abrasion resistance and extends tool life up to 50x and allows higher feed rates than uncoated carbide. Ideal for machining Graphite, Composites, Green Carbide, and Green Ceramics. Diamond layer approx 5 times thicker than Amorphous Diamond improving wear resistance. Low temperature threshhold makes diamond unsuitable for ferrous applications. PCD diamond is manufactured as a carbide backed flat wafer. The wafer is brazed to a carbide body to form an end mill. PCD has excellent hardness and abrasion resistance. Thickest diamond layer we offer. Sharply ground cutting edges and thick diamond layer combine the sharp edge benefits of Amorphous Diamond with the abrasion resistance of CVD Diamond. Low temperature threshhold makes diamond unsuitable for ferrous applications. Thin coating maintains sharper edge. Thicker diamond layer for increased wear resistance. Thickest diamond layer ground to sharp edge. Non-Ferrous Materials Abrasive nonferrous alloys such as Brass, Bronze, Copper and Abrasive Aluminum Alloys Aluminum Alloys, Magnesium Alloys Abrasive Plastics, Graphite, Carbon Fiber Materials, Composites, Aluminum, Copper, Brass, Bronze, Carbon, Gold, Silver, Magnesium, Zinc Graphite, Composites, Green Carbide, Green Ceramics Abrasive Plastics, Graphite, Carbon Fiber Materials,Composites, Aluminum, Copper, Brass, Bronze, Carbon, Gold, Silver, Magnesium, Zinc, Green Carbide, Green Ceramics Light Gold / Champagne Light Gray / Silver Charcoal / Gray Gray Gray / Black Mono-layer Mono-layer Mono-layer True Crystalline CVD Multi- Layer Polycrystalline Diamond (Carbide Backed) " -.030" Solid PCD Layer 1100 F 1500 F 750 F 1100 F 1100 F PLEASE NOTE: Information and test results were compiled from multiple sources and testing methods. Data presented is intended to be a general application guideline for comparing various coatings / substrates FAX:

6 TM Miniature End Mills Square D 2 L1 Length of Cut = 3 x Diameter Center Cutting Micro Grain Carbide LOC OAL FOR LARGER SIZES PLEASE SEE NEXT PAGE AMORPHOUS DIAMOND D 2 2 FL 4 FL PRICE 2 FL 4 FL PRICE 2 FL 4 FL PRICE /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/64).045 1/8 1-1/ C C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C C C C (1/32).093 1/8 1-1/ C C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C C /8 1-1/ /8 1-1/ /8 1-1/ Down to.001

7 Miniature End Mills CONTINUED FROM PREVIOUS PAGE LOC OAL AMORPHOUS DIAMOND D 2 2 FL 4 FL PRICE 2 FL 4 FL PRICE 2 FL 4 FL PRICE (1mm).117 1/8 1-1/ /8 1-1/ C C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C C /8 1-1/ (3/64).141 1/8 1-1/ C C C C /8 1-1/ /8 1-1/ /8 1-1/ C C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C C (1/16).186 1/8 1-1/ C C C C /8 1-1/ C C C /8 1-1/ C C C /8 1-1/ C (5/64).234 1/8 1-1/ C C C C /8 1-1/ C C C /8 1-1/ C /8 1-1/ C C C (3/32).279 1/8 1-1/ C C C C /8 1-1/ C /8 1-1/ C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3mm).354 1/8 1-1/ /8 1-1/ C D 2 2 FL 4 FL PRICE 2 FL 4 FL PRICE 2 FL 4 FL PRICE.125 (1/8).375 1/8 1-1/ C C C C (3/16).625 3/ C C C C (1/4).750 1/4 2-1/ C C C C FAX:

8 Miniature End Mills Ball D 2 Length of Cut = 3 x Diameter Micro Grain Carbide LOC OAL AMORPHOUS DIAMOND D 2 2 FL 4 FL PRICE 4 FL PRICE 2 FL 4 FL PRICE /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/64).045 1/8 1-1/ C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C C C (1/32).093 1/8 1-1/ C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C /8 1-1/ /8 1-1/ /8 1-1/ (1mm).117 1/8 1-1/ /8 1-1/ C C C FOR LARGER SIZES PLEASE SEE NEXT PAGE TM 8

9 Miniature End Mills Ball CONTINUED FROM PREVIOUS PAGE LOC OAL AMORPHOUS DIAMOND D 2 2 FL 4 FL PRICE 4 FL PRICE 2 FL 4 FL PRICE /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C /8 1-1/ (3/64).141 1/8 1-1/ C C C /8 1-1/ /8 1-1/ /8 1-1/ C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ /8 1-1/ C C C (1/16).186 1/8 1-1/ C C C /8 1-1/ C C C /8 1-1/ C C C /8 1-1/ C (5/64).234 1/8 1-1/ C C C /8 1-1/ C C C /8 1-1/ C /8 1-1/ C C C (3/32).279 1/8 1-1/ C C C /8 1-1/ C /8 1-1/ C C C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3mm).354 1/8 1-1/ /8 1-1/ C D 2 2 FL 4 FL PRICE 4 FL PRICE 2 FL 4 FL PRICE.125 (1/8).375 1/8 1-1/ C C C (3/16).625 3/ C C C (1/4).750 1/4 2-1/ C C C FAX:

10 Miniature End Mills Stub Flute - Square D 2 Length of Cut = 1½ x Diameter Center Cutting Micro Grain Carbide D 2 2 FL 4 FL PRICE 4 FL PRICE /8 1-1/ /8 1-1/ C (1/64).022 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/32).046 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/64).070 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/16).093 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (5/64).117 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/32).139 1/8 1-1/ C /8 1-1/ C /8 1-1/ C D 2 2 FL 4 FL PRICE 4 FL PRICE (1/8).187 1/8 1-1/ C (3/16).312 3/ C (1/4).375 1/4 2-1/ C TM 10

11 Miniature End Mills Stub Flute - Ball D 2 Length of Cut = 1½ x Diameter Micro Grain Carbide D 2 2 FL 4 FL PRICE 4 FL PRICE /8 1-1/ /8 1-1/ C (1/64).022 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/32).046 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/64).070 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/16).093 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (5/64).117 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/32).139 1/8 1-1/ C /8 1-1/ C /8 1-1/ C D 2 2 FL 4 FL PRICE 4 FL PRICE (1/8).187 1/8 1-1/ C (3/16).312 3/ C (1/4).375 1/4 2-1/ C FAX:

12 Miniature End Mills Corner Radius D 2 Corner Radius for Improved Strength Center Cutting Micro Grain Carbide CORNER RADIUS FOR LARGER SIZES PLEASE SEE NEXT PAGE TM OAL 12 R AMORPHOUS DIAMOND R D 2 2 FL 4 FL PRICE 4 FL PRICE 4 FL PRICE (1/64) /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (1/32) /8 1-1/ C C (1/32) /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (3/64) /8 1-1/ C C (3/64) /8 1-1/ C C (3/64) /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (1/16) /8 1-1/ C C (1/16) /8 1-1/ C C (1/16) /8 1-1/ C C (1/16) /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C

13 Miniature End Mills Corner Radius - CONTINUED FROM PREVIOUS PAGE CORNER RADIUS OAL AMORPHOUS DIAMOND R D 2 2 FL 4 FL PRICE 4 FL PRICE 4 FL PRICE /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (5/64) /8 1-1/ C C (5/64) /8 1-1/ C C (5/64) /8 1-1/ C C (5/64) /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (3/32) /8 1-1/ C C (3/32) /8 1-1/ C C (3/32) /8 1-1/ C C (3/32) /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C /8 1-1/ C C R D 2 2 FL 4 FL PRICE 4 FL PRICE 4 FL PRICE (1/8) /8 1-1/ C C (1/8) /8 1-1/ C C (1/8) /8 1-1/ C C (1/8) /8 1-1/ C C (1/8) /8 1-1/ C C (3/16) / C C (3/16) / C C (3/16) / C C (3/16) / C C (1/4) /4 2-1/ C C (1/4) /4 2-1/ C C (1/4) /4 2-1/ C C (1/4) /4 2-1/ C C (1/4) /4 2-1/ C C FAX:

14 Miniature End Mills Miniature Variable Helix - For Aluminum & Aluminum Alloys Optimized for Aluminum & Aluminum Alloys. Also Excellent for Copper, Brass & Bronze Alloys. New Sizes! D 2 R Design Reduces Chatter and Harmonics, and Increases Material Removal Rates Uneven High Helix Design Varies Tooth to Tooth and Along the Flute Unequal Index (Center Cutting) Varying Flute Rake Small Corner Radius for Improved Strength h6 Shank Tolerance for Shrink Fit Holders 3 Flutes Micro Grain Carbide LOC CORNER RADIUS FLUTES OAL TiB 2 COATED AMORPHOUS DIAMOND L2 R D 2 (h6) 3 FL PRICE 3 FL PRICE 3 FL PRICE.015 (1/64) /8 1-1/ C C NEW! /8 1-1/ C C NEW! /8 1-1/ C C NEW!.031 (1/32) /8 1-1/ C C (1/32) /8 2-1/ C C NEW!.047 (3/64) /8 1-1/ C C (3/64) /8 2-1/ C C NEW!.062 (1/16) /8 1-1/ C C (1/16) /8 2-1/ C C NEW!.078 (5/64) /8 1-1/ C C (5/64) /8 2-1/ C C NEW!.093 (3/32) /8 1-1/ C C (3/32) /8 2-1/ C C NEW! L2 R D 2 (h6) 3 FL PRICE 3 FL PRICE 3 FL PRICE (1/8) /8 1-1/ C C (1/8) /8 2-1/ C C NEW!.187 (3/16) / C C (3/16) / C C NEW!.250 (1/4) /4 2-1/ C C (1/4) / C C NEW! TM 14

15 Miniature End Mills Miniature Variable Helix - For Aluminum & Aluminum Alloys Long Reach, Stub Flute - Ball D 3 Variable Helix Design Improves Performance in Off Center Contour Milling Applications Reduced Neck Diameter to Avoid Heeling Ball End for Profiling Improves Performance: Contour Profiling Tipped Multi-Axis Machining Variable Helix Speeds & Feeds (Aluminum & Copper Alloys) Important Note:Values in table are based on standard (3x Dia) length of cut end mills. For long flute or long reach, reduce table values (IPT, Radial DOC, Axial DOC) to 70% - 80% of presented data. For complete speed and feed charts, please see Cutter Series LOC REACH FLUTES REACH TiB 2 COATED AMORPHOUS DIAMOND L 3 D 2 (h6) 3 FL PRICE 3 FL PRICE 3 FL PRICE.031 (1/32) /8 2-1/ C C NEW!.047 (3/64) /8 2-1/ C C NEW!.062 (1/16) /8 2-1/ C C NEW!.078 (5/64) /8 2-1/ C C NEW!.093 (3/32) /8 2-1/ C C NEW! L 3 D 2 (h6) 3 FL PRICE 3 FL PRICE 3 FL PRICE.125 (1/8) /8 2-1/ C C NEW!.187 (3/16) / C C NEW!.250 (1/4) / C C NEW! Material SFM Chip Load (IPT) Aluminum Alloys: Casting (2xx, 5xx, 7xx, 8xx) 750 Slotting Wrought (1xxx, 2xxx, 3xxx, 5xxx, 6xxx, 7xxx, 8xxx) 1000 Roughing Finishing Max Uncoated Copper Alloys: High Coppers - 90%+ (C1xxxx) 225 Slotting Brass (Copper Zinc alloys, C2xxxx, C3xxxx, C4xxxx, C66400-C69800) 500 Roughing Phosphor Bronzes (Copper Tin alloys, C5xxxx) 225 Finishing Aluminum Bronzes (Copper Aluminum alloys, C60600-C64200) 500 Max Silicon Bronzes (Copper Silicon alloys, C64700-C66100) 500 Radial DOC*: Axial DOC*: Copper Nickels, Nickel Silvers (Copper Nickel alloys, C7xxxx) 225 Slotting: 1x Dia Slotting:.5x Dia Cast Copper Alloys (C83300-C86200, C86400-C87900, C9200-C95800, C97300-C97800, 550 Roughing:.5x Dia Roughing:.5x - 1x Dia C99400-C99700) Finishing:.1x Dia Finishing:.5x - 1x Dia Aluminum Alloys: Casting (2xx, 5xx, 7xx, 8xx) 1000 Slotting Wrought (1xxx, 2xxx, 3xxx, 5xxx, 6xxx, 7xxx, 8xxx) 1400 Roughing Finishing Max Radial DOC*: Axial DOC*: Slotting: 1x Dia Slotting:.5x Dia Roughing:.5x Dia Roughing:.5x - 1x Dia Finishing:.1x Dia Finishing:.5x - 1x Dia Aluminum Alloys: 3% - 5% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx) 2500 Slotting % - 8% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx, 4xxx) 2100 Roughing % - 12% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx, 4xxx) 1600 Finishing % - 16% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx) 1000 Max Copper Alloys: High Coppers - 90%+ (C1xxxx) 800 Slotting Brass (Copper Zinc alloys, C2xxxx, C3xxxx, C4xxxx, C66400-C69800) 1500 Roughing Phosphor Bronzes (Copper Tin alloys, C5xxxx) 800 Finishing Aluminum Bronzes (Copper Aluminum alloys, C60600-C64200) 1000 Max Silicon Bronzes (Copper Silicon alloys, C64700-C66100) 1000 Radial DOC*: Axial DOC*: Copper Nickels, Nickel Silvers (Copper Nickel alloys, C7xxxx) 800 Slotting: 1x Dia Slotting:.4x Dia Cast Copper Alloys (C80100-C82800, C86300, C90200-C91700, C96200-C96600, C99300) 150 Roughing:.4x Dia Roughing:.3x -.8x Dia Cast Copper Alloys (C83300-C86200, C86400-C87900, C9200-C95800, C97300-C97800, 750 Finishing:.1x Dia Finishing:.5x - 1x Dia C99400-C99700) * If less than minimum Axial or Radial DOC values are used, increased feed rates are possible. If greater than maximum Axial or Radial DOC values are used, decreased feed rates may be needed. TiB 2 Amorphous Diamond FAX:

16 Miniature End Mills Miniature Variable Helix - For Medium Alloy Steels New Sizes! Optimized For Readily Machinable Medium Alloy Steels, Stainless Steels & Tool Steels D 2 R Variable Helix Down to.015 Design Reduces Chatter and Harmonics, and Increases Material Removal Rates. Uneven Helix Varies Tooth to Tooth and Along the Flute Unequal Index (Center Cutting) Varying Flute Rake Corner Radius for Improved Strength Eccentric Relief and Controlled Edge Prep AlTiN Coated for Improved Lubricity and Heat Resistance h6 Shank Tolerance for Shrink Fit Holders Micro Grain Carbide CORNER RADIUS FLUTES R D 2 (h6) TOOL # PRICE (1/64) /8 1-1/ C NEW! /8 1-1/ C NEW! /8 1-1/ C NEW!.031 (1/32) /8 1-1/ C NEW!.031 (1/32) /8 1-1/ C (1/32) /8 2-1/ C NEW!.047 (3/64) /8 1-1/ C NEW!.047 (3/64) /8 1-1/ C (3/64) /8 2-1/ C NEW!.062 (1/16) /8 1-1/ C NEW!.062 (1/16) /8 1-1/ C (1/16) /8 2-1/ C NEW!.078 (5/64) /8 1-1/ C NEW!.078 (5/64) /8 1-1/ C (5/64) /8 2-1/ C NEW!.093 (3/32) /8 1-1/ C NEW!.093 (3/32) /8 1-1/ C (3/32) /8 2-1/ C NEW! R D 2 (h6) TOOL # PRICE (1/8) /8 1-1/ C NEW!.125 (1/8) /8 1-1/ C (1/8) /8 2-1/ C NEW!.187 (3/16) / C NEW!.187 (3/16) / C (3/16) / C NEW!.250 (1/4) /4 2-1/ C NEW!.250 (1/4) /4 2-1/ C (1/4) / C NEW! TM 16

17 Miniature End Mills Miniature Variable Helix - For Medium Alloy Steels Long Reach, Stub Flute D2 L 3 R NEW! Long Reach Design for Deep Cavities Reduced Neck Diameter to Avoid Heeling CORNER RADIUS REACH FLUTES L2 R L3 D 2 (h6) TOOL # PRICE.031 (1/32) /8 2-1/ C NEW!.047 (3/64) /8 2-1/ C NEW!.062 (1/16) /8 2-1/ C NEW!.078 (5/64) /8 2-1/ C NEW!.093 (3/32) /8 2-1/ C NEW! L2 R L3 D 2 (h6) TOOL # PRICE (1/8) /8 2-1/ C NEW!.187 (3/16) / C NEW!.250 (1/4) / C NEW! D2 L 3 Improves Performance: Ball End Contour Profiling Tipped Multi-Axis Machining REACH FLUTES Variable Helix Speeds & Feeds (Medium Alloys) BALL L3 D 2 (h6) 4 FL PRICE.031 (1/32) /8 2-1/ C NEW!.047 (3/64) /8 2-1/ C NEW!.062 (1/16) /8 2-1/ C NEW!.078 (5/64) /8 2-1/ C NEW!.093 (3/32) /8 2-1/ C NEW! L3 D 2 (h6) 4 FL PRICE (1/8) /8 2-1/ C NEW!.187 (3/16) / C NEW!.250 (1/4) / C NEW! Important Note:Values in table are based on standard (3x Dia) length of cut end mills. For long flute or long reach, reduce table values (IPT, Radial DOC, Axial DOC) to 70% - 80% of presented data. For complete speed and feed charts, please see Material Hardness Chip Load (IPT) (HBn) SFM Carbon Steels: 10xx & all 10Lxx, 11xx & all 11Lxx, 12xx Slotting & all 12Lxx Roughing Stainless Steels: 203 EZ, 303 (all types), 410, 416, 416 Se, 416 Plus X, Finishing F, 420 F Se, 440 F, 440 F Se Max Radial Depth of Cut*: Axial Depth of Cut*: Carbon Steels: , , 13xx, 15xx, 2xxx, 3xxx, 4xxx & Slotting: 1x Dia Slotting:.5x Dia 4xLxx, 5xxx & 5xLxx, 50xxx & 50Lxxx, 51xxx & 51Lxxx, 52xxx & 52Lxxx, xxx, 8xxx, 9xxx Roughing:.5 Dia Roughing:.5x - 1x Dia Stainless Steels: 201, 202, 205, 301, 302, 308, 309, 310, 314, 316, 316L, Finishing:.1x Dia Finishing:.5x - 1x Dia , 321, 329, 330, 347, 348, 385, 403, 413, 414, 42x, 43x, 44x, 501, 502 Tool Steels: A series, L series, O series, P series, W series * If less than minimum Axial or Radial DOC values are used, increased feed rates are possible. If greater than maximum Axial or Radial DOC values are used, decreased feed rates may be needed FAX:

18 Miniature End Mills Miniature Variable Helix - For Exotic Alloys & Aerospace Materials Optimized for Titanium Alloys, Inconel, Nickel Alloys and Other High Temperature Materials. Outstanding Performance in Difficult to Machine Steels, Stainless Steels & Tool Steels. D 2 R Variable Helix Down to.015 Design Reduces Chatter and Harmonics, and Increases Material Removal Rates: Uneven Helix Varies Tooth to Tooth and Along the Flute Unequal Index (Center Cutting) Varying Flute Rake Corner Radius for Improved Strength Eccentric Relief and Controlled Edge Prep Latest Generation AlTiN Nano Coating Offers Superior Hardness and Heat Resistance h6 Shank Tolerance for Shrink Fit Holders Suitable For Steels Up To 45Rc Micro Grain Carbide New Sizes! CORNER RADIUS FLUTES AlTiN NANO COATED R D 2 (h6) TOOL # PRICE.015 (1/64) /8 1-1/ C New! /8 1-1/ C New! /8 1-1/ C New!.031 (1/32) /8 1-1/ C New!.031 (1/32) /8 1-1/ C (1/32) /8 2-1/ C New!.047 (3/64) /8 1-1/ C New!.047 (3/64) /8 1-1/ C (3/64) /8 2-1/ C New!.062 (1/16) /8 1-1/ C New!.062 (1/16) /8 1-1/ C (1/16) /8 2-1/ C New!.078 (5/64) /8 1-1/ C New!.078 (5/64) /8 1-1/ C (5/64) /8 2-1/ C New!.093 (3/32) /8 1-1/ C New!.093 (3/32) /8 1-1/ C (3/32) /8 2-1/ C New! R D 2 (h6) TOOL # PRICE.125 (1/8) /8 1-1/ C New!.125 (1/8) /8 1-1/ C (1/8) /8 2-1/ C New!.187 (3/16) / C New!.187 (3/16) / C (3/16) / C New!.250 (1/4) /4 2-1/ C New!.250 (1/4) /4 2-1/ C (1/4) / C New! TM 18

19 Miniature End Mills Miniature Variable Helix - For Exotic Alloys & Aerospace Materials Long Reach, Stub Flute D2 L 3 R NEW! Long Reach Design for Deep Cavities Reduced Neck Diameter to Avoid Heeling CORNER RADIUS REACH FLUTES AlTiN NANO L2 R L3 D 2 (h6) TOOL # PRICE.031 (1/32) /8 2-1/ C New!.047 (3/64) /8 2-1/ C New!.062 (1/16) /8 2-1/ C New!.078 (5/64) /8 2-1/ C New!.093 (3/32) /8 2-1/ C New! L2 R L3 D 2 (h6) TOOL # PRICE.125 (1/8) /8 2-1/ C New!.187 (3/16) / C New!.250 (1/4) / C New! D2 L 3 Improves Performance: Ball End Contour Profiling Tipped Multi-Axis Machining REACH FLUTES BALL AlTiN NANO L 3 D 2 (h6) 4 FL PRICE.031 (1/32) /8 2-1/ C New!.047 (3/64) /8 2-1/ C New!.062 (1/16) /8 2-1/ C New!.078 (5/64) /8 2-1/ C New!.093 (3/32) /8 2-1/ C New! L 3 D 2 (h6) 4 FL PRICE.125 (1/8) /8 2-1/ C New!.187 (3/16) / C New!.250 (1/4) / C New! Variable Helix Speeds & Feeds (Exotic Alloys) Important Note:Values in table are based on standard (3x Dia) length of cut end mills. For long flute or long reach, reduce table values (IPT, Radial DOC, Axial DOC) to 70% - 80% of presented data. For complete speed and feed charts, please see Material Stainless Steels: 40x, 41x, 42x, 43x, 44x, 13-8, 15-5, 15-7, 17-4, 17-7 Tool Steels: D series, H series, M series, T series, S series Titanium Alloys Aerospace / Exotics: Inconel, Hastelloy, Waspalloy, Monel, Nimonic, Haynes, Discoloy, Incoloy Hardness (HBn) SFM Chip Load (IPT) Slotting Roughing Finishing Max Radial Depth of Cut*: Axial Depth of Cut*: Slotting: 1x Dia Slotting:.4x Dia Roughing:.4x Dia Roughing:.5x -.7x Dia Finishing:.1x Dia Finishing:.5x - 1x Dia * If less than minimum Axial or Radial DOC values are used, increased feed rates are possible. If greater than maximum Axial or Radial DOC values are used, decreased feed rates may be needed FAX:

20 Miniature End Mills 2 Flutes, 45 Helix - Square D 2 2 Flute, High Helix Design Improves Results in Aluminum and Other Non-Ferrous Applications 45 Helix for Faster Chip Removal and Better Finish Center Cutting Micro Grain Carbide Outstanding In Aluminum! TM Benefits of High Helix Geometry High helix end mills are typically defined as possessing a helix greater than 30 (standard). The helix angle determines the axial (along centerline) and radial (perpendicular to centerline) forces acted upon the mill as it removes material from the workpiece. As the helix increases, the cutting edge length of engagement is lessened, resulting in an increased axial force component and a decreased radial force component. Increased axial forces allow more effective chip evacuation and an improved finish on the workpiece. Decreased radial forces reduce tool deflection and avoid tool breakage. These features make high helix end mills suited for thin walled parts and other similarly demanding applications. 20 ZrN COATED TiB 2 COATED L2 D 2 (h6) 2 FL PRICE 2 FL PRICE 2 FL PRICE (1/32).093 1/8 1-1/ C C /8 1-1/ C C (3/64).141 1/8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (1/16).186 1/8 1-1/ C C /8 1-1/ C C (5/64).234 1/8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (3/32).279 1/8 1-1/ C C /8 1-1/ C C L2 D 2 (h6) 2 FL PRICE 2 FL PRICE 2 FL PRICE.125 (1/8).500 1/8 1-1/ C C (3/16).625 3/ C C (1/4).750 1/4 2-1/ C C COATING RECOMMENDATIONS Coating: ZrN TiB 2 Zirconium Nitride Titanium Diboride Non-Ferrous Materials: Application/ Benefits: Abrasive non-ferrous alloys such as Brass, Bronze, Copper and Abrasive Aluminum Alloys High hardness, lubricity and abrasion resistance. Improves performance over uncoated carbide in a wide variety of non-ferrous materials. Less expensive alternative to diamond. Non-Abrasive Aluminum Alloys, Magnesium Alloys Primary benefit over other non-ferrous coatings is extremely low affinity to aluminum. Prevents build-up on cutting edge, chip packing and extends tool life. Recommended in Aluminum Alloys and Magnesium Alloys. Not ideally suited for abrasive varieties of these alloys.

21 Miniature End Mills 2 Flutes, 45 Helix - Ball D 2 Outstanding In Aluminum! 2 Flute, High Helix Design Improves Results in Aluminum and Other Non- Ferrous Applications 45 Helix for Faster Chip Removal and Better Finish Micro Grain Carbide ZrN COATED TiB 2 COATED L2 D 2 (h6) 2 FL PRICE 2 FL PRICE 2 FL PRICE (1/32).093 1/8 1-1/ C C /8 1-1/ C C (3/64).141 1/8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (1/16).186 1/8 1-1/ C C /8 1-1/ C C (5/64).234 1/8 1-1/ C C /8 1-1/ C C /8 1-1/ C C (3/32).279 1/8 1-1/ C C /8 1-1/ C C L2 D 2 (h6) 2 FL PRICE 2 FL PRICE 2 FL PRICE.125 (1/8).500 1/8 1-1/ C C (3/16).625 3/ C C (1/4).750 1/4 2-1/ C C Uncoated ZrN TiB 2 Speeds & Feeds (2 Flutes, 45 Helix) Series Material SFM Chip Load (IPT) Aluminum Alloys: Casting (2xx, 5xx, 7xx, 8xx) Wrought (1xxx, 2xxx, 3xxx, 5xxx, 6xxx, 7xxx, 8xxx) 1000 Slotting Copper Alloys: Roughing High Coppers - 90%+ (C1xxxx) 225 Finishing Brass (Copper Zinc alloys, C2xxxx, C3xxxx, C4xxxx, C66400-C69800) 500 Phosphor Bronzes (Copper Tin alloys, C5xxxx) 225 Radial Depth of Cut*: Axial Depth of Cut*: Aluminum Bronzes (Copper Aluminum alloys, C60600-C64200) 500 Slotting: 1x Dia Slotting:.5x Dia Silicon Bronzes (Copper Silicon alloys, C64700-C66100) 500 Roughing:.5x Dia Roughing:.5x - 1x Dia Copper Nickels, Nickel Silvers (Copper Nickel alloys, C7xxxx) 225 Finishing:.1x Dia Finishing: 1x - 2x Dia Cast Copper Alloys (C83300-C86200, C86400-C87900, C9200-C95800, C C97800, C99400-C99700) 550 Magnesium Alloys 1500 Zinc Alloys 800 Aluminum Alloys (High Silicon): Casting - 3% - 5% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx) 800 Casting - 5% - 8% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx) 750 Casting - 8% - 12% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx) 600 Casting - 12% - 16% Si (3xx, A3xx, C3xx, 4xx, A4xx, B4xx) 500 Wrought - 5% - 8% Si (4xxx) Wrought - 8% - 12% Si (4xxx) 850 Slotting Copper Alloys: Roughing High Coppers - 90%+ (C1xxxx) 270 Finishing Brass (Copper Zinc alloys, C2xxxx, C3xxxx, C4xxxx, C66400-C69800) 600 Phosphor Bronzes (Copper Tin alloys, C5xxxx) 270 Radial Depth of Cut*: Axial Depth of Cut*: Aluminum Bronzes (Copper Aluminum alloys, C60600-C64200) 600 Slotting: 1x Dia Slotting:.5x Dia Silicon Bronzes (Copper Silicon alloys, C64700-C66100) 600 Roughing:.5x Dia Roughing:.5x - 1x Dia Copper Nickels, Nickel Silvers (Copper Nickel alloys, C7xxxx) 270 Finishing:.1x Dia Finishing: 1x - 2x Dia Cast Copper Alloys (C80100-C82800, C86300, C90200-C91700, C C96600, C99300) 80 Cast Copper Alloys (C83300-C86200, C86400-C87900, C9200-C95800, C C97800, C99400-C99700) 600 Magnesium Alloys 1600 Zinc Alloys 900 Aluminum Alloys: Casting (2xx, 5xx, 7xx, 8xx) 850 Wrought (1xxx, 2xxx, 3xxx, 5xxx, 6xxx, 7xxx, 8xxx) 1200 Magnesium Alloys 1600 Zinc Alloys 900 * If less than minimum Axial or Radial DOC values are used, increased feed rates are possible FAX:

22 Miniature End Mills Miniature - 5 Flutes, 45 Helix New Sizes! For Finishing in Tough Ferrous Applications 5 Flute, High Helix, Coated Design Improves Finishing in Tough Ferrous Applications D 2 5 Flutes Down to.031 Latest Generation AlTiN Nano Coating Offers Superior Hardness and Heat Resistance 45 Helix Center Cutting Micro Grain Carbide AlTiN NANO COATED D 2 (h6) 5 FL PRICE.031 (1/32).093 1/8 1-1/ C (1/32).156 1/8 2-1/ C NEW! /8 1-1/ C (3/64).141 1/8 1-1/ C (3/64).250 1/8 2-1/ C NEW! /8 1-1/ C /8 1-1/ C (1/16).186 1/8 1-1/ C (1/16).312 1/8 2-1/ C NEW! /8 1-1/ C (5/64).234 1/8 1-1/ C (5/64).406 1/8 2-1/ C NEW! /8 1-1/ C /8 1-1/ C (3/32).279 1/8 1-1/ C (3/32).500 1/8 2-1/ C NEW! /8 1-1/ C AlTiN NANO COATED D 2 (h6) 5 FL PRICE.125 (1/8).500 1/8 1-1/ C (1/8) /8 2-1/ C NEW!.187 (3/16).625 3/ C (3/16) / C NEW!.250 (1/4).750 1/4 2-1/ C (1/4) / C NEW! For Finishing Speeds & Feeds, Please See Chart on Next Page. TM 22

23 Miniature End Mills Miniature Metric End Mills D 2 L1 Length of Cut = 3 x Diameter Center Cutting 3 Flutes Micro Grain Carbide +.013mm +.250mm D 2 3 FL PRICE -.013mm -.000mm 0.25 mm 0.75 mm 3 mm 38 mm mm 1.50 mm 3 mm 38 mm mm 2.25 mm 3 mm 38 mm mm 3.00 mm 3 mm 38 mm mm 3.75 mm 3 mm 38 mm mm 4.50 mm 3 mm 38 mm mm 5.25 mm 3 mm 38 mm mm 6.00 mm 3 mm 38 mm mm 6.75 mm 3 mm 38 mm mm 7.50 mm 3 mm 38 mm mm 8.25 mm 3 mm 38 mm mm +.250mm D 2 3 FL PRICE -.050mm -.000mm 3.00 mm 9.00 mm 3 mm 38 mm Material Carbon Steels: 10xx & all 10Lxx, 11xx & all 11Lxx, 12xx & all 12Lxx Stainless Steels: 203 EZ, 303 (all types), 410, 416, 416 Se, 416 Plus X, 420 F, 420 F Se, 440 F, 440 F Se Carbon Steels: , , 13xx, 15xx, 2xxx, 3xxx, 4xxx & 4xLxx, 5xxx & 5xLxx, 50xxx & 50Lxxx, 51xxx & 51Lxxx, 52xxx & 52Lxxx, 6xxx, 8xxx, 9xxx Stainless Steels: 201, 202, 205, 301, 302, 308, 309, 310, 314, 316, 316L, 317, 321, 329, 330, 347, 348, 385, 403, 413, 414, 42x, 43x, 44x, 501, 502 FINISHING Speeds & Feeds (5 Flutes, 45 Helix) (To Accompany Tools on Page 22) Hardness Chip Load (IPT) (HBn) SFM Finishing (3x LOC) Radial Depth of Cut*:.08x Dia Axial Depth of Cut*: 1x - 2x Dia Finishing Radial Depth of Cut*:.05x Dia Axial Depth of Cut*: 2x - 4x Dia (5x LOC) Finishing (3x LOC) Radial Depth of Cut*:.08x Dia Axial Depth of Cut*: 1x - 2x Dia Finishing (5x LOC) Tool Steels: A series, L series, O series, P series, W series Radial Depth of Cut*:.05x Dia Axial Depth of Cut*: 2x - 4x Dia Stainless Steels: 40x, 41x, 42x, 43x, 44x, 13-8, 15-5, 15-7, Finishing , (3x LOC) Radial Depth of Cut*:.07x Dia Axial Depth of Cut*: 1x - 2x Dia Tool Steels: D series, H series, M series, T series, S series Finishing (5x LOC) Radial Depth of Cut*:.05x Dia Axial Depth of Cut*: 2x - 4x Dia Finishing Titanium Alloys (3x LOC) Radial Depth of Cut*:.06x Dia Axial Depth of Cut*: 1x - 2x Dia Finishing (5x LOC) Radial Depth of Cut*:.04x Dia Axial Depth of Cut*: 2x - 4x Dia Finishing Aerospace / Exotics: Inconel, Hastelloy, Waspalloy, Monel, (3x LOC) Radial Depth of Cut*:.05x Dia Axial Depth of Cut*: 1x - 2x Dia Nimonic, Haynes, Discoloy, Incoloy Finishing (5x LOC) Radial Depth of Cut*:.04x Dia Axial Depth of Cut*: 2x - 4x Dia * If less than minimum Axial or Radial DOC values are used, increased feed rates are possible. If greater than maximum Axial or Radial DOC values are used, decreased feed rates may be needed FAX:

24 Miniature End Mills Long Flute - Square Long Shank Design for Deep Cavities 4 Flute Lengths: 5x 8x 12x 15x D 2 Long Flute and Long Shank Design Mills Deep Pockets Center Cutting Micro Grain Carbide FLUTES OAL AMORPHOUS DIAMOND L2 D 2 TOOL # PRICE TOOL # PRICE TOOL # PRICE /8 2-1/ C C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C FOR LARGER SIZES PLEASE SEE NEXT PAGE TM 24

25 Miniature End Mills Long Flute - Square CONTINUED FROM PREVIOUS PAGE L2 D 2 TOOL # PRICE TOOL # PRICE TOOL # PRICE FLUTES.125 (1/8) /8 2-1/ C C (1/8) /8 2-1/ C C (1/8) / C C (1/8) / C C (5/32) / C (5/32) / C (3/16) / C (3/16) / C (1/4) / C (1/4) / C (5/16) / C (3/8) / C (1/2) / C OAL AMORPHOUS DIAMOND L2 D 2 TOOL # PRICE TOOL # PRICE TOOL # PRICE.062 (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) / C C /8 2-1/ C C /8 2-1/ C C FAX:

26 Miniature End Mills Long Flute - Ball Long Shank Design for Deep Cavities 4 Flute Lengths: 5x 8x 12x 15x D 2 L 2 Long Flute and Long Shank Design Mills Deep Pockets Micro Grain Carbide FLUTES OAL AMORPHOUS DIAMOND L2 D 2 TOOL # PRICE TOOL # PRICE TOOL # PRICE /8 2-1/ C C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C FOR LARGER SIZES PLEASE SEE NEXT PAGE TM 26

27 Miniature End Mills Long Flute - Ball CONTINUED FROM PREVIOUS PAGE FLUTES OAL AMORPHOUS DIAMOND L2 D 2 TOOL # PRICE TOOL # PRICE TOOL # PRICE (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) / C C /8 2-1/ C C /8 2-1/ C C L2 D 2 TOOL # PRICE TOOL # PRICE TOOL # PRICE.125 (1/8) /8 2-1/ C C (1/8) /8 2-1/ C C (1/8) / C C (1/8) / C C (5/32) / C (3/16) / C (1/4) / C (5/16) / C (3/8) / C (1/2) / C CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor FAX:

28 Miniature End Mills Long Reach - Square L 3 D 2 Length of Cut = 3 x Diameter Center Cutting Micro Grain Carbide Reduced Neck Diameter to Avoid Heeling REACH L2 L3 D 2 2 FL 4 FL PRICE 4 FL PRICE /8 1-1/ C (1/64) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/32) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/64) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/16) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (5/64) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/32) /8 1-1/ C /8 1-1/ C /8 1-1/ C CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor. TM 28

29 Miniature End Mills Long Reach - Ball L3 D 2 Length of Cut = 3 x Diameter Micro Grain Carbide Reduced Neck Diameter to Avoid Heeling REACH L2 L 3 D 2 2 FL 4 FL PRICE 4 FL PRICE /8 1-1/ C (1/64) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/32) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/64) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/16) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (5/64) /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (3/32) /8 1-1/ C /8 1-1/ C /8 1-1/ C HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state FAX:

30 Miniature End Mills 3x 5x 8x 12x Long Reach, Stub Flute - Square Long Length Design for Deep Cavities 5 Reach Lengths: 15x L 3 D 2 Stub Flutes for Maximum Rigidity Reduced Neck Diameter to Avoid Heeling Length of Cut = 1½ x Diameter 3 Flutes Center Cutting Micro Grain Carbide Reduced Neck Diameter to Avoid Heeling LOC REACH OAL FOR LARGER SIZES PLEASE SEE NEXT PAGE AMORPHOUS DIAMOND L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (1/64) /8 2-1/ C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C (1/32) /8 2-1/ C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C TM 30

31 Miniature End Mills Long Reach, Stub Flute - Square CONTINUED FROM PREVIOUS PAGE LOC REACH OAL AMORPHOUS DIAMOND L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C (3/64) /8 2-1/ C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (1/16) /8 2-1/ C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C (5/64) /8 2-1/ C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C /8 2-1/ /8 2-1/ C C FOR LARGER SIZES PLEASE SEE NEXT PAGE FAX:

32 Miniature End Mills Long Reach, Stub Flute - Square CONTINUED FROM PREVIOUS PAGE L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE LOC REACH.125 (1/8) /8 2-1/ C C (1/8) /8 2-1/ C C (1/8) / C C (1/8) / C (3/16) / C C (3/16) / C C (3/16) / C C (3/16) / C (1/4) / C C (1/4) / C C (1/4) / C C (1/4) / C OAL AMORPHOUS DIAMOND L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C (3/32) /8 2-1/ C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) / C /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state. TM 32

33 Miniature End Mills Long Reach, Stub Flute - Ball Long Length Design for Deep Cavities 5 Reach Lengths: 3x 5x 8x 12x 15x L 3 D 2 Stub Flutes for Maximum Rigidity Reduced Neck Diameter to Avoid Heeling Length of Cut = 1½ x Diameter 3 Flutes Micro Grain Carbide Reduced Neck Diameter to Avoid Heeling LOC REACH OAL AMORPHOUS DIAMOND L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (1/64) /8 2-1/ C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C C (1/64) /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C (1/32) /8 2-1/ C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C FOR LARGER SIZES PLEASE SEE NEXT PAGE FAX:

34 Miniature End Mills Long Reach, Stub Flute - Ball CONTINUED FROM PREVIOUS PAGE LOC REACH TM OAL 34 AMORPHOUS DIAMOND L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C (3/64) /8 2-1/ C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C /8 2-1/ C C (1/16) /8 2-1/ C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C (5/64) /8 2-1/ C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C /8 2-1/ /8 2-1/ C C FOR LARGER SIZES PLEASE SEE NEXT PAGE

35 Miniature End Mills Long Reach, Stub Flute - Ball CONTINUED FROM PREVIOUS PAGE L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE LOC REACH.125 (1/8) /8 2-1/ C C (1/8) /8 2-1/ C C (1/8) / C C (1/8) / C (3/16) / C C (3/16) / C C (3/16) / C C (3/16) / C (1/4) / C C (1/4) / C C (1/4) / C C (1/4) / C OAL AMORPHOUS DIAMOND L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C (3/32) /8 2-1/ C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) / C /8 2-1/ /8 2-1/ C C /8 2-1/ /8 2-1/ C C CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor FAX:

36 Miniature End Mills Long Reach, Stub Flute - Corner Radius Long Length Design for Deep Cavities 3 Reach Lengths: 5x 8x 12x L 3 D 2 R Corner Radius for Improved Strength Reduced Neck Diameter to Avoid Heeling Stub Flutes: Length of Cut = 1½ x Diameter 3 Flutes Micro Grain Carbide Reduced Neck Diameter to Avoid Heeling CORNER RADIUS LOC REACH OAL AMORPHOUS DIAMOND R L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C C (1/32) /8 2-1/ C (1/32) /8 2-1/ C (1/32) /8 2-1/ C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C C (3/64) /8 2-1/ C (3/64) /8 2-1/ C (3/64) /8 2-1/ C (1/16) /8 2-1/ C (1/16) /8 2-1/ C (1/16) /8 2-1/ C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C C (1/16) /8 2-1/ C (1/16) /8 2-1/ C (1/16) /8 2-1/ C (5/64) /8 2-1/ C (5/64) /8 2-1/ C (5/64) /8 2-1/ C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C C (5/64) /8 2-1/ C (5/64) /8 2-1/ C (5/64) /8 2-1/ C TM FOR LARGER SIZES PLEASE SEE NEXT PAGE 36

37 Miniature End Mills Long Reach, Stub Flute - Corner Radius Long Length Design for Deep Cavities CONTINUED FROM PREVIOUS PAGE R L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE CORNER RADIUS LOC REACH.125 (1/8) /8 2-1/ C (1/8) /8 2-1/ C (1/8) / C (1/8) /8 2-1/ C C (1/8) /8 2-1/ C C (1/8) / C C (1/8) /8 2-1/ C (1/8) /8 2-1/ C (1/8) / C (3/16) / C C (3/16) / C C (3/16) / C C (3/16) / C (3/16) / C (3/16) / C (1/4) / C (1/4) / C (1/4) / C OAL AMORPHOUS DIAMOND R L3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE.093 (3/32) /8 2-1/ C (3/32) /8 2-1/ C (3/32) /8 2-1/ C (3/32) /8 2-1/ C (3/32) /8 2-1/ C (3/32) /8 2-1/ C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (3/32) /8 2-1/ C C (1/4) / C C (1/4) / C C (1/4) / C C FAX:

38 Miniature End Mills Long Reach, Long Flute - Square Long Length Design for Deep Cavities L 3 Reduced Neck Diameter to Avoid Heeling D 2 Long Flutes for Deep Pocket Milling Reduced Neck Diameter to Avoid Heeling Length of Cut = 5 x Diameter 3 Flutes Center Cutting Micro Grain Carbide REACH OAL AMORPHOUS DIAMOND L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ C (1/64) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/32) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (3/64) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/16) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (5/64) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (3/32) /8 2-1/ C /8 2-1/ C /8 2-1/ C L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE.125 (1/8) /8 2-1/ C (3/16) / C (1/4) / C TM 38

39 Miniature End Mills Long Reach, Long Flute - Ball Long Length Design for Deep Cavities L 3 Reduced Neck Diameter to Avoid Heeling D 2 Long Flutes for Deep Pocket Milling Reduced Neck Diameter to Avoid Heeling Length of Cut = 5 x Diameter 3 Flutes Micro Grain Carbide L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE REACH OAL AMORPHOUS DIAMOND L 3 D 2 3 FL PRICE 3 FL PRICE 3 FL PRICE /8 2-1/ C (1/64) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/32) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (3/64) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/16) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (5/64) /8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (3/32) /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/8) /8 2-1/ C (3/16) / C (1/4) / C FAX:

40 Miniature End Mills Clearance Cutters - Ball - 2 Flute Maximum Reach & Maximum Rigidity! D 2 L 3 Designed for Deep Cavity Profiling 2 Tapered Neck Design Minimizes Deflection and Maximizes Wall Clearance Length of Cut = 1½ x Diameter Neck Behind Length of Cut is Reduced for 1 x Diameter 2 Flutes h6 Shank Tolerance for Shrink Fit Holders Micro Grain Carbide 2 Neck Angle / Ball - 2 Flutes LOC REACH EFFECTIVE WALL ANGLE OAL INTERFERENCE DEPTH AT WALL ANGLE BALL END AlTiN NANO BALL END D L L3 D2 (h6) L FL PRICE 2 FL PRICE / /8 2-1/ C / /8 2-1/ C / C / / C / C / /8 2-1/ C / C / / C / C / /8 2-1/ C / C / / C / C / C / / C / C / C / / C / C / C / / C / C / C / / C / C / / C / C / / C / C / C / C PLEASE SEE LINE DRAWING ON OPPOSING PAGE TM 40

41 Miniature End Mills Amorphous Diamond Clearance Cutters D 2 L 3 Improves Tool Life and Performance in Graphite and Other Abrasive Non-Ferrous Materials LOC REACH EFFECTIVE WALL ANGLE OAL INTERFERENCE DEPTH AT WALL ANGLE AMORPHOUS DIAMOND D L2 L3 D2 (h6) L FL PRICE / /8 2-1/ C / /8 2-1/ C / C / / C / C / /8 2-1/ C / C / / C / C / /8 2-1/ C / C / / C / C / C / / C / C / C / / C / C / C / / C / C / C / / C / C / / C / C / / C / C / C / C (.125 on 1/8 Shank) 2-1/2 x Cutter Diameter Effective Wall Angle Reduced Neck Interference Depth 2 Neck Angle EFFECTIVE WALL ANGLE: Minimum wall angle (measured from centerline of tool) that can be machined at overall reach. INTERFERENCE DEPTH: At a given angle, the depth at which the cutter interferes with the workpiece FAX:

42 Miniature End Mills Clearance Cutters - Square - 2 Flute Maximum Reach & Maximum Rigidity! D 2 L 3 Designed for Deep Cavity Profiling 2 Tapered Neck Design Minimizes Deflection and Maximizes Wall Clearance Length of Cut = 1½ x Diameter Neck Behind Length of Cut is Reduced for 1 x Diameter 2 Flutes h6 Shank Tolerance for Shrink Fit Holders Micro Grain Carbide 2 Neck Angle / Square - 2 Flutes LOC REACH EFFECTIVE WALL ANGLE OAL INTERFERENCE DEPTH AT WALL ANGLE SQUARE END AlTiN NANO SQUARE END D L L3 D2 (h6) L FL PRICE 2 FL PRICE / C / / C / C / / C / C / / C / C / / C / C / / C / C / / C / C / / C / / C / / C " 2-1/2 x Cutter Diameter Effective Wall Angle Reduced Neck Interference Depth 2 Neck Angle EFFECTIVE WALL ANGLE: Minimum wall angle (measured from centerline of tool) that can be machined at overall reach. INTERFERENCE DEPTH: At a given angle, the depth at which the cutter interferes with the workpiece. TM 42

43 Miniature End Mills Clearance Cutters - Square - 4 Flute Maximum Reach & Maximum Rigidity! D 2 L 3 Designed for Deep Cavity Profiling 2 Tapered Neck Design Minimizes Deflection and Maximizes Wall Clearance Length of Cut = 1½ x Diameter Neck Behind Length of Cut is Reduced for 1 x Diameter 4 Flutes h6 Shank Tolerance for Shrink Fit Holders Micro Grain Carbide 2 Neck Angle / Square - 4 Flutes LOC REACH EFFECTIVE WALL ANGLE OAL INTERFERENCE DEPTH AT WALL ANGLE SQUARE END AlTiN NANO SQUARE END D L2 L3 D2 (h6) L FL PRICE 4 FL PRICE / C / / C / C / / C / C / / C / C / / C / C / / C / C / / C / C / / C / / C / / C /2 x Cutter Diameter Effective Wall Angle Reduced Neck Interference Depth 2 Neck Angle EFFECTIVE WALL ANGLE: Minimum wall angle (measured from centerline of tool) that can be machined at overall reach. INTERFERENCE DEPTH: At a given angle, the depth at which the cutter interferes with the workpiece FAX:

44 Miniature End Mills Mold Cutters L 3 D 2 3, 5 & 7 Neck Angles.8x Dia. Very Short Length of Cut and Solid Tapered Neck for Maximum Rigidity Ideal for Contour Machining of Mold and Die Cavities 3, 5 and 7 Neck Angles to Address Common Draft Angles in Molds 35 Helix for Increased Cutting Performance h6 Shank Tolerance for Shrink Fit Holders Latest Generation AlTiN Nano Coating Offers Superior Hardness and Heat Resistance 2 Flutes to Center Micro Grain Carbide 3 Neck Angle NECK ANGLE REACH AlTiN NANO COATED L 3 D 2 (h6) 2 FL PRICE /16 2-1/ C /16 2-1/ C /16 2-1/ C / C /16 2-1/ C / C / C /4 2-1/ C / C /4 2-1/ C / C /8 2-1/ C CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor. TM 44

45 Miniature End Mills Mold Cutters D 2 L 3 Very Short Length of Cut and Solid Tapered Neck for Maximum Rigidity Ideal for Contour Machining of Mold and Die Cavities 3, 5 and 7 Neck Angles to Address Common Draft Angles in Molds 35 Helix for Increased Cutting Performance h6 Shank Tolerance for Shrink Fit Holders Latest Generation AlTiN Nano Coating Offers Superior Hardness and Heat Resistance 2 Flutes to Center Micro Grain Carbide 5 Neck Angle NECK ANGLE REACH AlTiN NANO COATED L 3 D 2 (h6) 2 FL PRICE / C / C /4 2-1/ C / C /4 2-1/ C /4 2-1/ C /4 2-1/ C / C /4 2-1/ C / C /8 2-1/ C /8 2-1/ C D 2 L 3 7 Neck Angle NECK ANGLE REACH AlTiN NANO COATED L 3 D 2 (h6) 2 FL PRICE / C / C /4 2-1/ C /4 2-1/ C /8 2-1/ C /8 2-1/ C /4 2-1/ C /8 2-1/ C /4 2-1/ C /8 2-1/ C /8 2-1/ C FAX:

46 Miniature End Mills Tapered Rib Cutters - Square D 2 A Length of Cut up to 10 x End Diameter Long Length Design for Deep Cavity Machining 3 Flutes Center Cutting Micro Grain Carbide Stocked in ½ to 15 Tapers END ANGLE PER SIDE INCLUDED ANGLE +0 30' -0 30' AlTiN NANO COATED A D 2 3 FL PRICE 3 FL PRICE /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C CONTINUED ON NEXT PAGE TM 46

47 Miniature End Mills Tapered Rib Cutters - Square CONTINUED FROM PREVIOUS PAGE END ANGLE PER SIDE INCLUDED ANGLE +0 30' -0 30' AlTiN NANO COATED A D 2 3 FL PRICE 3 FL PRICE /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C /8 2-1/ C / C / C / C /8 1-1/ C / C /4 2-1/ C /8 2-1/ C / C / C HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state FAX:

48 Miniature End Mills Tapered Rib Cutters - Ball D 2 A Stocked in ½ to 10 Tapers Length of Cut = 10 x Ball Diameter Long Length Design for Deep Cavity Machining 3 Flutes Micro Grain Carbide Stocked in ½ to 10 Tapers BALL ANGLE PER SIDE INCLUDED ANGLE +0 30' -0 30' AlTiN NANO COATED A D 2 3 FL PRICE 3 FL PRICE /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C / C CONTINUED ON NEXT PAGE TM 48

49 Miniature End Mills Tapered Rib Cutters - Ball CONTINUED FROM PREVIOUS PAGE BALL ANGLE PER SIDE INCLUDED ANGLE AlTiN NANO COATED ' A D 2 3 FL PRICE 3 FL PRICE ' /8 2-1/ C / C / C / C / C / C /8 2-1/ C / C / C / C / C /8 2-1/ C / C / C / C Runner Cutters D 2 A 2 Helical Flutes (12 Helix) Micro Grain Carbide RADIUS ANGLE PER SIDE +1-1 DEPTH R DESIGNED TO MILL 10 OR 15 CHANNELS IN MOLDS R A D 2 2 FL PRICE 2 FL PRICE 1/ / C / / C / /4 2-1/ C / /4 2-1/ C / /16 2-1/ C / /16 2-1/ C / /8 2-1/ C / / C / / C / / C / /4 2-1/ C / /4 2-1/ C / /16 2-1/ C / /16 2-1/ C / /8 2-1/ C FAX:

50 Miniature End Mills Hard Milling - Corner Radius Designed for Hardened Steels Rc D 2 L 3 Reduced Neck Diameter to Avoid Heeling R Designed to Mill Hardened Tool, Die and Mold Steels 45Rc to 65Rc Ultrafine Grain Carbide with Increased Cobalt Content for Improved Edge Retention Latest Generation AlTiN Nano Coating Offers Superior Hardness and Heat Resistance Geometry Includes Stub Flute, Large Rigid Core Diameter and Eccentric Relief Increased Shank Diameter and Unique Transition Geometry Properly Distributes Tool Pressure to Maintain Strength and Stiffness h6 Shank Tolerance for Shrink Fit Holders Reduced Neck Diameter to Avoid Heeling CORNER RADIUS CONTINUED ON NEXT PAGE TM REACH 50 AlTiN NANO COATED R L3 D 2 (h6) 2 FL PRICE (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/4 2-1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/4 2-1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/4 2-1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C

51 Miniature End Mills Hard Milling - Corner Radius Continued from Previous Page CORNER RADIUS REACH AlTiN NANO COATED R L 3 D 2 (h6) 2 FL PRICE (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C R L 3 D 2 (h6) 2 FL PRICE (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/ C Stocked in Five Reach Lengths! 12x 8x 5x 3x 1.5x HARD MILLING GUIDELINES Rigid machining centers and balanced tool holders that minimize vibration and TIR will enhance tool performance and life. Mist or air coolant is recommended for material hardness of 45Rc or more. Enter workpiece slowly by ramping or helical interpolation to avoid potential chipping or breakage. Climb Milling will extend tool life and improve workpiece finish. Material Hardness Rc Rc Hard Milling Speeds & Feeds - Corner Radius Cutter Diameter Reach SFM x - 5x IPT Radial DOC Axial DOC SFM x - 12x IPT Radial DOC Axial DOC SFM x - 5x IPT Radial DOC Axial DOC SFM x - 12x IPT Radial DOC Axial DOC FAX:

52 Miniature End Mills Hard Milling - Ball Designed for Hardened Steels Rc D 2 L 3 Stub Flute and Large Rigid Core Designed to Mill Hardened Tool, Die and Mold Steels 45Rc to 65Rc Ultrafine Grain Carbide with Increased Cobalt Content for Improved Edge Retention Latest Generation AlTiN Nano Coating Offers Superior Hardness and Heat Resistance Geometry Includes Stub Flute, Large Rigid Core Diameter and Eccentric Relief Increased Shank Diameter and Unique Transition Geometry Properly Distributes Tool Pressure to Maintain Strength and Stiffness h6 Shank Tolerance for Shrink Fit Holders Reduced Neck Diameter to Avoid Heeling REACH AlTiN NANO COATED L 3 D 2 (h6) 2 FL PRICE (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/4 2-1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/4 2-1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/4 2-1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C CONTINUED ON NEXT PAGE TM 52

53 Miniature End Mills Hard Milling - Ball Continued from Previous Page REACH AlTiN NANO COATED L 3 D 2 (h6) 2 FL PRICE (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/4 2-1/ C (12x) 1/ C L 3 D 2 (h6) 2 FL PRICE (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/ C (1.5x) 1/4 2-1/ C (3x) 1/4 2-1/ C (5x) 1/4 2-1/ C (8x) 1/ C Stocked in Five Reach Lengths! 12x 8x 5x 3x 1.5x HARD MILLING GUIDELINES Rigid machining centers and balanced tool holders that minimize vibration and TIR will enhance tool performance and life. Mist or air coolant is recommended for material hardness of 45Rc or more. Enter workpiece slowly by ramping or helical interpolation to avoid potential chipping or breakage. Climb Milling will extend tool life and improve workpiece finish. Hard Milling Speeds & Feeds - Ball Material Cutter Diameter Hardness Reach SFM x - 5x IPT Rc Axial DOC* SFM x - 12x IPT Axial DOC* SFM x - 5x IPT Rc Axial DOC* SFM x - 12x IPT Axial DOC* * Operator must consider proper Radial Depth of Cut since it relates directly to cusp height and part finish Cusp Height (C) Radial Depth of Cut (P) Radius on Cutter (R) P = 2 [R 2 -(C-R) 2 ] ½ C = R-[R 2 -(P 2 /4)] ½ FAX:

54 CBN Ball End Mills CBN Miniature End Mills Cut Material Up To 68Rc! L 3 D 2 R±.005mm (±.0002 ) For Finishing Hardened Steels 52Rc to 68Rc Up to 10 x Longer Tool Life as Compared to Carbide Complete the Entire Finishing Operation with One Tool and Achieve Superior Finishes Radius Tolerance +/-.005mm (+/ ) 2 Straight Flutes Reduced Neck Micro Grain Carbide with Solid Cubic Boron Nitride (CBN) Tip Application Note: CBN End Mills are designed for finishing applications with light, consistent depth of cut. Uniform stock removal is important, especially in corner areas where large amounts of material typically exist. Tools must be run at high RPM with oil mist. See chart below for recommended milling conditions. Ideally tools should be run at 300+ SFM. However, stepover can be adjusted down to run at the minimum requirement of 200 SFM. For additional technical information please see our website at 52Rc to 56Rc (Materials similar to H13) REACH RECOMMENDED MILLING CONDITIONS 50,000 RPM (Recommended) 25,000 RPM 12,500 RPM BALL END +.010mm L 3 D 2 (h6) 2 FL PRICE -.010mm 0.6 mm 0.5 mm 1.5 mm 4 mm 50 mm mm 0.6 mm 2.0 mm 4 mm 50 mm mm 0.7 mm 2.5 mm 4 mm 50 mm mm 0.8 mm 3.0 mm 4 mm 50 mm mm 1.0 mm 3.8 mm 4 mm 50 mm mm 1.2 mm 5.0 mm 4 mm 50 mm Tool Diameter Depth Of Cut Stepover Feed (In/Min) Depth Of Cut Stepover Feed (In/Min) Depth Of Cut Stepover Feed (In/Min) 0.6mm 0.8mm 1.0mm 1.2mm 1.5mm 2.0mm Rc to 63Rc (Materials similar to D2) 50,000 RPM (Recommended) 25,000 RPM 12,500 RPM Tool Diameter Depth Of Cut Stepover Feed (In/Min) Depth Of Cut Stepover Feed (In/Min) Depth Of Cut Stepover Feed (In/Min) 0.6mm 0.8mm 1.0mm 1.2mm 1.5mm 2.0mm Rc to 68 Rc (Materials similar to M2) 50,000 RPM (Recommended) 25,000 RPM 12,500 RPM Tool Diameter Depth Of Cut Stepover Feed (In/Min) Depth Of Cut Stepover Feed (In/Min) Depth Of Cut Stepover Feed (In/Min) 0.6mm 0.8mm 1.0mm 1.2mm 1.5mm 2.0mm TM 54

55 Crystalline CVD Diamond End Mills L 3 Reduced Neck Diameter to Avoid Heeling D 2 Outstanding in Graphite! True Crystalline CVD Diamond on Carbide Substrate Ideal For Machining Graphite and Composites, Green Carbide and Green Ceramics Maximum Abrasion Resistance Increases Tool Life up to 50 x Reduced Neck for Clearance and Maximum Rigidity 4 Flutes Center Cutting Stub Flute, Long Reach - CVD Diamond REACH SQUARE END BALL END L 3 D 2 4 FL PRICE 4 FL PRICE.015 (1/64).023 1/8 1/8 2-1/ (1/32).047 1/4 1/8 2-1/ (3/64).070 3/8 1/8 2-1/ (1/16).093 1/2 1/8 2-1/ (5/64).117 1/2 1/8 2-1/ (3/32).140 1/2 1/8 2-1/ L 3 D 2 4 FL PRICE 4 FL PRICE.125 (1/8) 3/16 1 1/8 2-1/ (3/16) 3/16 1 3/ (1/4) 1/4 1-1/4 1/ (3/8) 3/8 1-1/4 3/ (1/2) 1/2 1-1/2 1/ L 3 D 2 Outstanding in Graphite! Long Flute, Long Reach - CVD Diamond REACH SQUARE END BALL END L 3 D 2 4 FL PRICE 4 FL PRICE (1/64) /8 2-1/ (1/32) /8 2-1/ (3/64) /8 2-1/ (1/16) /8 2-1/ (5/64) /8 2-1/ (3/32) /8 2-1/ L 3 D 2 4 FL PRICE 4 FL PRICE.125 (1/8) /8 2-1/ (3/16) / (1/4) / FAX:

56 PCD Diamond End Mills Square Up to 50 x Improved Life Over Carbide! L 3 D 2 PCD Diamond Brazed on Carbide Body Center Cutting Recommended Work Piece Material: Aluminum, Copper, Brass, Bronze, Plastics, Graphite, Carbon, Carbon Fiber Materials, Green Carbide, Gold, Silver, Magnesium, Zinc, Green Ceramics REACH FLUTES SQUARE END L 3 D 2 TOOL # PRICE 3/32 3/16 3/8 1 1/8 1-1/ /8 1/4 1/2 1 1/8 1-1/ /16 1/4 5/8 2 3/ /4 1/4 3/4 2 1/4 2-1/ /8 1/4 15/16 2 3/8 2-1/ /2 1/ / /8 3/ /8 3-1/ /4 3/8 1-1/8 2 3/ CHOOSING THE RIGHT DIAMOND Coating/ Substrate: Amorphous Diamond CVD Diamond PCD Diamond Polycrystalline Diamond Application/ Benefits: A PVD amorphous diamond coating which improves lubricity and wear resistance in nonferrous materials. Performance similar to CVD Diamond, but significantly less expensive. Coating is thin relative to CVD diamond preventing edge rounding. Sharp edges improve results (performance and finish) over CVD in certain abrasive, non-ferrous materials (copper, brass, high silicon aluminum). Low temperature threshhold makes diamond unsuitable for ferrous applications. True Crystalline CVD diamond is grown directly into a carbide end mill. Dramatically improves hardness. Hardness improves abrasion resistance and extends tool life up to 50x and allows higher feed rates than uncoated carbide. Ideal for machining Graphite, Composites, Green Carbide, and Green Ceramics. Diamond layer approx 5 times thicker than Amorphous Diamond improving wear resistance. Low temperature threshhold makes diamond unsuitable for ferrous applications. PCD diamond is manufactured as a carbide backed flat wafer. The wafer is brazed to a carbide body to form an end mill. PCD has excellent hardness and abrasion resistance. Thickest diamond layer we offer. Sharply ground cutting edges and thick diamond layer combine the sharp edge benefits of Amorphous Diamond with the abrasion resistance of CVD Diamond. Low temperature threshhold makes diamond unsuitable for ferrous applications. Thin coating maintains sharper edge. Thicker diamond layer for increased wear resistance. Thickest diamond layer ground to sharp edge. Non-Ferrous Materials: Abrasive Plastics, Graphite, Carbon Fiber Materials, Composites, Aluminum, Copper, Brass, Bronze, Carbon, Gold, Silver, Magnesium, Zinc Graphite, Composites, Green Carbide, Green Ceramics Abrasive Plastics, Graphite, Carbon Fiber Materials, Composites, Aluminum, Copper, Brass, Bronze, Carbon, Gold, Silver, Magnesium, Zinc, Green Carbide, Green Ceramics TM 56

57 PCD Diamond End Mills Ball Up to 50 x Improved Life Over Carbide! NO MINIMUM QTY! L 3 D 2 PCD Diamond Brazed on Carbide Body Center Cutting Recommended Work Piece Material: Aluminum, Copper, Brass, Bronze, Plastics, Graphite, Carbon, Carbon Fiber Materials, Green Carbide, Gold, Silver, Magnesium, Zinc, Green Ceramics REACH FLUTES BALL END L 3 D 2 TOOL # PRICE 3/32 3/16 3/8 1 1/8 1-1/ /8 1/4 1/2 1 1/8 1-1/ /16 1/4 5/8 2 3/ /4 5/16 3/4 2 1/4 2-1/ /8 7/16 15/16 2 3/8 2-1/ /2 1/ / Corner Radius L 3 D 2 R PCD Diamond Brazed on Carbide Body Center Cutting Recommended Work Piece Material: Aluminum, Copper, Brass, Bronze, Plastics, Graphite, Carbon, Carbon Fiber Materials, Green Carbide, Gold, Silver, Magnesium, Zinc, Green Ceramics REACH CORNER RADIUS FLUTES CORNER RADIUS L 3 R D 2 TOOL # PRICE 3/32 3/16 3/ /8 1-1/ /8 1/4 1/ /8 1-1/ /16 1/4 5/ / /4 1/4 3/ /4 2-1/ /8 1/4 15/ /8 2-1/ /2 1/ / FAX:

58 Undercutting End Mills 270 Undercutting End Mills L 2 L Standard Long Reach Ideal for Undercutting, Deburring and Profiling Extra Length / Long Reach 270 Spherical Ball Designed for Undercutting, Deburring and Multi-Axis Machining 10 Helix Solid Micro Grain Carbide LOC NECK NECK FLUTES OAL D L2 L3 D2 L1 TOOL # PRICE TOOL # PRICE /8 1-1/ C NEW! /8 1-1/ C NEW! /8 1-1/ C NEW! /8 1-1/ C NEW! 1/ /8 1-1/ C NEW! 1/ /8 1-1/ C / /8 1-1/ C NEW! 1mm /8 1-1/2 2321M M-C / /8 1-1/ C NEW! 3/ /8 1-1/ C / /8 1-1/ C NEW! 1/ /8 1-1/ C / /8 1-1/ C NEW! 1/ /8 1-1/ C / /8 1-1/ C NEW! 5/ /8 1-1/ C / /8 1-1/ C NEW! 5/ /8 1-1/ C / /8 1-1/ C NEW! 3/ /8 1-1/ C / /8 1-1/ C NEW! 3/ /8 1-1/ C / /8 1-1/ C NEW! FOR LARGER SIZES PLEASE SEE NEXT PAGE HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state. TM 58

59 Undercutting End Mills 270 Undercutting End Mills NEW SIZES! L 2 L 3 Standard 270 Long Reach Extra Length / Long Reach CONTINUED FROM PREVIOUS PAGE LOC NECK NECK FLUTES OAL D L2 L3 D2 L1 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / /8 1-1/ C NEW! 1/ /8 1-1/ C / / C / / C NEW! 3/ / C / / C NEW! 3/ / C / / C / / C NEW! 1/ /4 2-1/ C / /4 2-1/ C NEW! 1/ /4 2-1/ C / / C / / C NEW! 5/ /16 2-1/ C / /16 2-1/ C NEW! 5/ /16 2-1/ C / / C / / C NEW! 3/ /8 2-1/ C / /8 2-1/ C NEW! 3/ /8 2-1/ C / / C / / C NEW! 1/ / C / / C NEW! 1/ / C / / C / / C NEW! FAX:

60 Undercutting End Mills 220 Undercutting End Mills D 2 L Standard Long Reach Ideal for Undercutting, Deburring and Profiling Extra Length / Long Reach 220 Spherical Ball Designed for Undercutting, Deburring and Multi-Axis Machining 10 Helix Solid Micro Grain Carbide NECK NECK FLUTES L 3 D 2 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C mm /8 1-1/2 2281M M-C / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C L 3 D 2 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / /8 1-1/ C / / C / / C / / C / / C / /4 2-1/ C / /4 2-1/ C / / C / /16 2-1/ C / /16 2-1/ C / / C / /8 2-1/ C / /8 2-1/ C / / C / / C / / C / / C TM 60

61 Extended Reach Tool Holder 1/2 Shank Tool Holder D 2 Center Gripping Collet with Threaded Draw Screw: More Accurate than Set Screw Type Holders High Precision Concentricity and Rigidity Maximum T.I.R. of.0002 from Shank to Collet Pocket Quick Tool Changes Coolant Through Capable Wrench Included Collet Not Included, Choose from Many Sizes Two Offsetting Flats to Maintain T.I.R. Use with Mills, Lathes and Grinders Center Gripping Collet Design Choose from Six Sizes Tool Holder TOOL HOLDER (Collet Not Included) D 2 TOOL # PRICE Collets 1/ COLLET SIZE TOOL # PRICE 1/ / / mm mm mm CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor FAX:

62 End Mills Extra Long Length - Up to 8" Overall Length! L 3 D 2 Longest Carbide End Mill Available In Stock Extended Reach Reduced Neck Diameter to Avoid Heeling Corner Radius for Improved Strength Center Cutting 4 Flutes Micro Grain Carbide Up to 8 Overall Length! R Reduced Neck Diameter to Avoid Heeling CORNER RADIUS REACH R L 3 D 2 4 FL PRICE 1/4 3/ /8 1/ /16 15/ /32 5/ /8 9/ /16 3/ /2 3/ /4 1/ /8 15/ /16 5/ /4 1-1/ /8 3/ Extra Long Length - Ball L 3 D 2 Longest Carbide End Mill Available In Stock Extended Reach Reduced Neck Diameter to Avoid Heeling 4 Flutes Micro Grain Carbide Up to 8 Overall Length! Reduced Neck Diameter to Avoid Heeling REACH L 3 D 2 4 FL PRICE 1/4 3/8 4-3/8 1/ /16 15/ /32 5/ /8 9/16 4-5/16 3/ /2 3/4 5-3/4 1/ /8 15/ /16 5/ /4 1-1/8 5-5/8 3/ TM 62

63 End Mills Reduced Shank End Mills D 2 Reduced Straight Shank Allows Any Chucking Depth Solid Carbide Construction for Maximum Rigidity Long Length Design for Deep Cavity Machining Corner Radius for Improved Strength Length of Cut = 1½ x Diameter 4 Flutes Micro Grain Carbide DISHED R Chuck At Any Depth! CORNER RADIUS Reduced Shank Ball End Mills R D 2 4 FL PRICE 4 FL PRICE /32 15/ /8 2-1/ C /16 9/ /8 2-1/ C /16 9/ /32 2-1/ C /4 3/ / C /16 15/ / C /8 9/ / C /16 21/ / C /2 3/ / C /8 15/ / C /4 1-1/ / C D 2 Reduced Straight Shank Allows Any Chucking Depth Solid Carbide Construction for Maximum Rigidity Long Length Design for Deep Cavity Machining Length of Cut = 1½ x Diameter 2 Flutes Micro Grain Carbide DISHED D 2 2 FL PRICE 2 FL PRICE 5/32 15/64 1/8 2-1/ C /16 9/32 1/8 2-1/ C /16 9/32 5/32 2-1/ C /4 3/8 3/ C /16 15/32 1/ C /8 9/16 5/ C /16 21/32 3/ C /2 3/4 7/ C /8 15/16 1/ C /4 1-1/8 5/ C FAX:

64 Plastic Cutting End Mills Single "O" Flute 2x the Material Removal with Improved Finish Over Standard End Mills! L 2 Single Spiral Upcut Flute ("O" Flute Design) Design Allows for Maximum Stock Removal While Maintaining Excellent Finish High Rake, High Relief Design Produces Sharper Edge for Improved Finish While Transferring Heat into the Chip Large Flute Valley Creates Room for the Chip and Aids in Chip Evacuation High Flute Finish Resists Chip Welding Will Ramp or Plunge if Required Right Hand Spiral, Right Hand Cut Micro Grain Carbide Upcut "O" Flute Design SOFT PLASTICS HARD PLASTICS ABS HDPE PET POLYSTYRENE ACRYLIC PVC ACETAL HIPS POLYCARBONATE UHMW NYLON POLYCARBONATE ACRYLIC PE POLYPROPYLENE TM SOFT PLASTICS 64 HARD PLASTICS SOFT PLASTICS HARD PLASTICS AMORPHOUS DIAMOND D 2 1 FL PRICE 1 FL PRICE 1 FL PRICE 1/16 3/16 1/8 1-1/ C /16 5/16 1/ C /64 15/64 1/8 1-1/ C /64 13/32 1/ C /32 9/32 1/8 1-1/ C /32 1/2 1/ C /8 3/8 1/8 1-1/ C /8 5/8 1/ C /16 9/16 3/ C /16 1 3/ C /4 3/4 1/4 2-1/ C /4 1-1/4 1/ C /8 1-1/8 3/8 2-1/ /8 2 3/ /2 1-1/2 1/ /2 2-5/8 1/ Upcut "O" Flute - Router Style Shanks HARD PLASTICS D 2 1 FL PRICE 1 FL PRICE 1/16 1/4 1/ /64 5/16 1/ /32 3/8 1/ /8 1/4 1/ /8 1/2 1/ /32 5/8 1/ /16 3/8 1/ /16 5/8 1/

65 Plastic Cutting End Mills Single "O" Flute - Downcut Downcut Style Prevents D 1 Fraying & Chip Out of Top D1 Edge of Workpiece. Also Prevents Workpiece Lifting on Vacuum Tables. Prevents Fraying and Chip Out of Top Edge of Work Piece Prevents Lifting on Vacuum Tables Left Hand Spiral, Right Hand Cut High Rake, High Relief Design Produces Sharper Edge for Improved Finish While Transferring Heat into the Chip Resists Chip Welding Micro Grain Carbide DOWNCUT FLUTE D 2 1 FL PRICE 1/16 1/4 1/ /64 5/16 1/ /32 3/8 1/ /8 1/2 1/ /32 5/8 1/ /16 5/8 1/ /4 3/4 1/4 2-1/ /8 1-1/8 3/ /2 1-1/2 1/ Why use PLASTIC cutting end mills vs. METAL cutting end mills? Improved Finish - Sharper edge provides for cleaner cut, less plowing action. Chips curl faster, transferring heat to the chip, not the part. Increased Stock Removal - Large flute opening gives more chip clearance, avoids chip welding and improves chip evacuation. Feature Typical Metal Working End Mills Plastic Cutting End Mills Flute Rake Axial/End Gash Rake OD Primary Relief OD Secondary Relief Core Diameter 56% 60% 40% 44% Typical Cross Section Data presented is intended to be general guidelines for understanding how plastic end mill geometry compares to metal working tools. Actual values will change based on diameter, application and specific tool. Tool Series & & & & "O" FLUTE PLASTIC CUTTING END MILLS - SPEEDS & FEEDS Chip Load by Cutter Diameter RPM UP TO 18,000 1/16 5/64 3/32 1/8 5/32 3/16 1/4 3/8 1/ DEPTH : For Axial DOC = 1x Dia. use 100% of chip load for tools with LOC equal to 3x or 5x Dia. For Axial DOC = 2x Dia. use 75% of chip load for tools with LOC equal to 3x and 65% for tools with LOC equal to 5x Dia. For Axial DOC = 3x Dia. use 50% of chip load for tools with LOC equal to 3x and 40% for tools with LOC equal to 5x Dia FAX:

66 Plastic Cutting End Mills 2 Flute - Square D 2 D1 2 Flute Design Improves Bottom Finish and Accuracy True Center Cutting Design Improves Plunging, Ramping and Bottom Finish High Rake, High Relief Design with Large Flute Valley Improves Finish and Chip Removal 2 Flute Design Improves Rigidity for Better Accuracy, Less Deflection, and Longer Tool Life Center Cutting Micro Grain Carbide 2 Flute - Ball D 1 New Sizes! SQUARE D 2 2 FL PRICE 1/32 3/32 1/8 1-1/ NEW! 1/32 5/32 1/8 1-1/ NEW! 3/64 9/64 1/8 1-1/ NEW! 3/64 1/4 1/8 1-1/ NEW! 1/16 3/16 1/8 1-1/ /16 5/16 1/ NEW! 5/64 15/64 1/8 1-1/ /64 13/32 1/ NEW! 3/32 9/32 1/8 1-1/ /32 1/2 1/ NEW! 1/8 3/8 1/8 1-1/ /8 5/8 1/ NEW! 5/32 15/32 3/ /32 3/4 3/ NEW! 3/16 9/16 3/ /16 1 3/ NEW! 1/4 3/4 1/4 2-1/ /4 1-1/4 1/ NEW! 3/8 1-1/8 3/ /2 1-1/2 1/ Ball End for Profiling Complex Shapes Improved Cutting Action at Tip of Ball Ball End Has Increased Rake and Relief for Micro Grain Carbide BALL D 2 2 FL PRICE 1/32 3/32 1/8 1-1/ NEW! 3/64 9/64 1/8 1-1/ NEW! 1/16 3/16 1/8 1-1/ /64 15/64 1/8 1-1/ /32 9/32 1/8 1-1/ /8 3/8 1/8 1-1/ /32 15/32 3/ /16 9/16 3/ /4 3/4 1/4 2-1/ /8 1-1/8 3/ /2 1-1/2 1/ TM 66

67 Plastic Cutting End Mills 2 Flute - Corner Radius D 2 L R 1 D1 New! Corner Radius for Improved Bottom Finish True Center Cutting Design for Effective Plunging and Ramping High Rake, High Relief for Improved Chip Removal Center Cutting Micro Grain Carbide CORNER RADIUS CORNER RADIUS R D 2 2 FL PRICE 1/ /8 1-1/ NEW! 1/ /8 1-1/ NEW! 3/ /8 1-1/ NEW! 3/ /8 1-1/ NEW! 1/ /8 1-1/ NEW! 1/ /8 1-1/ NEW! 3/ / NEW! 3/ / NEW! 1/ /4 2-1/ NEW! 1/ /4 2-1/ NEW! Tool Series & FLUTE PLASTIC CUTTING END MILLS - SPEEDS & FEEDS RPM Chip Load by Cutter Diameter 1/32 3/64 1/16 5/64 3/32 1/8 5/32 3/16 1/4 3/8 1/ UP TO , , & DEPTH : For Axial DOC = 1x Dia. use 100% of chip load for tools with LOC equal to 3x or 5x Dia. For Axial DOC = 2x Dia. use 75% of chip load for tools with LOC equal to 3x and 65% for tools with LOC equal to 5x Dia. For Axial DOC = 3x Dia. use 50% of chip load for tools with LOC equal to 3x and 40% for tools with LOC equal to 5x Dia. HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state FAX:

68 Plastic Cutting End Mills Abrasive, Fiber Reinforced Plastics D 2 2 Straight Flutes (End View) Designed to Mill Abrasive, Glass-Filled Plastics with Reinforcing Fiber and Other Additives Straight Flute Design Improves Finish and Minimizes Fraying of Fiber Reinforced and Layered Materials by not Pulling Fibers Behind Center Design with High Positive Rake for Smoother Cuts Eccentric Relief for Improved Edge Life Ideally Suited to Cut: ABS, ACETAL, Acrylic, Fiberglass, Nylon Phenolic, PVC Allows Shallow Ramping, Not Suited for Plunge Cutting Micro Grain Carbide AMORPHOUS DIAMOND D 2 2 FL PRICE 2 FL PRICE 1/16 1/8 1/ C /64 5/32 1/ C /32 3/16 1/ C /8 1/4 1/ C /16 5/8 1/ C /4 3/4 1/4 2-1/ C /8 7/8 3/8 2-1/ /2 1 1/ Tool Series ABRASIVE PLASTIC CUTTING END MILLS - SPEEDS & FEEDS Chip Load by Cutter Diameter RPM UP TO 18,000 1/16 5/64 3/32 1/8 3/16 1/4 3/8 1/ DEPTH : For Axial DOC = 100% of cutter diameter; use 100% of recommended chip load. For Axial DOC = 200% of cutter diameter; use 75% of recommended chip load. For Axial DOC = 300% of cutter diameter; use 50% of recommended chip load. CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor. TM 68

69 Boring Bars D 2 L3 HELICAL BACK RAKE DESIGN WORKPIECE Helical Back Rake Flute Improves Accuracy and Chip Flow Square Neck Improves Rigidity and Has Less Deflection Tip is Ground to Sharp Corner 70% Stronger Than Round Neck Design Micro Grain Carbide MIN BORE MAX BORE DEPTH L 3 D 2 TOOL # PRICE TOOL # PRICE.031 5/32 1/8 1-1/ /32 1/8 1-1/ /4 1/8 1-1/ C /16 1/8 1-1/ C /16 1/8 1-1/ /8 1/8 1-1/ C /2 1/8 1-1/ L-C /16 1/8 1-1/ /2 1/8 1-1/ /2 1/8 1-1/ /8 1/ /2 1/8 1-1/ C /8 1/ /16 1/8 1-1/ /8 1/ /16 1/8 1-1/ /8 1/ /8 1/8 1-1/ C /4 1/ L-C /4 5/ /4 3/ C / L-C /2 3/16 2-1/ XL / C /2 3/16 2-1/ L-C / XL / C /2 1/4 2-1/ / XL / C /2 1/4 2-1/ L-C / XL XL-C /16 2-1/ / FAX:

70 Miniature Drills Miniature Drills Down to D Drills Laminates, Composites and Non-Ferrous Materials For Tools.020 and Smaller, There is an Intermediate Neck Diameter as Pictured 130 Drill Point Micro Grain Carbide DRILL SIZE DRILL FLUTE D 2 TOOL # PRICE (.05mm).028 1/8 1-1/ (.10mm).039 1/8 1-1/ (.13mm).056 1/8 1-1/ # (.15mm).066 1/8 1-1/ # /8 1-1/ (.175mm).066 1/8 1-1/ # /8 1-1/ # /8 1-1/ # (.20mm).160 1/8 1-1/ # /8 1-1/ # /8 1-1/ (.225mm).160 1/8 1-1/ # /8 1-1/ # /8 1-1/ # (.25mm).160 1/8 1-1/ (.275mm).160 1/8 1-1/ # /8 1-1/ # /8 1-1/ (.30mm).180 1/8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ (.35mm).270 1/8 1-1/ # /8 1-1/ (.40mm).270 1/8 1-1/ # /8 1-1/ (.45mm).270 1/8 1-1/ # /8 1-1/ # /8 1-1/ FOR LARGER SIZES PLEASE SEE NEXT PAGE TM 70

71 Miniature Drills Miniature Drills CONTINUED FROM PREVIOUS PAGE D 2 DRILL SIZE DRILL FLUTE D 2 TOOL # PRICE # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ /8 1-1/ # /8 1-1/ /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ (1mm).395 1/8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ # /8 1-1/ /8 1-1/ # /8 1-1/ /8 1-1/ (1.25mm).395 1/8 1-1/ (1.3mm).413 1/8 1-1/ # /8 1-1/ (1.35mm).413 1/8 1-1/ # /8 1-1/ (1.45mm).413 1/8 1-1/ (1.5mm).413 1/8 1-1/ # /8 1-1/ (1.55mm).413 1/8 1-1/ /8 1-1/ FAX:

72 Miniature Drills Miniature Coolant Through Drills 12x Diameter! D 2 Coolant at Tip Reduces Heat and Removes Chips Coolant Fed High Performance Miniature Twist Drill Coolant Flow at Tip Reduces Heat, Improves Chip Removal and Avoids Chip Re-Cutting Length of Flute = 12 x Diameter 140 Drill Point AlTiN Coated Micro Grain Carbide DRILL SIZE DRILL FLUTE D 2 TOOL # PRICE 1mm / C / / C mm / C / / C / C / / C mm / C / C / / C / C / C / / C mm / C / / C Application Notes: In order to achieve a better result, we recommend using cutting oil. As an alternative, it is possible to use emulsions with EP additives. Use a fine mesh prefilter ( 5µm) on spindle through coolant to prevent jamming of oil hole. Recommend minimum of PSI coolant pressure. While drilling some materials, it may be necessary to use a peck drilling cycle. A machining guide hole is recommended for deep drilling. For additional technical information see our website at HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state. TM 72

73 Combined Drill and Countersinks Combined Drill and Countersinks D 2 SOLID CARBIDE A 60, 82 and 90 Included Angles - Plain Type 2 Flutes Double Ended Solid Micro Grain Carbide 60 Included - Solid Carbide SIZE DRILL INCLUDED ANGLE DRILL INCLUDED A D 2 2 FL PRICE /8 1-1/ / /32 1/8 1-1/ / /64 1/8 1-1/ / /64 3/ / /64 1/ /8 60 1/8 5/16 2-1/ / /16 7/16 2-3/ Included - Solid Carbide SIZE DRILL INCLUDED ANGLE +1-1 DRILL INCLUDED A D 2 2 FL PRICE /8 1-1/ / /32 1/8 1-1/ / /64 1/8 1-1/ / /64 3/ / /64 1/ /8 82 1/8 5/16 2-1/ / /16 7/16 2-3/ Included - Solid Carbide SIZE DRILL INCLUDED ANGLE +1 DRILL INCLUDED A -1 D 2 2 FL PRICE /8 1-1/ / /32 1/8 1-1/ / /64 1/8 1-1/ / /64 3/ / /64 1/ /8 90 1/8 5/16 2-1/ / /16 7/16 2-3/ FAX:

74 Counterbores Flat Bottom Counterbores For Spot Facing or Counterboring on Irregular Surfaces D 2 D1 Flat Bottom: No Dish! Flat Bottom (No Dish) Design Allows Spot Facing or Counterboring on Irregular Surfaces Ideal for Castings, Rounded Parts, Concaved or Drafted Surfaces Can Be Used for Flat Bottom Reaming or Straightening Misaligned Holes Center Cutting Ground with Full Cylindrical Margin (Not Side Cutting) 15 Helix 4 Flutes Micro Grain Carbide FLUTE D 2 4 FL PRICE.0312 (1/32) 1/8 1/8 1-1/ (1mm) 5/32 1/8 1-1/2 2331M (3/64) 3/16 1/8 1-1/ (1/16) 1/4 1/8 1-1/ (5/64) 5/16 1/8 1-1/ (2mm) 5/16 1/8 1-1/2 2332M (3/32) 3/8 1/8 1-1/ (7/64) 3/8 1/8 1-1/ (3mm) 3/8 1/8 1-1/2 2343M (1/8) 1/2 1/8 1-1/ (9/64) 9/16 3/ (5/32) 5/8 3/ (4mm) 5/8 3/ M (11/64) 5/8 3/ (3/16) 3/4 3/ (5mm) 3/4 1/4 2-1/2 2345M (13/64) 3/4 1/4 2-1/ (7/32) 3/4 1/4 2-1/ (15/64) 7/8 1/4 2-1/ (6mm) 7/8 1/4 2-1/2 2346M (1/4) 7/8 1/4 2-1/ (5/16) 1 5/16 2-1/ (3/8) 1 3/8 2-1/ (7/16) 1 7/16 2-3/ (1/2) 1 1/ TM 74

75 Counterbores Long Reach Counterbores Undersized Neck to Avoid Heeling D 3 Flat Bottom: No Dish! Flat Bottom (No Dish) Design Allows Spot Facing or Counterboring on Irregular Surfaces Ideal for Castings, Rounded Parts, Concaved or Drafted Surfaces Can Be Used for Flat Bottom Reaming or Straightening Misaligned Holes Center Cutting Ground with Full Cylindrical Margin (Not Side Cutting) 15 Helix 4 Flutes Micro Grain Carbide FLUTE REACH L 3 D 2 4 FL PRICE.0312 (1/32) 1/8 1/4 1/8 2-1/ (3/64) 3/16 3/8 1/8 2-1/ (1/16) 1/4 1/2 1/8 2-1/ (5/64) 5/16 5/8 1/8 2-1/ (3/32) 3/8 3/4 1/8 2-1/ (1/8) 1/2 1 1/8 2-1/ (5/32) 5/8 1-1/4 3/ (3/16) 3/4 1-1/2 3/ (1/4) 7/8 2 1/ (5/16) 1 2-1/2 5/ (3/8) 1 3 3/ Why use a COUNTERBORE vs. an END MILL? Flat Bottom - avoids traditional dish left by end mill. Spots effectively on irregular surfaces; Avoids walking as is common with spot drills or drills. Full Cylindrical Margin & Back Taper - Not side cutting. Will not grab and deflect like an endmill, holding its position better. Reduces chatter and machining marks, improving finish. Slow Helix with Low Rake - avoids part engagement helping to control finish. Applications: FAX:

76 Miniature Drills Miniature Spotting Drills D 2 Now in Long Length! 90 Thinned Web to Reduce Walking Self-Centering Point Geometry 2 Flutes Micro Grain Carbide 90 Included Point Angle FLUTE WEB AT TIP TYPE OAL D 2 TOOL # PRICE TOOL # PRICE I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C / I 1/8 1-1/ C / II 1/8 1-1/ C / II 1/8 4 LONG! C NEW! 3/ II 3/ C / II 3/16 4 LONG! C NEW! 1/ II 1/4 2-1/ C / II 1/4 6 LONG! C NEW! D Thinned Web to Reduce Walking Self-Centering Point Geometry 2 Flutes Micro Grain Carbide 120 Included Point Angle FLUTE WEB AT TIP TYPE D 2 TOOL # PRICE TOOL # PRICE I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C / I 1/8 1-1/ C / II 1/8 1-1/ C / II 3/ C / II 1/4 2-1/ C TM 76

77 Miniature Drills Miniature Spotting Drills 140 D 2 Thinned Web to Reduce Walking Self-Centering Point Geometry 2 Flutes Micro Grain Carbide 140 Included Point Angle FLUTE WEB AT TIP TYPE D 2 TOOL # PRICE TOOL # PRICE I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C I 1/8 1-1/ C / I 1/8 1-1/ C / II 1/8 1-1/ C / II 3/ C / II 1/4 2-1/ C TYPE I On center design reduces walking and minimizes flat at bottom of spot. Ideally suited for starting smaller diameter drills and shallow spots. TYPE II Ahead of center design improves tip strength. Ideally suited for larger diameter drills and tougher materials. End View End View CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor FAX:

78 Drill / End Mills 90 2 Flutes - Mill Style D 2 D 2 A MILL STYLE END VIEW: Recommended For: Flat Relief with end mill style gash to thin web Chamfering O.D. Milling Drilling Spotting Yes Yes Non-Ferrous Only Light Duty Designed for Chamfering, Milling and Spotting Applications Not Recommended for Drilling Steel 90 Included Angle Point 2 Flutes Micro Grain Carbide INCLUDED ANGLE A D 2 2 FL PRICE / /16 1/8 1-1/ / /4 1/8 1-1/ / /8 1/8 1-1/ /8 90 1/2 1/8 1-1/ / /8 3/ /4 90 3/4 1/4 2-1/ / /16 5/16 2-1/ /8 90 7/8 3/8 2-1/ / / / /4 5/8 3-1/ / /2 3/ Flutes - Drill Style D 2 D INCLUDED ANGLE DRILL STYLE END VIEW: Recommended For: Cammed Relief. Split point with "S" style gash to thin web. Chamfering O.D. Milling Drilling Spotting Light Duty Designed for Drilling and Milling Applications 90 Included Angle Point 2 Flutes Micro Grain Carbide A D 2 2 FL PRICE 2 FL PRICE 1/ /16 1/8 1-1/ C / /4 1/8 1-1/ C / /8 1/8 1-1/ C /8 90 1/2 1/8 1-1/ C / /8 3/ C /4 90 3/4 1/4 2-1/ C / /16 5/16 2-1/ C /8 90 7/8 3/8 2-1/ C / / C / /4 5/8 3-1/ C / /2 3/ C A Yes Yes Yes TM 78

79 Drill / End Mills 90 4 Flutes - Mill Style D 2 D 2 A MILL STYLE END VIEW: Recommended For: Flat Relief with end mill style gash to thin web Chamfering O.D. Milling Drilling Spotting Yes Yes Non-Ferrous Only Light Duty Designed for Chamfering, Milling and Light Spotting Applications Not Recommended for Drilling Steel 90 Included Angle Point 4 Flutes Micro Grain Carbide INCLUDED ANGLE TiN COATED A D 2 4 FL PRICE 4 FL PRICE 4 FL PRICE 1/ /16 1/8 1-1/ C C / /4 1/8 1-1/ C C / /8 1/8 1-1/ C C /8 90 1/2 1/8 1-1/ C C / /8 3/ C C /4 90 3/4 1/4 2-1/ C C / /16 5/16 2-1/ C C /8 90 7/8 3/8 2-1/ C C / / C C / /4 5/8 3-1/ C C / /2 3/ C C & 4 Flutes - Cobalt D 2 L 2 M-42 Steel (8% Cobalt) 90º Included Angle Point INCLUDED ANGLE FLUTES COBALT A D 2 TOOL # PRICE 1/8 90 3/8 4 3/8 2-5/ /8 90 3/8 2 3/8 2-5/ / /2 4 3/8 2-3/ /4 90 5/8 4 3/8 2-1/ /4 90 5/8 2 3/8 2-1/ / /4 4 3/8 2-1/ /8 90 3/4 4 3/8 2-1/ /8 90 3/4 2 3/8 2-1/ / /8 2-11/ / /4 4 1/2 3-1/ / /4 2 1/2 3-1/ / /8 4 5/8 3-3/ / /8 4 3/4 3-7/ /8 4 3/4 4-1/ A / FAX: A MILL STYLE END VIEW: Recommended For: Flat Relief with end mill style gash to thin web Chamfering O.D. Milling Drilling Spotting Yes Yes Non-Ferrous Only Light Duty

80 Drill / End Mills 60 4 Flutes - Mill Style D 2 L 2 A MILL STYLE END VIEW: Recommended For: Flat Relief with end mill style gash to thin web Chamfering O.D. Milling Drilling Spotting Yes Yes No No Designed for Chamfering and Milling Applications Not Recommended for Drilling Steel 60 Included Angle Point 4 Flutes Micro Grain Carbide INCLUDED ANGLE A D 2 4 FL PRICE 4 FL PRICE 1/ /16 1/8 1-1/ C / /4 1/8 1-1/ C / /8 1/8 1-1/ C /8 60 1/2 1/8 1-1/ C / /8 3/ C /4 60 3/4 1/4 2-1/ C / /16 5/16 2-1/ C /8 60 7/8 3/8 2-1/ C / / C / /4 5/8 3-1/ C / /2 3/ C Flutes - Mill Style D 2 D 2 Designed for Chamfering, Milling and Light Spotting Applications Not Recommended for Drilling Steel 82 Included Angle Point 4 Flutes Micro Grain Carbide INCLUDED ANGLE A D 2 4 FL PRICE 4 FL PRICE / /16 1/8 1-1/ C / /4 1/8 1-1/ C / /8 1/8 1-1/ C /8 82 1/2 1/8 1-1/ C / /8 3/ C /4 82 3/4 1/4 2-1/ C / /16 5/16 2-1/ C /8 82 7/8 3/8 2-1/ C / / C / /4 5/8 3-1/ C / /2 3/ C A END VIEW: Flat Relief with end mill style gash to thin web MILL STYLE Recommended For: Chamfering O.D. Milling Drilling Spotting Yes Yes Non-Ferrous Only Light Duty TM 80

81 Drill / End Mills Flutes - Mill Style D 2 L 1 A MILL STYLE END VIEW: Recommended For: Flat Relief with end mill style gash to thin web Chamfering O.D. Milling Drilling Spotting Yes Yes Non-Ferrous Only Light Duty Designed for Chamfering, Milling and Light Spotting Applications Not Recommended for Drilling Steel 100 Included Angle Point 4 Flutes Micro Grain Carbide INCLUDED ANGLE A D 2 4 FL PRICE 4 FL PRICE / /16 1/8 1-1/ C / /4 1/8 1-1/ C / /8 1/8 1-1/ C / /2 1/8 1-1/ C / /8 3/ C / /4 1/4 2-1/ C / /16 5/16 2-1/ C / /8 3/8 2-1/ C / / C / /4 5/8 3-1/ C / /2 3/ C Flutes - Drill Style D 2 L 1 A DRILL STYLE END VIEW: Recommended For: Cammed Relief. Split point with "S" style gash to thin web. Chamfering O.D. Milling Drilling Spotting Light Duty Yes Yes Yes Designed for Drilling and Milling Applications 2 Flutes Micro Grain Carbide INCLUDED ANGLE 120 Included Angle Point A D 2 2 FL PRICE 2 FL PRICE / /16 1/8 1-1/ C / /4 1/8 1-1/ C / /8 1/8 1-1/ C / /2 1/8 1-1/ C / /8 3/ C / /4 1/4 2-1/ C / /16 5/16 2-1/ C / /8 3/8 2-1/ C / / C / /4 5/8 3-1/ C / /2 3/ C FAX:

82 Chamfer Cutters Angles from 15 to 75 In Stock! D 2 Type I: Pointed Type II: Flat End A Choose From Two Styles: - Pointed 2 Flute Style for Deburring and Chamfering in Narrow Grooves, Slots and Small Holes - Flat End (Non-Cutting) Multi-Flute Design Improves Tool Life and Finish for Profiling and Chamfering Larger Features Micro Grain Carbide ANGLE INCLUDED PER SIDE ANGLE LOC TYPE TIP FLUTES +1-1 CONTINUED ON NEXT PAGE TM 82 OAL A T(Max.) L 4(Max.) D 2 TOOL # PRICE TOOL # PRICE I /8 1-1/ C I /8 LONG! I /4 2-1/ II /4 2-1/ C II /4 LONG! II /8 2-1/ C II / C I /8 1-1/ C I /8 LONG! I /4 2-1/ II /4 2-1/ C II /4 LONG! II /8 2-1/ C II / C I /8 1-1/ C II /4 2-1/ C I /8 1-1/ C II /4 2-1/ C I /8 1-1/ C I /8 LONG! I /4 2-1/ II /4 2-1/ C II /4 LONG! II /8 2-1/ C II / C I /8 1-1/ C II /4 2-1/ C II / C

83 Chamfer Cutters CONTINUED FROM PREVIOUS PAGE ANGLE INCLUDED PER SIDE ANGLE LOC TYPE TIP FLUTES OAL +1 A T(Max.) L 4(Max.) D 2 TOOL # PRICE TOOL # PRICE I /8 1-1/ C I /8 LONG! I /4 2-1/ II /4 2-1/ C II /4 LONG! II /8 2-1/ C II / C I /8 1-1/ C II /4 2-1/ C I /8 1-1/ C II /4 2-1/ C II /8 2-1/ C II / C I /8 1-1/ C II /4 2-1/ C II / C TYPE I - Pointed: Flat relief ground to center, yielding a web thickness at tip (T) TYPE II - Flat End: Flat relief ground to non end cutting flat tip (T) 1/2 Diameter - Double End D Max A Double End 4 Flutes Flat End Diameter.080 (Type II Style, Non-Cutting) Micro Grain Carbide ANGLE PER SIDE INCLUDED ANGLE +1-1 A L 4(Max.) D 2 4 FL PRICE / / / / / FAX:

84 Chamfer Cutters Long Reach Miniature Chamfer Cutters NEW! Reduced Neck Diameter for Additional Clearance! D 2 L 3 A Reduced Diameter for Clearance Along Walls and in Small Features Type I Pointed Style Ground to a Point, Yielding Web Thickness at Tip (T) Available in Multiple Reaches and Reduced Diameters 2 Flutes Micro Grain Carbide ANGLE PER SIDE INCLUDED ANGLE +1-1 NECK REACH LOC TIP OAL A D1 L3 T(Max.) D 2 2 FL PRICE /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! /8 2-1/ NEW! TYPE I - Pointed: Flat relief ground to center, yielding a web thickness at tip (T) TM 84

85 Adjustable Chamfer End Mills Mills Any Angle 10 to 80! Change Chamfer Angle With Quick Adjustment TPMT-321(TiN Coated) Insert and Wrench Included DESCRIPTION TOOL # PRICE Adjustable Chamfer Cutter, 3/4" Shank Diameter x 3-3/4" Overall Length (Each) Adjustable Chamfer Cutter, 1" Shank Diameter x 3-3/4" Overall Length (Each) Insert with TiN Coating (Box of 10) Replacement Screw (Each) ADJUSTABLE CHAMFER - SPEEDS & FEEDS material Speed (RPM) FEED (Inches/Min) DEPTH (Inches) STEEL /8 MAX. ALUMINUM MAX /8 MAX. Chamfer Cutters Cobalt Chamfer Cutters D 2 Angle Setting on Tool Minimum Diameter* Maximum Diameter* * Calculations made with no radius in the cut Radial DOC of Insert* Axial DOC of Insert* TYPE I - Pointed: Flat relief ground to center, yielding a web thickness at tip (T) A 4 Flutes (2 Flutes to Center) M-42 Steel (8% Cobalt) 60 Included Angle ANGLE PER SIDE INCLUDED ANGLE TIP 60 INCLUDED A 2 T(Max.) D 2 4 FL PRICE / /8 2-1/ / Included Angle ANGLE PER SIDE INCLUDED ANGLE TIP 90 INCLUDED A T(Max.) D 2 4 FL PRICE / /8 2-1/ / FAX:

86 Double Angle Shank Cutters L 2 L D 3 1 Great for A Back Chamfering Ideal for Back Chamfering, Chamfering, Deburring and Deburring and Milling a "V-Groove" 60 Angle Can Also Be Used for Thread Milling Reduced Neck for Long Reach Machining Tip of Included Angle Ground to a Point Solid Micro Grain Carbide 60 Included Angle INCLUDED ANGLE +1-1 WIDTH NECK NECK FLUTES OAL Standard Length & Long Reach A L 3 D 2 TOOL # PRICE TOOL # PRICE 1/ /32 3/32 2 1/8 1-1/ C / /8 1-1/ C / / /8 1-1/ C / /16 3/16 4 1/8 1-1/ C / /16 1/2 4 1/ C / /32 5/16 4 3/ C / /32 3/4 4 3/16 2-1/ C / /8 5/16 4 1/ C / / / C / /4 1/2 6 3/8 2-1/ C / /4 1-1/2 6 3/8 3-1/ C / /16 1/2 6 1/ C / /16 1-1/2 6 1/ C /4* /2 3-1/ * C3* * Carbide Head with Steel Shank Multi-Angle - 30 to 120 Included Angles Nine different angles to choose from! INCLUDED ANGLE WIDTH NECK NECK FLUTES A L3 D 2 TOOL # PRICE / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ / /8 5/16 4 1/ TM 86

87 Double Angle Shank Cutters D 2 L3 Ideal for Back Chamfering, Chamfering, Deburring and Milling a "V-Groove" Reduced Neck for Long Reach Machining Tip of Included Angle Ground to a Point Solid Micro Grain Carbide 90 Included Angle 120 Included Angle INCLUDED ANGLE WIDTH NECK A NECK FLUTES A L 3 D 2 TOOL # PRICE INCL. ANGLE TIP RADIUS -1 WIDTH NECK NECK FLUTES Standard Length, Long Reach & Extra Length Long Reach * Carbide Head with Steel Shank 1/ / /8 1-1/ / / / / / / / / /8 2-1/ / / / FAX: OAL A R L 3 D 2 TOOL # PRICE TOOL # PRICE R Great for Back Chamfering and Deburring 1/ / /8 1-1/ C / / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / / /8 1-1/ C / / /8 1-1/ C / / /8 1-1/ C / / /8 1-1/ / / / C / / / C / / / C / / / / / /16 2-1/ C / / /16 2-1/ C / / / C / / / / / / C / / / C / / /8 2-1/ C / / /8 3-1/ C / / /8 3-1/ C / / / C / / / C / / / C /4* /2 3-1/ * C3*

88 D 2 L 3 Back Deburring Tool Ideal for Deburring on Back Side of Small Holes and Tight Pockets NEW! L 5 D 4 D 3 Slightly Undersized to Fit in Common Hole Sizes 90 Included Angle, Cutting on Angle Only Design has Smaller Radial Projection Than Double Angle Shank Cutters, Resulting in Increased Neck Diameter and Improved Strength Left Hand Shear Flute / Right Hand Cut Evacuates Chip Away From Part Multiple Flutes for Improved Finish Micro Grain Carbide Miniature Sizes Down to.014 Reach Through Miniature Holes and Slots to Remove Burr on Back Side of Part HEAD AXIAL LOC NECK NECK CHAMFER CENTER CHAMFER CENTER FLUTES D 3 L 3 L5 D 4 (Max.) D 2 TOOL # PRICE /8 1-1/ NEW! /8 1-1/ NEW! /8 1-1/ NEW! /8 1-1/ NEW! /8 1-1/ NEW! / NEW! / NEW! CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor. TM 88

89 Convex Radius End Mills D 2 R Ground Form Relieved: Can Be Re-Ground Without Losing Radius 6 Flutes Both Sides of Cutter are Dished for Clearance Micro Grain Carbide Head with Steel Shank RADIUS CONVEX R D 2 6 FL PRICE /64 3/4 1/ /32 3/4 1/ mm 3/4 1/ M /64 3/4 1/ /16 3/4 1/ /64 1 1/ mm 1 1/ M /32 1 1/ /8 1-1/4 3/4 3-1/ /16 1-3/8 3/4 3-1/ /4 1-1/2 3/4 3-1/ Concave Radius End Mills D 2 + L4 R Ground Form Relieved: Can Be Re-Ground Without Losing Radius Cutting on OD and Radius Only (Non End-Cutting) 4 Flutes Solid Micro Grain Carbide RADIUS RADIUS CENTER CONCAVE R L 4 D 2 4 FL PRICE /64 1/ /4 2-1/ /64 1/ / /32 1/ /4 2-1/ /32 1/ / mm 1/ / M /64 1/ /4 2-1/ /64 1/ / /16 3/ /8 2-1/ /16 1/ / /64 1/ / mm 1/ / M /32 1/ / /64 5/ /8 3-1/ /8 5/ /8 3-1/ / /4 3-1/ * /4 1-1/ / * * CARBIDE TIPPED FAX:

90 Solid Carbide Keyseat Cutters D 2 L 3 Standard Actual Size: Tool# Actual Size: Tool# DOWN TO 1/16 DIA Keyseat Cutters Down to 1/16 Diameter Solid Micro Grain Carbide Miniatures WIDTH NECK NECK FOR LARGER SIZES PLEASE SEE NEXT PAGE TM FLUTES 90 Both Sides of Cutter are Dished for Clearance OAL L2 L3 D 2 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C /16 1/ /8 1-1/ C /16 1/ /8 1-1/ C /16 3/ /8 1-1/ C /16 1/ /8 1-1/ C /64 1/ /8 1-1/ C /64 1/ /8 1-1/ C /64 3/ /8 1-1/ C /64 1/ /8 1-1/ C /32 1/ /8 1-1/ C /32 1/ /8 1-1/ C /32 3/ /8 1-1/ C /32 1/ /8 1-1/ C / /16 3/16 6 1/8 1-1/ C /8 1/64 1/16 3/16 6 1/8 1-1/ C /8 1/64 1/16 3/8 LONG 6 1/8 1-1/ REACH! 1/ /16 3/16 6 1/8 1-1/ C / /16 3/16 6 1/8 1-1/ C /8 1/32 1/16 3/16 6 1/8 1-1/ C /8 1/32 1/16 3/8 LONG 6 1/8 1-1/ REACH! 1/8 1mm 1/16 3/16 6 1/8 1-1/ C /8 3/64 1/16 3/16 6 1/8 1-1/ C /8 3/64 1/16 3/8 LONG 6 1/8 1-1/ REACH! 1/8 1/16 1/16 3/16 6 1/8 1-1/ C /8 1/16 1/16 3/8 LONG 6 1/8 1-1/ REACH! 1/8 5/64 1/16 3/16 6 1/8 1-1/ C /8 3/32 1/16 3/16 6 1/8 1-1/ C /16 1/64 3/32 9/32 6 3/ C /16 1/64 3/32 9/16 LONG 6 3/ REACH! 3/ Please See Page 93 For Snap Ring Sizes 3/ Please See Page 93 For Snap Ring Sizes Long Reach 3/16 1/32 3/32 9/32 6 3/ C /16 1/32 3/32 9/16 LONG 6 3/ REACH! 3/16 3/64 3/32 9/32 6 3/ C /16 3/64 3/32 9/16 LONG 6 3/ REACH! 3/16 1/16 3/32 9/32 6 3/ C /16 1/16 3/32 9/16 LONG 6 3/ REACH! 3/16 5/64 3/32 9/32 6 3/ C /16 3/32 3/32 9/32 6 3/ C /16 1/8 3/32 9/32 6 3/ C

91 Solid Carbide Keyseat Cutters CONTINUED FROM PREVIOUS PAGE WIDTH NECK NECK FLUTES FAX: OAL L3 D 2 TOOL # PRICE TOOL # PRICE 1/4 1/64 1/8 3/8 6 1/4 2-1/ C /4 1/64 1/8 3/4 LONG 6 1/4 2-1/ REACH! 1/4 1/32 1/8 3/8 6 1/4 2-1/ C /4 1/32 1/8 3/4 LONG 6 1/4 2-1/ REACH! 1/4.039 Please See Page 93 For Snap Ring Sizes 1/4.046 Please See Page 93 For Snap Ring Sizes 1/4 3/64 1/8 3/8 6 1/4 2-1/ C /4 3/64 1/8 3/4 LONG 6 1/4 2-1/ REACH! 1/4 1/16 1/8 3/8 6 1/4 2-1/ C /4 1/16 1/8 3/4 LONG 6 1/4 2-1/ REACH! 1/4 5/64 1/8 3/8 6 1/4 2-1/ C /4 3/32 1/8 3/8 6 1/4 2-1/ C /4 1/8 1/8 3/8 6 1/4 2-1/ C /16 1/32 5/32 15/32 6 5/16 2-1/ C / Please See Page 93 For Snap Ring Sizes 5/16 1/16 5/32 15/32 6 5/16 2-1/ C /16 5/64 5/32 15/32 6 5/16 2-1/ C /16 3/32 5/32 15/32 6 5/16 2-1/ C /16 1/8 5/32 15/32 6 5/16 2-1/ C /16 5/32 5/32 15/32 6 5/16 2-1/ C /8 1/32 3/16 9/16 8 3/8 2-1/ C NEW! 3/8 3/64 3/16 9/16 8 3/8 2-1/ C NEW! 3/8 1/16 3/16 9/16 8 3/8 2-1/ C /8.068 Please See Page 93 For Snap Ring Sizes 3/8 5/64 3/16 9/16 8 3/8 2-1/ C /8.086 Please See Page 93 For Snap Ring Sizes 3/8 3/32 3/16 9/16 8 3/8 2-1/ C /8 1/8 3/16 9/16 8 3/8 2-1/ C /8 5/32 3/16 9/16 8 3/8 2-1/ C /8 3/16 3/16 9/16 8 3/8 2-1/ C /8 1/4 3/16 9/16 8 3/8 2-1/ C /2 1/32 1/4 3/4 8 1/ C NEW! 1/2 3/64 1/4 3/4 8 1/ C NEW! 1/2 1/16 1/4 3/4 8 1/ C /2 5/64 1/4 3/4 8 1/ C /2 3/32 1/4 3/4 8 1/ C /2.103 Please See Page 93 For Snap Ring Sizes 1/2.120 Please See Page 93 For Snap Ring Sizes New Sizes! 1/2 1/8 1/4 3/4 8 1/ C /2 5/32 1/4 3/4 8 1/ C /2 3/16 1/4 3/4 8 1/ C /2 1/4 1/4 3/4 8 1/ C /4 1/ /2 3-1/ * C3* NEW! 3/4 1/ /2 3-1/ * C3* NEW! 3/4 3/ /2 3-3/ * C3* NEW! 3/4 1/ /2 3-1/ * C3* NEW! 3/4 1/ /2 3-1/ * C3* NEW! 1 1/ /2 3-1/ * C3* NEW! 1 3/ /2 3-3/ * C3* NEW! 1 1/ /2 3-1/ * C3* NEW! 1 1/ /2 3-1/ * C3* NEW! * Carbide Head with Steel Shank

92 Corner Radius Keyseat Cutters Solid Carbide with Corner Radius Staggered Tooth Design for Optimal Performance NOW AlTiN COATED! L 3 D 2 Staggered Tooth Design for Freer Cutting Action Solid Carbide Construction with Corner Radius for Improved Strength Alternating RH / LH Shear Flutes, RH Cut Relieved to Allow Cutting on Both Sides of Head Design Improves Shearing Action, Minimizes Chip Dragging & Recutting, Decreases Vibration and Improves Side Wall Finish Tool Can Be Offset to Increase Width of Groove Solid Micro Grain Carbide R Staggered Tooth Design Corner Radius! With Corner Radius WIDTH RADII NECK NECK FLUTES OAL R L 3 D 2 TOOL # PRICE TOOL # PRICE 1/8 1/ /16 3/16 6 1/8 1-1/ C /8 3/ /16 3/16 6 1/8 1-1/ C /8 1/ /16 3/16 6 1/8 1-1/ C /8 1/ /16 3/16 6 1/8 1-1/ C /4 1/ /8 3/8 6 1/4 2-1/ C /4 3/ /8 3/8 6 1/4 2-1/ C /4 1/ /8 3/8 6 1/4 2-1/ C /4 1/ /8 3/8 6 1/4 2-1/ C /2 1/ /4 3/4 8 1/ C /2 1/ /4 3/4 8 1/ C /2 3/ /4 3/4 8 1/ C /2 3/ /4 3/4 8 1/ C /2 1/ /4 3/4 8 1/ C /2 1/ /4 3/4 8 1/ C /2 1/ /4 3/4 8 1/ C /2 1/ /4 3/4 8 1/ C TM 92

93 Full Radius Keyseat Cutters L 3 D 2 R Solid Carbide Construction Ground Form Relieved: Can Be Re-Ground Without Losing Radius Both Sides of Cutter are Dished for Clearance Solid Micro Grain Carbide RADIUS NECK NECK FLUTES Designed for Milling Retaining / Snap Ring Grooves OAL R D1 L3 D 2 TOOL # PRICE Full Radius 1/64 1/4 1/8 3/8 6 1/4 2-1/ /32 1/4 1/8 3/8 6 1/4 2-1/ mm 3/8 3/16 9/16 6 3/8 2-1/ /64 3/8 3/16 9/16 6 3/8 2-1/ /16 3/8 3/16 9/16 6 3/8 2-1/ /64 1/2 1/4 3/4 6 1/ /32 1/2 1/4 3/4 6 1/ /8 5/ /8 3-1/ See Page 89 for Convex Radius End Mills with Larger Diameters Retaining Ring Keyseat Cutters L 3 D 2 Designed to Mill Proper Slot Widths for Common Retaining Ring Sizes Cutter Diameter, Neck Length, Radial and Axial Depths of Cut Optimized for Internal Retaining Ring Grooves Per ANSI Standards Both Sides of Cutter are Dished for Clearance Solid Micro Grain Carbide WIDTH NECK NECK FLUTES FAX: OAL L2 L3 D 2 TOOL # PRICE TOOL # PRICE / /8 1/8 6 3/ C / /8 1/8 6 3/ C / /32 5/32 6 1/4 2-1/ C / /32 5/32 6 1/4 2-1/ C / /16 3/16 6 5/16 2-1/ C / /16 1/4 8 3/8 2-1/ C / /16 1/4 8 3/8 2-1/ C / /4 5/16 8 1/ C / /4 3/8 8 1/ C

94 Dovetail Cutters D 2 A D Corner Radius Micro Grain Carbide * INCLUDED ANGLE NECK *Diameter measured over radii (not to theoretical sharp corner) TM FLUTES 94 A D 2 TOOL # PRICE TOOL # PRICE 3/ / /8 1-1/ C /8 10 3/ /8 1-1/ C / / / C /4 10 5/ / C / / /16 2-1/ C /8 10 1/ /8 2-1/ C /2 10 5/ / C / / /8 1-1/ C /8 20 1/ /8 1-1/ C / / / C /4 20 1/ / C / / /16 2-1/ C /8 20 3/ /8 2-1/ C /2 20 1/ / C / / /8 1-1/ C /8 30 3/ /8 1-1/ C / / / C /4 30 5/ / C / / /16 2-1/ C /8 30 1/ /8 2-1/ C /2 30 5/ / C / / /8 1-1/ C /8 40 3/ /8 1-1/ C / / / C /4 40 5/ / C / / /16 2-1/ C /8 40 1/ /8 2-1/ C /2 40 5/ / C / /8 1-1/ C /8 48 3/ /8 1-1/ C / / / C /4 48 5/ / C / / /16 2-1/ C /8 48 1/ /8 2-1/ C /2 48 5/ / C CONTINUED ON NEXT PAGE

95 Dovetail Cutters CONTINUED FROM PREVIOUS PAGE * INCLUDED ANGLE NECK FLUTES A D 2 TOOL # PRICE TOOL # PRICE / /8 1-1/ C /8 60 1/ /8 1-1/ C / / / C /4 60 1/ / C / / /16 2-1/ C /8 60 3/ /8 2-1/ C /2 60 1/ / C / / /8 1-1/ C / /8 1-1/ C / / / C /4 90 1/ / C / / /16 2-1/ C /8 90 1/ /8 2-1/ C /2 90 5/ / C *Diameter measured over radii (not to theoretical sharp corner) RECOMMENDED O-RING DOVETAIL MILLING TECHNIQUES (To Accompany O-Ring Dovetails on Pages ) With Drop Hole Provision (1) Mill Slot with Slightly Undersized end mill. See O-Ring Slotting Endmills. (2) Plunge drop hole off-center to full axial groove depth. (3) Enter Slot with Dovetail Cutter utilizing drop hole. Make a minimum of 3 passes at full axial depth of cut. First pass should be made at center of slot. On remaining 2 passes step over radially to each side of center to bring groove to finished width. Make additional passes for improved finish as necessary. (4) Use large diameter of cutter to calculate speed; use smaller neck diameter to determine chip load (and calculate feed) (5) Utilize climb milling when possible. (6) Use coolant to flush chips from semi enclosed profile. (7) Dovetail cutter will mill both top and bottom radius on workpiece (Corner Rounding End Mill is not required). (1) Mill Slot (2) Plunge Off-Center Drop Hole (3) Mill on Center (1st Pass) (4) Mill to Side (2nd Pass) (5) Mill Other Side (3rd Pass) Without Drop Hole Provision (1) Mill Slot with Slightly Undersized end mill. See O-Ring Slotting Endmills. (2) Insert Dovetail Cutter into slot at full axial depth. Make numerous passes with descending radial stepover (10+ passes per side may be required). Please note: Extreme care must be taken in running these fragile tools. Each successive stepover will increase tool engagement, requiring descending radial stepover. Dovetail form is extremely weak at the small neck diameter. Neck strength is further reduced by flute run-out through neck. Torque generated on the larger head diameter is multiplied as it is transferred to neck of the tool. (3) Use large diameter of cutter to calculate speed; use smaller neck diameter to determine chip load (and calculate feed) (4) Utilize climb milling when possible. (5) Use coolant to flush chips from semi enclosed profile. (6) Utilize corner rounding end mill to mill top radius on workpiece. See table for recommended corner rounding end mill. (1) Mill Slot (2) Insert Cutter to Depth (3) Multiple Descending Radial Passes (4) Multiple Descending Radial Passes (5) Radius Corner FAX:

96 Dovetail Cutters O-Ring Dovetail Cutters L D 2 2 DESIGNED TO PARKER HANNIFIN O-RING STANDARDS 48 Dovetails With Drop Hole Provision Designed to the Standards Suggested by the O-Ring Division of Parker Hannifin Corporation (ORD 5700/USA, ORD 5700) Designed for Milling Full Dovetail Grooves with Drop Hole Access Undersized Cutter Design Allows Climb Milling Both Faces of Groove for Improved Finish Mills Both Top and Bottom Radii 24 Per Side, 48 Included 2 Straight Flutes Center Cutting Solid Micro Grain Carbide R 1 R 2 L 4 G O-RING X-SECTION * GLAND DEPTH CORNER RADIUS NECK * NECK RADIUS RADIUS CENTER OAL D G R R L D 2 TOOL # PRICE TOOL # PRICE /8 1-1/ C /8 1-1/ C NEW! / C / C /16 2-1/ C /8 2-1/ C / C * Diameter measured over radii (not to theoretical sharp corner). Meets ORD 5700/USA Spec. Meets ORD 5700 Spec. All other tools meet BOTH specifications O-Ring Slotting End Mills Ideal for Slotting O-Ring Dovetail Grooves! D 2 L2 R NEW! Optimized for O-Ring Grooves Diameters Designed to Gland Width Opening Stub Flute Length for Improved Strength Corner Radius to Match Parker Hannifin Standard High Helix, Varied Index for Improved Performance 3 Flutes Center Cutting Solid Micro Grain Carbide CORNER RADIUS R D 2 L1 TOOL # PRICE TOOL # PRICE /8 1-1/ C NEW! /8 1-1/ C NEW! /8 1-1/ C NEW! R D 2 L1 TOOL # PRICE TOOL # PRICE / C NEW! /4 2-1/ C NEW! /8 2-1/ C NEW! Please See Page 95 for Recommended Dovetail Milling Techniques. TM 96

97 Dovetail Cutters O-Ring Dovetail Cutters L D Dovetails Without Drop Hole Provision Designed to the Standards Suggested by the O-Ring Division of Parker Hannifin Corporation (Tools Meet Both Specs: ORD 5700/ USA, ORD 5700) Designed for Milling Half Dovetails or Full Dovetails with No Drop Hole Access Mills Bottom Radius Only 24 Per Side, 48 Included 2 Straight Flutes Center Cutting Solid Micro Grain Carbide R 1 R 1 O-RING X-SECTION * CORNER RADIUS NECK ** OAL D L2 R D2 L1 TOOL # PRICE TOOL # PRICE /8 1-1/ C /8 1-1/ C /8 1-1/ C / C / C /8 2-1/ C * Diameter measured over radii (not to theoretical sharp corner) ** Diameter at Length of Cut O-Ring Corner Rounding End Mills For Creating Radius on Top Part of O-Ring Dovetail Groove D 2 Radius Matches Parker Hannifin Standard Double Ended Flares are Tangent to Radius. Design Ensures Smooth, Blended Form on Part 2 Flutes Depth of Cut = Radius plus.005 Micro Grain Carbide O-RING X-SECTION RADIUS PILOT R D 2 L1 TOOL # PRICE TOOL # PRICE /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C R Flares At Shoulder and Pilot to Avoid Steps in Workpiece Please See Page 95 for Recommended Dovetail Milling Techniques FAX:

98 Engraving Cutters 2 Flute Marking Cutters D 2 DESIGNED FOR MARKING HARD TO MACHINE PARTS Designed for Milling Legible Part Numbers Where Fine Detail of Character is Not Necessary Burr Free 2 Flute Cutting Design Has Improved Strength Over Single Point Engravers Produces Flat in Bottom of Groove Eccentric Relief Improves Durability Over Half Round Style Engravers Requires Less RPM than Half Round Engravers Micro Grain Carbide 30 Included 60 Included 90 Included 120 Included INCLUDED ANGLE +1-1 INCLUDED ANGLE +1-1 INCLUDED ANGLE +1-1 INCLUDED ANGLE WEB THICKNESS WEB THICKNESS +1-1 WEB THICKNESS WEB THICKNESS AMORPHOUS DIAMOND D 2 A W 2 FL PRICE 2 FL PRICE 2 FL PRICE 1/ / C C / / C AMORPHOUS DIAMOND D 2 A W 2 FL PRICE 2 FL PRICE 2 FL PRICE 1/ / C C / / C / C C / / C C / C C / / C C D 2 A W 2 FL PRICE 2 FL PRICE 1/ / C / C / / C A Eccentric Relief with Web at Center D 2 A W 2 FL PRICE 2 FL PRICE 1/ / C / C / / C W Produces Flat in Bottom of Groove TM 98

99 Engraving Cutters Pointed D 2 L3 A Ground to a Point Half Round Drill Style Relieved for Right Hand Milling Micro Grain Carbide WORKPIECE 30 Included INCLUDED ANGLE SPLIT D 2 A L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / / C / /2 2-1/ C Included INCLUDED ANGLE SPLIT D 2 A L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / / C / /8 2-1/ C Included Also in Long Length! INCLUDED ANGLE SPLIT AMORPHOUS DIAMOND D 2 A L 3 TOOL # PRICE TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C C / /8 4 LONG! / / C C / /8 4 LONG! / /8 2-1/ C C / /8 6 LONG! Included INCLUDED ANGLE Also in Long Length! SPLIT AMORPHOUS DIAMOND D 2 A L 3 TOOL # PRICE TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C C / /8 4 LONG! / / C C / /8 4 LONG! / /8 2-1/ C C / /8 6 LONG! FAX:

100 Engraving Cutters Tipped Off D 2 L3 L2 A F Tipped Off End Diameter for Improved Cutting Flat (F) is Flat Generated in Workpiece Half Round Drill Style Relieved for Right Hand Milling Micro Grain Carbide 30 Included INCLUDED ANGLE FLAT ON PART SPLIT D 2 A F L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / / C / /2 2-1/ C Included INCLUDED ANGLE FLAT ON PART SPLIT D 2 A F L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / / C / /8 2-1/ C Included 90 Included INCLUDED ANGLE INCLUDED ANGLE FLAT ON PART FLAT ON PART SPLIT SPLIT WORKPIECE D2 A F L2 L3 L1 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / /8 1-1/ C / / C / / C / / C / / C / /8 2-1/ C / /8 2-1/ C / /8 2-1/ C / /8 2-1/ C D 2 A F L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / / C / /8 2-1/ C TM 100

101 Engraving Cutters Tip Radius D 2 L3 L2 R A R WORKPIECE Radius on Tip Creates Radius in Bottom of Groove and Improves Strength Half Round Drill Style Relieved for Right Hand Milling Micro Grain Carbide NOW AlTiN COATED! 30 Included INCLUDED ANGLE TIP RADIUS SPLIT D 2 A R L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / /8 1-1/ C / /8 1-1/ C Included INCLUDED ANGLE TIP RADIUS SPLIT D 2 A R L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / /8 1-1/ C / /8 1-1/ C Included INCLUDED ANGLE TIP RADIUS SPLIT D 2 A R L 3 TOOL # PRICE TOOL # PRICE 1/ /8 1-1/ C / /8 1-1/ C / /8 1-1/ C HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state FAX:

102 Corner Rounding End Mills Flared - 2 Flute New Sizes! Flares At Shoulder 5 and Pilot to Avoid R Steps in Workpiece D 2 Small Pilot Diameter Design for Miniature Holes and Narrow Slots Double Ended Flares are Tangent to Radius (Flare is Blended to Radius to Ensure Smooth Form) 2 Flutes End Cutting Axial Depth of Cut = Radius Plus.005 Micro Grain Carbide Multiple Pilot Diameters WORKPIECE Small Pilot for Narrow Slots and Holes Small Pilot Allows Milling of Tight Inside Corners RADIUS PILOT R D 2 2 FL PRICE 2 FL PRICE /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C (1/64).020 1/8 1-1/ C (1/64).046 1/8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C /8 1-1/ C FOR LARGER SIZES, PLEASE SEE NEXT PAGE TM 102

103 Corner Rounding End Mills Flared - 2 Flute CONTINUED FROM PREVIOUS PAGE New Sizes! RADIUS PILOT R D 2 2 FL PRICE 2 FL PRICE (1/32).020 1/8 1-1/ C (1/32).046 1/8 1-1/ C /8 1-1/ C /8 1-1/ C (1mm).046 1/8 1-1/ C (1mm).100 3/ C / C (3/64).046 3/ C (3/64).125 1/ C / C / C / C / C / C (1/16).046 3/ C (1/16).125 1/ C / C (5/64).046 1/ C / C (3/32).045 1/ C / C (3mm).058 5/16 2-1/ C (1/8).058 5/16 2-1/ C (5/32).058 3/8 2-1/ C (3/16).058 7/16 2-1/ C (1/4).107 5/8 3-1/ C SEE LARGER RADII ON PAGE Flute Flared Page 102 Check Out All Our Corner Rounding Styles: 2 Flute Page Flute Flared Page Flute Page 109 Large Radius Page 105 Back Page 110 Long Reach Page 106 Long Series Page 107 All In Stock For Same Day Shipping! FAX:

104 Corner Rounding End Mills 2 Flute D 2 Small Pilot Diameter Design for Miniature Holes and Narrow Slots Double Ended 2 Flutes End Cutting Axial Depth of Cut = Radius Plus.005 Micro Grain Carbide.005 Small Pilot + for Narrow Slots and Holes WORKPIECE R Small Pilot Allows Milling of Tight Inside Corners RADIUS PILOT OAL TiN COATED AMORPHOUS DIAMOND R D 2 2 FL PRICE 2 FL PRICE 2 FL PRICE 2 FL PRICE /8 1-1/ C C C /8 1-1/ C C /8 1-1/ C C C /8 1-1/ C C (1/64).047 1/8 1-1/ C C C /8 1-1/ C C /8 1-1/ C C C /8 1-1/ C C /8 1-1/ C C C /8 1-1/ C C /8 1-1/ C C C (1/32).047 1/8 1-1/ C C C /8 1-1/ C C /8 1-1/ C C (1mm).047 1/8 1-1/ C C C / C C (3/64).047 3/ C C C / C C C / C C / C C C (1/16).047 3/ C C C / C C / C C (5/64).047 1/ C C C / C C (3/32).047 1/ C C C / C C C /16 2-1/ C C (7/64).060 5/16 2-1/ C C (3mm).060 5/16 2-1/ C C C FOR LARGER SIZES PLEASE SEE NEXT PAGE TM 104

105 Corner Rounding End Mills 2 Flute CONTINUED FROM PREVIOUS PAGE RADIUS PILOT OAL TiN COATED AMORPHOUS DIAMOND R D 2 2 FL PRICE 2 FL PRICE 2 FL PRICE 2 FL PRICE (1/8).060 5/16 2-1/ C C C (9/64).060 3/8 2-1/ C C (5/32).060 3/8 2-1/ C C (11/64).060 7/16 2-1/ C C (3/16).060 7/16 2-1/ C C (5mm).060 1/ C C (7/32).060 1/ C C (6mm).110 5/8 3-1/ C C (1/4).110 5/8 3-1/ C C (5/16) C C (3/8) C C Corner Rounding End Mills Large Radius D 2 D 3 + R Carbide Tipped - Cutting on Radius Only 5 Flares Tangent to Radius at Neck and Shoulder to Avoid Steps 3 Flutes Weldon Flat RADIUS PILOT HEAD R D 3 D 2 3 FL PRICE 1/4 13/32 1 3/4 3-1/ /16 13/32 1-1/8 7/8 3-1/ /8 13/32 1-1/4 7/8 3-3/ /16 13/32 1-3/ /2 13/32 1-1/ /8 21/ /4 4-1/ FAX:

106 Corner Rounding End Mills Long Reach Miniature Corner Rounding End Mills Reduced Neck Diameter for Additional Clearance! L L NEW! D 3 R Reduced Diameter for Clearance Along Walls and in Small Features Small Pilot Design for Miniature Holes, Narrow Slots and Small Inside Corners Flares are Tangent to Radius (Flare is Blended to Radius to Ensure Smooth Form) 2 Flutes Axial Depth of Cut = Radius Plus.005 Micro Grain Carbide RADIUS PILOT NECK NECK R D 3 L 3 D 2 TOOL # PRICE /8 1-1/ NEW!.375 1/8 1-1/ NEW!.250 1/8 1-1/ NEW!.375 1/8 1-1/ NEW!.500 1/8 1-1/ NEW!.750 1/ NEW!.750 1/ NEW! / NEW!.250 1/8 1-1/ NEW!.375 1/8 1-1/ NEW!.250 1/8 1-1/ NEW!.375 1/8 1-1/ NEW!.500 1/8 1-1/ NEW!.750 1/ NEW!.750 1/ NEW! / NEW!.500 1/8 1-1/ NEW!.750 1/ NEW!.750 1/ NEW! / NEW!.500 1/8 1-1/ NEW!.750 1/ NEW!.750 1/ NEW! / NEW!.750 1/ NEW! / NEW!.750 1/ NEW! / NEW! TM 106

107 Corner Rounding End Mills Long Series D Steps in Workpiece Long Length for Deep Pocket Milling Small Pilot Diameter for Small Holes and Narrow Slots Double Ended Flares are Tangent to Radius (Flare is Blended to Radius to Ensure Smooth Form) 2 Flutes End Cutting Depth of Cut = Radius Plus.005 Micro Grain Carbide R 5 Flares At Shoulder and Pilot to Avoid RADIUS PILOT R D 2 2 FL PRICE / (1/64).046 3/ / / / (1/32).046 3/ (1mm).046 3/ (3/64).046 3/ / (1/16).046 1/ (5/64).046 1/ (3/32).045 5/ (1/8).058 3/ CUSTOM TOOL ORDERS: Along with our standard tool offerings, Harvey Tool has the capability to provide custom tools. Our custom tool orders are typically a variation of our standard tooling. Line drawings are available on our website: Simply fill one out and fax it to us at We will provide you with assistance in designing your custom tool, and then you purchase the tool through your local distributor FAX:

108 Corner Rounding End Mills Flared - 4 Flute D 2 Large Pilot Diameter Design has Increased Strength and Requires Less Speed Double Ended Flares are Tangent to Radius (Flare is Blended to Radius to Ensure Smooth Form) 4 Flutes End Cutting Axial Depth of Cut = Radius Plus.005 Micro Grain Carbide R 5 Flares At Shoulder and Pilot to Avoid Steps in Workpiece WORKPIECE Large Pilot for Profiling RADIUS PILOT R D 2 4 FL PRICE 4 FL PRICE /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/64).249 3/8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/32).249 3/8 2-1/ C /8 2-1/ C /8 2-1/ C (1mm).249 3/8 2-1/ C /8 2-1/ C (3/64).249 3/8 2-1/ C /8 2-1/ C / C (1/16).249 1/ C / C (5/64).249 1/ C / C (3/32).248 1/ C / C (3mm).248 1/ C (1/8).248 5/8 3-1/ C (5/32).248 5/8 3-1/ C (3/16).248 5/8 3-1/ C (1/4).247 3/ C TM 108

109 Corner Rounding End Mills 4 Flute D 2 R Large Pilot Diameter Design has Increased Strength and Requires Less Speed Double Ended 4 Flutes End Cutting Axial Depth of Cut = Radius Plus.005 Micro Grain Carbide RADIUS PILOT WORKPIECE Large Pilot for Profiling R D 2 4 FL PRICE 4 FL PRICE /8 2-1/ C (1/64).250 3/8 2-1/ C /8 2-1/ C /8 2-1/ C /8 2-1/ C (1/32).250 3/8 2-1/ C (1mm).250 3/8 2-1/ C (3/64).250 3/8 2-1/ C /8 2-1/ C / C (1/16).250 1/ C (5/64).250 1/ C (3/32).250 1/ C (3mm).250 1/ C (1/8).250 5/8 3-1/ C (5/32).250 5/8 3-1/ C (3/16).250 5/8 3-1/ C (1/4).250 3/ C HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state FAX:

110 Corner Rounding End Mills Back Corner Rounding End Mills D 2 L 3 + C 5 Flares At Shoulder and Pilot to Avoid R Steps in Workpiece Designed to Mill Radius on Back Side of Workpiece 5 Flares at Neck and Shoulder to Avoid Steps Flares are Tangent to Radius (Flare is Blended to Radius to Ensure Smooth Form) Cutting on Radius and Flares Only Micro Grain Carbide RADIUS HEAD NECK NECK RADIUS CENTER FLUTES R L 3 C * D 2 TOOL # PRICE / / (1/64) 3/ / / / / / / / (1/32) 3/ / (1mm) 1/ /4 2-1/ (3/64) 1/ /4 2-1/ / /4 2-1/ / /16 2-1/ (1/16) 5/ /16 2-1/ (5/64) 3/ /8 2-1/ (3/32) 3/ /8 2-1/ (3mm) 1/ / M (1/8) 1/ / (3/16) 5/ /8 3-1/ * Radius center is in same plane as cutter OD (radial component of radius center = D1/2, see above drawing) HOW TO FIND YOUR LOCAL DISTRIBUTOR: Harvey Tool maintains a large network of authorized distributors throughout the U.S. and Canada. The distributors are cutting tool specialists available to help you with your tooling needs. If your local distributor does not have our product on the shelf, we can drop ship the tools to you with same day shipping. Visit us at Enter your zip code to find a distributor within 50 miles of your location or use the map and click on your state. TM 110

111 Thread Milling Cutters Single Form L 3 New Sizes! D 2 60 Standard Long Reach Single Thread Form Can Mill Any Pitch (Including Metric Sizes) Cuts Internal and External 60 Threads Mills Right Hand and Left Hand Threads Solid Micro Grain Carbide THREAD SIZE NECK MAX DEPTH OF THREAD FLUTES L3 D 2 TOOL # PRICE TOOL # PRICE /32 2 1/8 1-1/ C /8 2 1/8 1-1/ C NEW! /8 2 1/8 1-1/ C /16 2 1/8 1-1/ C NEW! /32 2 1/8 1-1/ C /32 2 1/8 1-1/ C NEW! /32 2 1/8 1-1/ C /4 2 1/8 1-1/ C NEW! /8 2 3/ C /4 2 3/ C /8 2 3/ C NEW! /4 4 3/ C /8 4 3/ C /2 4 3/ C NEW! /16 4 1/4 2-1/ C /2 4 1/4 2-1/ C /8 4 1/4 2-1/ C NEW! /16 4 1/4 2-1/ C /2 4 1/4 2-1/ C /8 4 1/4 2-1/ C NEW! 1/ /2 4 1/4 2-1/ C / /4 4 1/4 2-1/ C / /4 2-1/ C NEW! 5/ /2 4 1/4 2-1/ C / /4 4 1/4 2-1/ C / /4 2-1/ C NEW! 3/ /4 4 3/8 2-1/ C / /8 2-1/ C / /4 4 3/8 2-1/ C NEW! 1/ /4 4 1/ C / /4 4 1/ C / / C / /8 6 1/ C FAX:

112 Thread Milling Cutters Multiple Thread D 2 60 Cuts Internal and External 60 Threads Helical Flutes Mills Right Hand and Left Hand Threads Micro Grain Carbide THREAD SIZE FLUTES N.P.T. (National Pipe Taper Threads) D 2 TOOL # PRICE TOOL # PRICE / C / C / C / C / C / C / /16 2-1/ C / /16 2-1/ C / /4 2-1/ C / /4 2-1/ C / / C / / C / / C / /8 3-1/ C / /8 3-1/ C / /8 3-1/ C / /2 3-1/ C / /2 3-1/ C / /2 3-1/ C / /2 3-1/ C / /2 3-1/ C THREAD SIZE FLUTES D 2 TOOL # PRICE TOOL # PRICE 1/16, 1/ * /4 2-1/ C /4, 3/ * / C /2, 3/ * /2 3-1/ C , * / C * MAJOR TM 112

113 Thread Milling Cutters Metric Multiple Thread D 2 Cuts Internal and External 60 Threads Helical Flutes Fractional Shanks Mills Right Hand and Left Hand Threads Micro Grain Carbide THREAD SIZE FLUTES Coolant Through Multiple Thread D 2 TOOL # PRICE TOOL # PRICE M / C M /16 2-1/ C M /4 2-1/ C M / C M /8 3-1/ C M /8 3-1/ C M /2 3-1/ C M /2 3-1/ C M /2 3-1/ C Coolant Through Thread Mills 60 D 2 60 Coolant Fed for Chip Removal Designed for Maximum Chip Ejection in Blind Holes Coolant Through Helical Flutes Mills Right Hand and Left Hand 60 Threads Micro Grain Carbide THREAD SIZE FLUTES D 2 TOOL # PRICE TOOL # PRICE /16 2-3/ C / /16 2-3/ C / /16 2-3/ C / /4 2-3/ C / /4 2-3/ C / / C / / C / / C / / C / / C FAX:

114 Series ID Pg C C4 41 INDEX BY SERIES ID Series ID Pg Series ID Pg Series ID Pg C C C C C C C C C C C C C C C C C C C C C Series ID Pg C C C C C C C C C C C C C C C C C C C C C C

115 Series ID Pg C C C6 18 INDEX BY SERIES ID (Continued) Series ID Pg C C C Series ID Pg Series ID Pg Series ID Pg C C C C C C C C C C C C C C C C3 17 Same day shipping on everything?!

116 Your Specials Are Our Standards TM Announcing the largest and smallest selection of miniature variable helix end mills! Our miniature variable helix end mill offering has the largest array of profiles and combinations of overall length and length of cut available in the industry. We are also proud to introduce the industry s smallest variable helix. Variable Helix Down to.015 IN STOCK! NEW! Stub Flute NEW! Long Flute NEW! Stub Flute, Long Reach NEW! Stub Flute, Long Reach Ball 3 Material-Specific Designs Optimized For: Aluminum & Aluminum Alloys Medium Alloy Steels Exotic Alloys & Aerospace Materials Check out our miniature variable helix end mills on pages *Ask about our guaranteed test tool program. TM Distributed By: Harvey Tool Company, LLC 319 Newburyport Turnpike Rowley, MA Fax sales@harveytool.com Copyright 2010 by Harvey Tool Company, LLC. All Rights Reserved. No part of this publication may be reproduced in any form or by any means without permission in writing from Harvey Tool Company, LLC. Printed in the United States. Find Your Local Distributor at 116