METUT METUT... Hole Making and Hole Finishing Tool Specialists METUT has been a manufacturer of high quality cutting tools for more than 0 years, and during that time has earned a reputation for innovative designs in standard as well as special tooling. We take pride in our application engineering expertise and our ability to design special cutters to help our customers meet their production requirements. few examples of our special tool capabilities are illustrated on the pages through. Integrated esign and Production t METUT, we make extensive use of the most advanced /M technology for tool design and part programming. ertified Quality and On-Time elivery Our quality program has been approved and certified by several major manufacturers. MET- UT is committed to customer service and satisfaction. all us toll free with your next inquiry: 888--8 or fax us your orders: 8--00 Quotations: Phone: 888--70, ext. Fax: 888-- Indexable rills 7 Positive Rake rills with Trochoid Inserts. 8. x, Series 7.... 8. x, Series 7 Metric.... 9. x, Series 7.... 0. x, Series 7 Metric..... x, Series 7..... x, Series 7 Metric..... x, Series 7..... x, Series 7 Metric.... ]] Negative Rake rills..... x, Series 7..... x, Series 70... -. x, Series 70.... - ]] ouble-feed rills, Series 77.... ] Spade lade Holders 7-9 ]] Straight, Straight Flute... 7 Straight, Helical Flute... 7-8 Taper, Straight Flute... 8-9 Taper, Helical Flute... 9 ccessories for Indexable rills.... 0 oolant Glands, Series 90.... 0 Inserts, Positive Rake, Trochoid.... 0 pplication Information.... - Reamers ustom Sharpened Reamers.... oolant Feed Reamers HSS, Series OF.... oolant Feed Reamers arbide, Series SOF, OF.. 7 hucking Reamers HSS, Series R.... 8 hucking Reamers arbide, Series SR, R.... 9 hucking oolant Feed Reamers.... 0 hucking oolant Feed Reamers HSS, Series OF...0 hucking oolant Feed Reamers arbide, Series OF.... 0 Floating Holders.... Tool Stationary, Fixed enter, Series FL.... Tool Stationary, djustable, Series OFF.... Tool Rotating, Series,,,.... - pplication Information, Specials & Reamers Questionnaire.... -8 ]NEW PROUTS ]] EXPNE LINE OFFERING See Inside ack over for Product Index by Series METUT
METUT ounterbores & ountersinks 9 ounterbores.... 0 Pin rive ounterbores HSS, Series 00.... 0 Pin rive ounterbores TT, Series 00.... Stub Taper ounterbores HSS, Series 0.... Stub Taper ounterbores TT, Series 0.... Stub Taper ounterbores Indexable, Series 770.... Radial rive ounterbores HSS, Series 0.... Radial rive ounterbores TT, Series 0.... HEX rive, Type ounterbores HSS, Series 07x...7 HEX rive,type ounterbores HSS, Series 7x.... 8 HEX rive, Type ounterbores TT, Series x...9 HEX rive, Type ounterbores Indexable,... Series 70.... 0 ]] Straight ounterbores Indexable, Series 780. ]] ounterbores for ap Screws, Series 8.... ounterbore pplication Information.... ountersinks.... Pin rive ountersinks HSS, Piloted, Series 0.... ]] Indexable ountersinks w/straight, Series... Radial rive ountersinks HSS, Piloted, Series.... Radial rive ountersinks HSS, Unpiloted, Series. ] Straight ountersinks TT, Flute, Series 79... 8 ] Straight ountersinks HSS, Flute, Series 77 8 Straight ountersink HSS, Single Flute, Series... 8 Holders for ounterbores & ountersinks.... 9 Pin rive Holders w/ Taper, Series 00.... 9 Pin rive Holders w/ Straight, Series 0.... 9 Stub Taper Holders w/ Taper, Series 0.... 0 Radial rive Holders w/ Straight, Series.... 0 Radial rive Holders w/ Taper, Series 0.... Radial rive Holders w/ Threaded, Series.... HEX rive Type Holders w/ Straight, Series 0.... HEX rive Type Holders w/ Taper, Series 00, 0.... HEX rive Type Holders w/ Straight, Series.... HEX rive Type Holders w/ Taper, Series 0, 80.... Pilots for ounterbores & ountersinks.... Long Pilots for Pin rive & Radial rive Tools, Series 00.... - Short Pilots for Stub Taper & Indexable Tools, Series 0.... Pilots for HEX rive Type ounterbores, Series 00x.... 7 Pilots for HEX rive Type ounterbores, Series 0x.... 8 ]NEW PROUTS ]] EXPNE LINE OFFERING ack Spotfacers & ack ounterbores 9 alanced rive ack Spotfacers HSS & TT, Series 0 & 0.... 70 alanced rive ack ounterbores HSS, Series.... 7 Pilots for alanced rive, Straight, Series....7 Pilots for alanced rive, Taper, Series 0.... 7 all Pin rive ack Spotfacers, Type HSS, Series x.... 7 Pilots with Straight for all Pin rive, Series 7x.... 7 Port ontour utters 7 SE J9, MS.... 7 HSS Straight, Series.... 7 HSS Taper, Series.... 7 HSS Taper w/ Extra Reamer, Series.... 77 HSS Radial rive, Series 0.... 77 TT Straight, Series.... 78 TT Taper, Series.... 78 TT Taper w/ Extra Reamer, Series.... 79 TT Radial rive, Series 0.... 79 Indexable Straight, Series 7.... 80 ] Indexable ouble Feed Porting Tool, Series 7... 8 ] ouble Feed Porting Tool w/spade lade, Series 7... 8 ISO 9-, Metric.... 8 ] HSS Straight, Series 9.... 8 TT Straight, Series 9.... 8 MS 9, NS M 0.... 8 HSS Straight, Series.... 8 TT Straight, Series.... 8 Indexable Straight, Series 8.... 8 SPP/SPF (Rp) SI S, TT, Series... 8 Port etails.... 8 Port ontour pplication Information.... 87 Pipe Tap utters, Series 8 and 87.... 88 ore rills, Spot & hamfer rills 89 Square rive ore rills HSS, Series 0.... 90 Holders for ore rills, Series 0,... 90 Screws for Square rive ore rills, Series 0.... 90 ] Spot & hamfer rills HSS & Indexable, Series 8 and 8.... 9 Technical Reference Information 9 Equivalents and onversions.... 9 rive etails.... 9-9 Metalcutting Safety.... 9 METUT
METUT Examples of Special oring Tools V Flange oring ar with Precision oring Unit V Flange artridge ar with djustable oring artridges METUT
METUT Examples of Special oring Tools arbide-tipped, Stepped Multi- oring Tool Solid arbide Head Multi- oring Tool METUT
METUT Examples of Special oring, Spotface, Trepanning & all Nose Tools ody Mount Insert Tool: ore, hamfer and Spotface HSS Trepanning Tool all Nose METUT
METUT Examples of Special Reaming Tools Type Taper Reamer HSS Reamer and hamfer Tool HSS oolant-feed Step Reamer METUT
METUT Examples of Special rilling and Port ontour utting Tools rill from Solid and hamfer Tool rill from Solid and SE Port ontour Tool SE Port ontour utter with Two Extra ore s METUT
Indexable rills eepest rilling Lowest ost per Hole METUT offers the most complete line of indexable drills, including both positive and negative rakes, double-feed drills, effective drilling depth-to-diameter ratios up to 7:, and drilling diameters as small as 0" to as large as ". leader and innovator in indexable drill technology, METUT developed and marketed the world s first truly functional indexable drills, and is still the only manufacturer of high performance, negative rake drills. Positive Rake rills METUT s helical flute design provides greater stability for deeper drilling, and larger flute openings for improved chip evacuation. Trochoid-shaped inserts have three cutting edges with superior edge strength compared to other positive rake insert designs. Positive rake drills require less horsepower than negative rake drills. They can, therefore, be used on a wider range of machine tools. lso, positive rake drills provide better chip control when drilling in some materials such as high temperature alloys. ouble Feed rills METUT double feed drills can help you decrease machining time and cut production costs. These revolutionary two effective-flute drills can help decrease machining time and cut production costs by allowing a feed rate that is double that of a conventional indexable drill. This line of indexable drills is the only one in the industry that offers :, : and 7: depth to diameter ratios. This drill can be used to core holes and drill through stacked materials. Negative Rake rills In applications where horsepower limitations and chip control are not problems, negative rake drills can offer significant cost savings. The square, titanium-coated carbide inserts have eight cutting edges, and the negative rake cutting edges are inherently stronger. Negative rake drills produce more holes per cutting edge and allow drilling at higher feed rates. Spade lade rills METUT offers a complete line of straight shank and taper shank holders in both straight and helical flute geometries. Pipe threads are provided for through and side coolant connections. METUT 7
Indexable rills Positive Rake with Trochoid-Shaped Inserts rilling epth:. x.78.0..87.788 0.8.870.98.97.988 0.0.0..87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0 7-08 7-0 7-0 7-08 7-07 7-07 7-08 7-087 7-09 7-09 7-09 7-00 7-0 7-7- 7-8 7-7- 7-7 7-7-0 7-7- 7-8 7-7 7-8 7-87 7-9 7-00 7-7- 7-7 7-0 S.000.000.000.000 L.7.7.7.7.7.7.7.7.7.7.7.7.8.8.8.8.8.........0.0.0.0 ody.7....87.000.000.000.09.88.7...98...88.87.0..8..88.000.88..9 7. 7.88 ll dimensions shown in inches. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. Effective rilling epth.0...797.87.0.88.00....8.890.99..8.8.9.90.0.9.7..88.8.000...98.0 H rc Projection.0.0.0.0.0.0.0.0.0.0.0.07.07.07.07.07.08.08.08.08.08.08.0.0.0.0.0.0..... Inserts ( Req'd) No. Prefix -87-_-_ -87-_-_ -87-_-_ -87-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ Torx Screws ( Req'd) No. 0-0 0-0 0-0 0-0 0-07 0-07 0-07 0-07 0-07 0-07 0-07 0-00 0-00 0-00 0-00 0-00 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 Torx Wrench No. 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. 8 METUT
Indexable rills in Metric rilling s Positive Rake with Trochoid Inserts Metric rilling Inch-Size s 7 mm (.7") 8 mm (.7") 0 mm (.79") mm (.8") mm (.87") mm (.9") mm (.9") mm (.98") mm (.0") 8 mm (.0") 9 mm (.") 0 mm (.8") mm (.") mm (.") mm (.0") mm (.") mm (.") 7 mm (.") 9 mm (.") 0 mm (.7") mm (.") mm (.") mm (.7") mm (.77") 7 mm (.8") 8 mm (.89") 0 mm (.97") mm (.0") mm (.09") mm (.7") mm (.0") 8 mm (.8") 9 mm (.") 0 mm (.") mm (.0") mm (.") mm (.8") 7-0 7-070 7-078 7-08 7-08 7-090 7-09 7-098 7-0 7-0 7-7-7 7-7- 7-9 7-7- 7-7- 7-7 7-7- 7-7 7-77 7-8 7-88 7-9 7-0 7-08 7-7-0 7-8 7-7- 7-0 7-7-8 S " " " " " " " " " " " " " " " " " " " ".000".000".000".000".000".000".000" " " " " " " " " " " L.7".7".7".7".7".7".7".7".8".8".8".8".8".8".".".".".".".0".0".0".0".0".0".0" " " " " " " " " " " ody mm 7 mm 7 mm 8 mm 8 mm 87 mm 90 mm 9 mm 9 mm 0 mm 0 mm 08 mm mm mm 7 mm 0 mm mm 9 mm mm 8 mm mm mm 0 mm mm 9 mm mm 8 mm 7 mm 77 mm 8 mm 8 mm 9 mm 9 mm 98 mm 0 mm 0 mm 07 mm Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. Effective rilling epth mm mm 0 mm mm mm 8 mm 0 mm mm mm 70 mm 7 mm 7 mm 78 mm 80 mm 8 mm 8 mm 90 mm 9 mm 98 mm 00 mm 0 mm 0 mm 0 mm mm 8 mm 0 mm mm 0 mm mm 8 mm 0 mm mm 8 mm 0 mm mm mm 8 mm H rc Projection.0 mm.0 mm. mm. mm. mm. mm. mm.9 mm.9 mm.9 mm.9 mm.9 mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm rilling epth:. x Inserts ( Req d) No. Prefix -87-_-_ -87-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ Torx Screws ( Req d) No. 0-0 0-0 0-07 0-07 0-07 0-07 0-07 0-00 0-00 0-00 0-00 0-00 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 Torx Wrench No. 0-0 T- 0-0 T- 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. METUT 9
Indexable rills Positive Rake with Trochoid-Shaped Inserts rilling epth:. x.0..87.788 0.8.870.97.988 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0 Tool 7-0 7-0 7-08 7-07 7-07 7-08 7-087 7-09 7-09 7-00 7-0 7-7-8 7-7- 7-7 7-7-0 7-7- 7-8 7-7 7-8 7-87 7-9 7-00 7-7- 7-7 7-0 S.000.000.000.000 L.7.7.7.7.7.7.7.7.7.7.8.8.8.8.........0.0.0.0 ody..87.000.88.87.0.88.8..8 7.0 7.7 7.88 8.000 8. 8. 8.98 9.0 9.78 9.87 0.88 0.8.8.0.88 ll dimensions shown in inches. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. Effective rilling epth.8.9.09..7..98.9.9.78.0...90.88.9 7.0 7. 7.9 7.87 8. 8.8 8.79 9.000 9. 0. 0.88 H rc Projection.0.0.0.0.0.0.0.0.0.07.07.07.07.08.08.08.08.08.08.0.0.0.0.0.0..... Inserts ( Req'd) No. Prefix -87-_-_ -87-_-_ -87-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ --_-_ --_-_ --_-_ --_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ Torx Screws ( Req'd) No. 0-0 0-0 0-0 0-07 0-07 0-07 0-07 0-07 0-07 0-00 0-00 0-00 0-00 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 Torx Wrench No. 0-0 T- 0-0 T- 0-0 T- 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. 0 METUT
Indexable rills in Metric Sizes Positive Rake with Trochoid Inserts Metric rilling Inch-Size s rilling epth:. x S L ody Effective rilling epth H rc Projection Inserts ( Req d) No. Prefix Torx Screws ( Req d) No. Torx Wrench No. 7 mm (.7") 8 mm (.7") 0 mm (.79") mm (.8") mm (.87") mm (.9") mm (.9") mm (.98") mm (.0") 8 mm (.0") 9 mm (.") 0 mm (.8") mm (.") mm (.") mm (.0") mm (.") mm (.") 7 mm (.") 9 mm (.") 0 mm (.7") mm (.") mm (.") mm (.7") mm (.77") 7 mm (.8") 8 mm (.89") 0 mm (.97") mm (.0") mm (.09") mm (.7") mm (.0") 8 mm (.8") 9 mm (.") 0 mm (.") mm (.0") mm (.") mm (.8") 7-0 7-070 7-078 7-08 7-08 7-090 7-09 7-098 7-0 7-0 7-7-7 7-7- 7-9 7-7- 7-7- 7-7 7-7- 7-7 7-77 7-8 7-88 7-9 7-0 7-08 7-7-0 7-8 7-7- 7-0 7-7-8 " " " " " " " " " " " " " " " " " " " ".000".000".000".000".000".000".000" " " " " " " " " " ".7".7".7".7".7".7".7".7".8".8".8".8".8".8".".".".".".".0".0".0".0".0".0".0" " " " " " " " " " " 99 mm 0 mm 0 mm mm 8 mm mm 8 mm mm 8 mm 8 mm mm 8 mm 7 mm 78 mm 8 mm 88 mm 98 mm 0 mm mm 8 mm mm 8 mm 8 mm mm mm 8 mm 8 mm 78 mm 8 mm 9 mm 98 mm 08 mm mm 8 mm mm 8 mm mm 77 mm 8 mm 90 mm 9 mm 99 mm 0 mm 08 mm mm 8 mm mm mm mm 0 mm mm 9 mm mm mm 7 mm 7 mm 80 mm 8 mm 89 mm 98 mm 0 mm mm mm mm mm 9 mm 8 mm mm mm mm 70 mm 7 mm 79 mm 8 mm.0 mm.0 mm. mm. mm. mm. mm. mm.9 mm.9 mm.9 mm.9 mm.9 mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm -87-_-_ -87-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ --_-_ 0-0 0-0 0-07 0-07 0-07 0-07 0-07 0-00 0-00 0-00 0-00 0-00 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-0 T- 0-0 T- 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 0-00 T-0 Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. METUT
Indexable rills in Metric and Inch Sizes Positive Rake with Trochoid-Shaped Inserts rilling epth:. x Inserts Torx Tool S L Effective H ( Req d) Screws Torx ody rilling rc No. ( Req d) Wrench ecimal Fraction Metric epth Projection Prefix No. No. 0 / 7-00.7.00.0-87-_-_ 0-0 0-0 T-.8 () 7-0.7.79.8.09-87-_-_ 0-0 0-0 T- (7) () (.0). 7/ 7-0.7.700.89.0-87-_-_ 0-0 0-0 T-. () 7-0.7.8.99.09-87-_-_ 0-0 0-0 T- (7) (9) (.0). 9/ 7-0.7.800.99.0-87-_-_ 0-0 0-0 T-.90 () 7-09.7.9.087.09-87-_-_ 0-0 0-0 T- (7) () (.0) ll dimensions shown in inches. Metric dimensions given in parentheses. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. pplication Information rilling Holes Larger Than rill with Positive Rake Indexable rills In tool-stationary applications, diameters larger than the drill size can be drilled with positive rake, trochoid drills. The outside insert must be correctly positioned on the X axis. Off-center drilling increases the radial forces. Therefore, care must be taken to insure very rigid machining conditions. rill ia. X Max. Offset M Max. Hole Size rill ia. X Max. Offset M Max. Hole Size 0..0.87 0.8.870.97 0.0.0.87 0.00.00.00.0.00.00.00.00.00.00.00.0.00.00..0.87.788.8.870.97 0.0.0.87.88.70.70.7 0..0.87 0.8.870.97.0000.0.00.70.00.00.00.00.00.00.00.00.00.00.00.00.00.00.7 0..80.87 0.8.870.97.0000.0.00.70 0 ll dimensions shown in inches. METUT
Indexable rills in Metric Sizes Positive Rake with Trochoid Inserts rilling epth:. x S L ody Effective rilling epth H rc Projection Inserts ( Req'd) No. Prefix Torx Screws ( Req'd) No. Torx Wrench No. 0.870 0.0 0.70 0.0 0.870 7-07 7-087 7-00 7-7- 7-7 7-0 7-7-7 7-87.000.000......0.0.88.8. 7.0 7.98 8 9.8 0.0.0 ll dimensions shown in inches. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth...8.88.87 7. 8.0 8.98 9. 0..0.0.07.07.08.08.08.0.0.0-0-_-_ -0-_-_ --_-_ --_-_ -7-_-_ -7-_-_ -7-_-_ -00-_-_ -00-_-_ -00-_-_ 0-07 0-07 0-00 0-00 0-8 0-8 0-8 0-8 0-8 0-8 0-07 T-7 0-07 T-7 0-08 T-8 0-08 T-8 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T- 0-0 T- 0-0 T- Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. Metric rilling Inch-Size s rilling epth:. x 0 mm (.79") mm (.8") mm (.87") mm (.9") mm (.9") mm (.98") mm (.0") 8 mm (.0") 9 mm (.") 0 mm (.8") mm (.") mm (.") mm (.0") mm (.") mm (.") 7 mm (.") 8 mm (.0") 9 mm (.") 0 mm (.7") mm (.") mm (.") mm (.9") mm (.7") mm (.77") mm (.8") 7 mm (.8") 8 mm (.89") 7-078 7-08 7-08 7-090 7-09 7-98 7-0 7-0 7-7-8 7-7- 7-9 7-7- 7-7-9 7-7-7 7-7- 7-9 7-7 7-77 7-8 7-8 7-88 S " " " " " " " " " " " " " ".000".000".000".000".000" " " " " " " " " L.".".".".".".".".".".".".".".0".0".0".0".0" " " " " " " " " ody 8 mm mm 0 mm mm mm 8 mm 7 mm 8 mm 9 mm 98 mm 0 mm 09 mm mm mm mm 0 mm mm mm 8 mm mm 70 mm 7 mm 8 mm 88 mm 9 mm 00 mm 0 mm Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. Effective rilling epth 0 mm mm mm 7 mm mm 8 mm mm mm 0 mm mm 7 mm 7 mm 8 mm 87 mm 98 mm 0 mm 09 mm mm 0 mm mm mm 7 mm mm 8 mm mm 9 mm mm H rc Projection. mm. mm. mm. mm. mm.9 mm.9 mm.9 mm.9 mm.9 mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm. mm Inserts ( Req d) No. Prefix -0-_-_ -0-_-_ -0-_-_ -0-_-_ -0-_-_ --_-_ --_-_ --_-_ --_-_ --_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -7-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ -00-_-_ Torx Screws ( Req d) No. 0-07 0-07 0-07 0-07 0-07 0-00 0-00 0-00 0-00 0-00 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 0-8 Torx Wrench No. 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-07 T-7 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-08 T-8 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T-0 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- 0-0 T- Note: See page 0 for information necessary to complete insert part numbers. Inserts must be ordered separately. METUT
Indexable rills in Metric and Inch Sizes Negative Rake with Square Inserts Two-Insert Model rilling epth:. x.0.87 0 0. 0.870.97.0000.00 0 7-0 7-08 7-0 7-00 7-0 7-07 7-087 7-09 7-000 7-0 7-00 S.000.0 L.7.87 Two-Insert Models ody.0.7.000..87.000.000 Effective rilling epth.88.78.87.0...8.90.000.7 ll dimensions shown in inches. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. H rc Projection.0.0.0.070.070.078.078.078.087.09.0 X Insert ( Req'd) No. -7- -7- -7- -00- -00- -- -- -- -- -87- -70- Four-Insert Model Locking Pin for X Insert 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 Y Insert ( Req'd) No. -7- -7- -7- -00- -00- -- -- -- -- -87- -70- Note: Inserts must be ordered separately. Locking Pin for Y Insert 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 rilling epth:. x 0.0000 7-07 7-000 S L.7.7 Four-Insert Models ody.000 Effective rilling epth. ll dimensions shown in inches. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. H rc Projection.8.9 X Insert ( Req'd) No. -7- -00- Locking Pin for X Insert 0-0 0-0 W, Y, Z Insert ( Req'd) No. -00- -00- Note: Inserts must be ordered separately. Locking Pin for W, Y, Z Inserts 0-0 0-0 rilling epth:. x 0.870.0000.00 0 70-07 70-087 70-000 70-0 70-00 S.000 L.7.7.7 7.000 7 Four-Insert Models ody 8.0 8. 9.000 9 0 Effective rilling epth.87 7.88 7 8. 8 ll dimensions shown in inches. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. H rc Projection.8.8.9.0.0 X Insert ( Req'd) No. -7- -7- -00- -00- -- Locking Pin for X Insert 0-0 0-0 0-0 0-0 0-0 W, Y, Z Insert ( Req'd) No. -00- -00- -00- -- -- Note: Inserts must be ordered separately. Locking Pin for W, Y, Z Inserts 0-0 0-0 0-0 0-0 0-0 rilling epth:. x ecimal Metric S L Four-Insert Models - Metric ody Effective rilling epth H rc Projection X Insert ( Req'd) No. Locking Pin for X Insert W, Y, Z Insert ( Req'd) No. Locking Pin for W, Y, Z Inserts.77 (8) 70-07..890 8.07.0.8-7- 0-0 -00-0-0 (0) (7) (0) () (.70).98 (7) 70-09..890 8.88.9.0-00- 0-0 -00-0-0 (0) () () (70) (.) ll dimensions shown in inches. Metric dimensions given in parenthesis. Note: Inserts must be ordered separately. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. METUT
Indexable rills Negative Rake with Square Inserts 0.8.870 *.97 *0 *.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0.0 70-007 70-008 70-0087 70-009 70-000 70-00 70-0 70-08 70-0 70-0 70-07 70-0 70-00 70-0 70-0 70-08 70-07 70-08 70-087 70-09 70-000 70-0 70-0 70-07 70-00 70-0 S.000.000.0.0 L.000.000.000.000.000.000.7.7.87.87 ody.0.87.0.7.88.7..98...88.87.0.0.8..8.000.7 7. 7 7.87 rilling epth:. x Effective rilling epth.87.8..87.000..8.99..8.8..90.0.9.7..88.8.000...98.0. H rc Projection.00.00.00.07.07.07.0.0.0.00.00.00.070.070.070.070.078.078.078.078.087.087.09.09.0.0 ll dimensions shown in inches. *These sizes have : drilling depth to diameter ratios. These sizes use Square Positive Inserts. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. ecimal Metric S L Two-Insert Model X Insert ( Req'd) No. -0- -0- -0- -- -- -- -7- -7- -7- -7- -7- -7- -00- -00- -00- -00- -- -- -- -- -- -- -87- -87- -70- -70- rilling epth:. x ody Effective rilling epth H rc Projection Locking Pin for X Insert 0-07 0-07 0-07 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 Two-Insert Models Y Insert ( Req'd) No. -0- -8- -- -- -7- -7- -7- -7- -7- -7- -7- -00- -00- -00- -00- -- -- -- -- -- -- -- -87- -87- -70- -70- Note: Inserts must be ordered separately. X Insert ( Req'd) No. Locking Pin for X Insert W, Y, Z Insert ( Req'd) No. Locking Pin for Y Insert 0-07 0-07 0-00 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 Two-Insert Models - Metric Locking Pin for W, Y, Z Inserts.787 (0) 70-0078.98.97..99.0-0- 0-07 -8-0-07 () (00) (0) (0) (.0).8 () 70-008.98.97..99.0-0- 0-07 -- 0-00 () (00) (0) (0) (.0).0 (8) 70-00.0.7..9.0-7- 0-0 -7-0-0 () (0) (8) () (.).8898 (8) 70-088.99.90.709.7.087 -- 0-0 -- 0-0 (0) (0) () (0) (.).98 (0) 70-09.99.90.90.8.087 -- 0-0 -- 0-0 (0) (0) (0) () (.).08 () 70-008.99.90.99.7.087 -- 0-0 -- 0-0 (0) (0) (0) (0) (.).8 (8) 70-08.99.90.890.8.09-87- 0-0 -87-0-0 (0) (0) (7) (0) (.).80 () 70-08..890 7.80.709.0-70- 0-0 -70-0-0 (0) (7) (90) () (.) ll dimensions shown in inches. Metric dimensions given in parentheses. Note: Inserts must be ordered separately. Note: hip disposal will be impaired if hole depth exceeds effective drilling depth. METUT
Indexable rills ouble-feed rills L H S I. ±.00 METUT WELON FLTS METUT LIST #77 S L Effective H Inserts Screws ody rilling rc ( req d) ( req d) epth Projection : epth To Ratio.8 77-08.8.8..08 H-08-HJ 0-0.88 77-08.8.0..08 H-08-HJ 0-0.8 77-08.8.0.8.08 H-08-HJ 0-0.870 77-087.8...08 H-087-HJ 0-0.97 77-09.8.7.8.09 H-09-HJ 0-0.99 77-09.8.8.9.09 H-09-HJ 0-0 0 77-00.8.87.00.09 H-00-HJ 0-00.0 77-0.8.8.9.0 H-0-HJ 0-00.0 77-0.8...0 H-0-HJ 0-00.0 77-.8..8.0 H--HJ 0-00.87 77-8.8... H-8-HJ 0-00 0 77-.8.7.7. H--HJ 0-8 77-.88..9. H--HJ 0-8.70 77-7.88.9.. H-7-HJ 0-8.7 77-.88.9.. H--HJ 0-8 0 77-0.88..0. H-0-HJ 0-8.0 77-.88.0.88. H--HJ 0-8 0 77-7.000.0.7.. H-7-HJ 0-8.870 77-87.000.0 7...7 H-87-HJ 0-8.0000 77-00.000.0 7.7.00.8 H-00-HJ 0-8 : epth To Ratio.8 77-08.8.00.0.08 H-08-HJ 0-0.88 77-08.8...08 H-08-HJ 0-0.8 77-08.8...08 H-08-HJ 0-0.870 77-087.8.9.8.08 H-087-HJ 0-0.97 77-09.8.8.9.09 H-09-HJ 0-0.99 77-09.8.7.8.09 H-09-HJ 0-0 0 77-00.8.87.00.09 H-00-HJ 0-00.0 77-0.8...0 H-0-HJ 0-00.0 77-0.8...0 H-0-HJ 0-00.0 77-.8.7..0 H--HJ 0-00.87 77-8.8.99.9. H-8-HJ 0-00 0 77-.8 7... H--HJ 0-8 77-.88 7.78.. H--HJ 0-8.70 77-7.88 8.80.88. H-7-HJ 0-8.7 77-.88 8. 7.9. H--HJ 0-8 0 77-0.88 8. 7.0. H-0-HJ 0-8.0 77-.88 9. 8.. H--HJ 0-8 0 77-7.000.0 0. 8.7. H-7-HJ 0-8.870 77-87.000.0 0.8 9.8.7 H-87-HJ 0-8.0000 77-00.000.0.7 0.00.8 H-00-HJ 0-8 7: epth To Ratio 0.8 77-708.8..9.08 H-08-HJ 0-0 0.870 77-7087.8 7.0..08 H-087-HJ 0-0 0.97 77-709.8 7...09 H-09-HJ 0-0 0 77-700.8 7.87 7.00.09 H-00-HJ 0-00.0 77-70.8 8. 7..0 H-0-HJ 0-00.0 77-7.8 8.9 7.88.0 H--HJ 0-00.87 77-78.8 9. 8.. H-8-HJ 0-00 0 77-7.8 9.7 8.7. H--HJ 0-8 77-7.88 0. 9.9. H--HJ 0-8.70 77-77.88 0.79 9.. H-7-HJ 0-8.7 77-7.88. 0.0. H--HJ 0-8 0 77-70.88. 0.0. H-0-HJ 0-8.0 77-7.88..8. H--HJ 0-8 0 77-77.000.0.7.. H-7-HJ 0-8.870 77-787.000.0...7 H-87-HJ 0-8.0000 77-700.000.0.7.00.8 H-00-HJ 0-8 Note: Inserts must be ordered separately. Torx Note: hip disposal will be impaired if hole depth exceeds effective drilling depth.
Spade lade Holders / Straight L Straight Flute S lade Maximum S L Series rill ody Pipe oolant Locating Torx Torx Range epth O..L. Tap Gland Pin Screw Wrench Straight Flute - Short Y 7SYSS.7-.7..8..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZSS.7-.0.0.7.7.7 /8 90-00 SP- 0-0 0-0 T- 0 7S0SS.-.9.0.97..7 /8 90-00 SP- 0-0 0-07 T-7 7SSS.90-.90.8.8 7..7 / 90- SP- 0-00 0-08 T-8 7SSS.9-.80.. 8.00.7 / 90-0 SP- 0-08 0-0 T- 7SSS.-.88.00 7. 9.88. / 90-7 SP- 0-8 0-00 T-0 7SSS.80-.70.0 8.7.8. / 90-7 SP- 0-8 0-00 T-0 7SSS -.07.7 9..0.000.0 / 90-0 SP- 0-0 0- T- Straight Flute - Medium Y 7SYSM.7-.7.8.0..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZSM.7-.0.0.8.7.7 /8 90-00 SP- 0-0 0-0 T- 0 7S0SM.-.9.. 7.7.7 /8 90-00 SP- 0-0 0-07 T-7 7SSM.90-.90.80.80 9.8.7 / 90- SP- 0-00 0-08 T-8 7SSM.9-.80.9 7.9 0.8.7 / 90-0 SP- 0-08 0-0 T- 7SSM.-.88 9.00..88. / 90-7 SP- 0-8 0-00 T-0 7SSM.80-.70 0.0.7.8. / 90-7 SP- 0-8 0-00 T-0 7SSM -.07.0.00 8..000.0 / 90-0 SP- 0-0 0- T- Straight Flute - Long Y 7SYSL.7-.7.0.9 7..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZSL.7-.0.0.8 7.7.7 /8 90-00 SP- 0-0 0-0 T- 0 7S0SL.-.9.87.7 9..7 /8 90-00 SP- 0-0 0-07 T-7 7SSL.90-.90.7 8.7.0.7 / 90- SP- 0-00 0-08 T-8 7SSL.9-.80 8. 0..7.7 / 90-0 SP- 0-08 0-0 T- 7SSL.-.88.7.00 8.. / 90-7 SP- 0-8 0-00 T-0 7SSL.80-.70. 8.87.0. / 90-7 SP- 0-8 0-00 T-0 7SSL -.07 8. 0.7.00.000.0 / 90-0 SP- 0-0 0- T- Straight Flutes - Extended Y 7SYSE.7-.7.8. 8..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZSE.7-.0.8. 8..7 /8 90-00 SP- 0-0 0-0 T- 0 7S0SE.-.9 7.80 9.80.7.7 /8 90-00 SP- 0-0 0-07 T-7 7SSE.90-.90 0.7.7..7 / 90- SP- 0-00 0-08 T-8 7SSE.9-.80.8.8.8.7 / 90-0 SP- 0-08 0-0 T- L Helical Flute S lade Maximum S L rill ody Pipe oolant Locating Torx Torx Series Range epth OL Tap Gland Pin Screw Wrench Helical Flute - Short Y 7HYSS.7-.7..8..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZSS.7-.0.0.7.7.7 /8 90-00 SP- 0-0 0-0 T- 0 7H0SS.-.9.0.97..7 /8 90-00 SP- 0-0 0-07 T-7 7HSS.90-.90.8.8 7..7 / 90- SP- 0-00 0-08 T-8 7HSS.9-.80.. 8.00.7 / 90-0 SP- 0-08 0-0 T- 7HSS.-.88.00 7. 9.88. / 90-7 SP- 0-8 0-00 T-0 7HSS.80-.70.0 8.7.8. / 90-7 SP- 0-8 0-00 T-0 METUT 7
Spade lade Holders / Straight Helical Flute continued lade Maximum S L rill ody Pipe oolant Locating Torx Torx Series Range epth OL Tap Gland Pin Screw Wrench Helical Flute - Medium Y 7HYSM.7-.7.8.0..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZSM.7-.0.0.8.7.7 /8 90-00 SP- 0-0 0-0 T- 0 7H0SM.-.9.. 7.7.7 /8 90-00 SP- 0-0 0-07 T-7 7HSM.90-.90.80.80 9.8.7 / 90- SP- 0-00 0-08 T-8 7HSM.9-.80.9 7.9 0.8.7 / 90-0 SP- 0-08 0-0 T- 7HSM.-.88 9.00..88. / 90-7 SP- 0-8 0-00 T-0 7HSM.80-.70 0.0.7.8. / 90-7 SP- 0-8 0-00 T-0 7HSM -.07.0.00 8..000.0 / 90-0 SP- 0-0 0- T- Helical Flute - Long Y 7HYSL.7-.7.0.9 7..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZSL.7-.0.0.8 7.7.7 /8 90-00 SP- 0-0 0-0 T- 0 7H0SL.-.9.87.7 9..7 /8 90-00 SP- 0-0 0-07 T-7 7HSL.90-.90.7 8.7.0.7 / 90- SP- 0-00 0-08 T-8 7HSL.9-.80 8. 0..7.7 / 90-0 SP- 0-08 0-0 T- 7HSL.-.88.7.00 8.. / 90-7 SP- 0-8 0-00 T-0 7HSL.80-.70. 8.87.0. / 90-7 SP- 0-8 0-00 T-0 7HSL -.07 8. 0.7.00.000.0 / 90-0 SP- 0-0 0- T- Helical Flute - Extended Y 7HYSE.7-.7.8. 8..7 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZSE.7-.0.8. 8..7 /8 90-00 SP- 0-0 0-0 T- 0 7H0SE.-.9 7.80 9.80.7.7 /8 90-00 SP- 0-0 0-07 T-7 7HSE.90-.90 0.7.7..7 / 90- SP- 0-00 0-08 T-8 7HSE.9-.80.8.8.8.7 / 90-0 SP- 0-08 0-0 T- Spade lade Holders / Taper Straight Flute M lade Maximum M rill Gage Morse Pipe oolant Locating Torx Torx Series Range epth OL Taper Tap Gland Pin Screw Wrench Straight Flute - Short Y 7SYTS.7-.7..7. /8 90-00 SP- 0-0 0-07 T-7 Z 7SZTS.7-.0.0..0 /8 90-00 SP- 0-0 0-0 T- 0 7S0TS.-.9.0. 7.0 /8 90-00 SP- 0-0 0-07 T-7 7STS.90-.90.8.0 8.7 / 90- SP- 0-00 0-08 T-8 7STS.9-.80..7 9. / 90-0 SP- 0-08 0-0 T- 7STS.-.88.00 7.0. / 90-7 SP- 0-8 0-00 T-0 7STS.80-.70.0 9.00. / 90-7 SP- 0-8 0-00 T-0 7STS -.07.7 9.0.8 / 90-0 SP- 0-0 0- T- Straight Flute - Medium Y 7SYTM.7-.7.8. 7.9 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZTM.7-.0.0. 7.0 /8 90-00 SP- 0-0 0-0 T- 0 7S0TM.-.9.. 8. /8 90-00 SP- 0-0 0-07 T-7 7STM.90-.90.80.99 0.8 / 90- SP- 0-00 0-08 T-8 7STM.9-.80.9 8..8 / 90-0 SP- 0-08 0-0 T- 7STM.-.88 9.00.0. / 90-7 SP- 0-8 0-00 T-0 7STM.80-.70 0.0.00 7. / 90-7 SP- 0-8 0-00 T-0 7STM -.07.. / 90-0 SP- 0-0 0- T- 8 METUT
Spade lade Holders / Taper Straight Flute continued lade Maximum M rill Gage Morse Pipe oolant Locating Torx Torx Series Range epth OL Taper Tap Gland Pin Screw Wrench Straight Flute - Long Y 7SYTL.7-.7.0. 8.07 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZTL.7-.0.0.7 8. /8 90-00 SP- 0-0 0-0 T- 0 7S0TL.-.9.87.9 9.88 /8 90-00 SP- 0-0 0-07 T-7 7STL.90-.90.7 8.9.0 / 90- SP- 0-00 0-08 T-8 7STL.9-.80 8. 0.0.9 / 90-0 SP- 0-08 0-0 T- 7STL.-.88.7. 0.88 / 90-7 SP- 0-8 0-00 T-0 7STL.80-.70. 9..7 / 90-7 SP- 0-8 0-00 T-0 7STL -.07 8..00.88 / 90-0 SP- 0-0 0- T- Straight Flutes - Extended Y 7SYTE.7-.7.8. 9.8 /8 90-00 SP- 0-0 0-07 T-7 Z 7SZTE.7-.0.8. 9.8 /8 90-00 SP- 0-0 0-0 T- 0 7S0TE.-.9 7.80 0.00.9 /8 90-00 SP- 0-0 0-07 T-7 7STE.90-.90 0.7.9. / 90- SP- 0-00 0-08 T-8 7STE.9-.80.8.7 7. / 90-0 SP- 0-08 0-0 T- Helical Flute M lade Effective M Flute Gage Morse Pipe oolant Locating Torx Torx Series Range OL Taper Tap Gland Pin Screw Wrench Helical Flute - Short Y 7HYTS.7-.7..7. /8 90-00 SP- 0-0 0-07 T-7 Z 7HZTS.7-.0.0..0 /8 90-00 SP- 0-0 0-0 T- 0 7H0TS.-.9.0. 7.0 /8 90-00 SP- 0-0 0-07 T-7 7HTS.90-.90.8.0 8.7 / 90- SP- 0-00 0-08 T-8 7HTS.9-.80..7 9. / 90-0 SP- 0-08 0-0 T- 7HTS.-.88.00 7.0. / 90-7 SP- 0-8 0-00 T-0 7HTS.80-.70.0 9.00. / 90-7 SP- 0-8 0-00 T-0 Helical Flute - Medium Y 7HYTM.7-.7.8. 7.9 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZTM.7-.0.0. 7.0 /8 90-00 SP- 0-0 0-0 T- 0 7H0TM.-.9.. 8. /8 90-00 SP- 0-0 0-07 T-7 7HTM.90-.90.80.99 0.8 / 90- SP- 0-00 0-08 T-8 7HTM.9-.80.9 8..8 / 90-0 SP- 0-08 0-0 T- 7HTM.-.88 9.00.0. / 90-7 SP- 0-8 0-00 T-0 7HTM.80-.70 0.0.00 7. / 90-7 SP- 0-8 0-00 T-0 7HTM -.07.. / 90-0 SP- 0-0 0- T- Helical Flute - Long Y 7HYTL.7-.7.0. 8.07 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZTL.7-.0.0.7 8. /8 90-00 SP- 0-0 0-0 T- 0 7H0TL.-.9.87.9 9.88 /8 90-00 SP- 0-0 0-07 T-7 7HTL.90-.90.7 8.9.0 / 90- SP- 0-00 0-08 T-8 7HTL.9-.80 8. 0..9 / 90-0 SP- 0-08 0-0 T- 7HTL.-.88.7. 0.88 / 90-7 SP- 0-8 0-00 T-0 7HTL.80-.70. 9..7 / 90-7 SP- 0-8 0-00 T-0 7HTL -.07 8..00.88 / 90-0 SP- 0-0 0- T- Helical Flutes - Extended Y 7HYTE.7-.7.8. 9.8 /8 90-00 SP- 0-0 0-07 T-7 Z 7HZTE.7-.0.8. 9.8 /8 90-00 SP- 0-0 0-0 T- 0 7H0TE.-.9 7.80 0.00.9 /8 90-00 SP- 0-0 0-07 T-7 7HTE.90-.90 0.7.9. / 90- SP- 0-00 0-08 T-8 7HTE.9-.80.8.7 7. / 90-0 SP- 0-08 0-0 T- METUT 9
Rotating Tool Holders & oolant Glands oolant Glands for rill Rotating pplications esigned for use with negative rake drills and Spade lade Holders, these coolant collars feed coolant to the cutting edges PIPE TP I. O..L. Inserts for Indexable rills Positive Rake, Trochoid Inserts I.. Groove hipbreaker Insert I.. - _ - _ - _ I.. Inscribed ircle imple hipbreaker Insert hipbreaker Style impled hipbreaker very effective in softer materials where chip control is difficult. Groove hipbreaker very rugged and well suited for demanding conditions in a wide variety of steels, high temp alloys and titanium alloys. H Hi-Positive hipbreaker high positive groove geometry provides good chip control and significantly reduced cutting forces. Trochoid rill Inserts of the drill to increase drilling efficiency and extend tool life. Select a coolant gland with I.. to fit drill shank diameter S. 90-00 90-90-0 90-7 90-00 90-90-0 90-7 90-00.000.0.000.87.87.7.7.7.000.000.000.7..000 ll dimensions shown in inches. Use the above chart for negative rake drills. Use recommendations on pages 7-9 for spade blade holders. /-8 /-8 /-8 /-8 /8-8 /8-8 /8-8 /8-8 /8-8 arbide Grades V tri-phase coated steel grade of carbide with excellent wear characteristics. E n uncoated, fine grained, unalloyed W/o grade with exceptional edge wear resistance combined with very high strength for drilling titanium, austenitic stainless steels, nonferrous metals, cast irons, nonmetals, and most high temperature alloys. F PV TiN coated grade with excellent thermal deformation resistance and edge strength for drilling titanium, austenitic stainless steels, nonferrous metals, cast irons, nonmetals, and most high temperature alloys. J V tri-phase coated tough % o grade with excellent transverse rupture strength for drilling a wide range of materials such as ferrous steels, stainless steels, and high temperature alloys, and aluminum. K PV TilN coated fine grained % o grade designed for drilling a wide range of materials, preferably as the outboard insert in conjunction with drilling alloy and tool steels, cast irons, stainless steels, and high temperature alloys. rill Range hipbreaker Style E arbide Grade F J K.0.7.7.97.98.8.9.7.8.9.9.0 H H H H H H -87- -87- -0- -0- -- -- -7- -7- -00- -00- -- -- -87-E -87-E -0-E -0-E --E --E -7-E -7-E -00-E -00-E --E --E -87-F -87-F -0-F -0-F --F --F -7-F -7-F -00-F -00-F --F --F -87-HJ -0-HJ --HJ -7-HJ -00-HJ --HJ -87-K -87-K -0-K -0-K --K --K -7-K -7-K -00-K -00-K --K --K 0 METUT
pplication Information Material Group Low arbon Steels 08, L 80, L7 Hardness HN 00 Rockwell 7 8 Rc 0 utting Speed* m/min. 9 8 7 SFM 00 00 00 00 00 00 900 00 st nd rd HJ F Feed Rate** mm/min..0 0.0 0. 0. IPR.00.00.00.00.0.70 ia..7.0 ia...0 ia...0 ia. 0..008 0..00 Medium arbon Steels 0, 0 00, 8L0 Rc st nd rd F HJ.0.70 ia..7.0 ia...0 ia...0 ia. lloy Steels & Tool Steel 0, H P0, 00 Rc Rc st nd rd F HJ.0.70 ia..7.0 ia...0 ia...0 ia. ast Irons uctile, Gray Nodular Malleable Rc F st rd HJ E nd.0.70 ia..7.0 ia...0 ia...0 ia. ustenitic Stainless Steel 0, Nitronic 0 0 Rc 7 0 Rc E st rd F F nd.0.70 ia..7.0 ia...0 ia...0 ia. Martensitic Stainless Steel 0, 0, 0 7 8 Rc Rc E st rd F F nd.0.70 ia..7.0 ia...0 ia...0 ia. 7 Precipitation Hardening Stainless Steel 7-PH, PH-7MO 0 8 0 Rc 0 7 Rc E st rd F F nd.0.70 ia..7.0 ia...0 ia...0 ia. 8 High Temp. lloys Monel, Inconel Hastelloy, Rene 7 7 8 Rc 7 0 Rc E st rd F F nd.0.70 ia..7.0 ia...0 ia...0 ia. 9 Titanium lloys 00 0 0 7 Rc E st rd F F nd.0.70 ia..7.0 ia...0 ia...0 ia. 0 opper lloys rass, ronze E st E nd.0.70 ia..7.0 ia...0 ia...0 ia. luminum HJ st E nd.0.70 ia..7.0 ia...0 ia...0 ia. * Recommended insert grades are labeled in order of preference (st, nd, rd). ** Feed rates shown can be increased by up to 0% when using square negative rake drills, and increased up to 00% when using double-feed drills. METUT
pplication Information pplication Guidelines Pressure (psi) Volume (gpm) 0 0 0 0 oolant Pressure (psi) /. x I. -/ -/ -/ rilling (inches) oolant Volume (gpm) /. x I. -/ -/ -/ rilling (inches) oncentricity On live spindle applications such as boring mills and machining centers, it is necessary to have a rigid and true running spindle. Spindle runout must be no more than.00" TIR. On turning machine applications, it is necessary that the drill be on center or concentric with the spindle centerline within.00" TIR. ngularity must not exceed.00" in ". oth of these conditions are easily checked with an indicator magnetically mounted on the face of the spindle. nother way to check concentricity is to drill a hole and measure size. Then rotate the drill 80, drill a hole, and measure size. One quarter of the difference between the two hole sizes is the distance the drill is off center. Starting Feed Rate In some extremely tough materials, it may be advisable to reduce the feed to about 0% per revolution until the full diameter of the drill is in the cut. The same procedure may be necessary when using extra length drills. oolant In steel cutting applications, coolant should be fed through the tool to insure maximum cooling at the cutting edge and to flush chips out of the hole. Shallow holes may be drilled in steel with a well-directed flow of flood coolant. ast iron can be run dry or with flood coolant, but through-the-tool coolant is preferable. Spindle HP 0 0 0 0 0 Horsepower ased on 0 lloy Steel; 0 HN Hardness; 00 SFM.00 IPR.008 IPR.00 IPR.00 IPR.00 IPR 0 Troubleshooting Guide / -/ -/ -/ -/ rill Problem ause Solution rill body rubbing in. rill is off-center and cutting a small hole. orrect the off-center condition the hole. rill is deflecting. Reduce penetration rate enter insert chipping. rill is off-center. orrect off-center condition. Improper grade selection. See insert grade selection chart hips snarling and. Feed is too light to break chips. Increase feed rate clogging. RPM too slow. Increase RPM. Insufficient coolant. Use coolant pressure booster pump hatter or vibration. Too much overhang. Reduce overhang. Lack of rigidity in the machine tool or the set-up. Take appropriate corrective measures Severe retract marks. Excessive penetration rate causes drill to. Reduce penetration rate deflect and cut undersize METUT
Reamers Higher Feed Rates, Longer Tool Life METUT reamers are designed to operate at feed rates up to twice conventional reamer feed rates, resulting in higher productivity. nd METUT reamers last longer, which means less machine downtime due to tool changes, and more production per tool. The net result is that METUT reamers provide the lowest cost per hole. Surface Finishes of RMS or etter The use of METUT reamers can eliminate the need for some subsequent grinding, honing or burnishing operations by producing surface finishes of RMS or better in free-machining materials. Hole-finishing accuracy and repeatability are unmatched: Roundness accuracy to within 0.000". Hole size accuracy to within 0.000". Straightness accuracy to within 0.000". Higher depth-to-diameter ratios at above tolerances. Technical assistance available to achieve RMS or better, and consistently hold hole size to less than.000" METUT
Reamers METUT Reamers vs. onventional Reamers Performance Overview METUT METUT reamers can produce surface finishes and size tolerances otherwise achieved only through finish grinding, burnishing, or honing. Finish RMS rill Ream Sharpening Profile The profile form on the reamer is important in obtaining the best finish and longest possible tool life. METUT offers two basic types of profiles with our controlled N form type sharpening methods. onventional rill Size Tolerances Ream Grind 0 8 I. The ouble Lead Profile for enhanced surface finish. Following the primary chamfer, a nose section is blended into the straight portion. The nose section removes the feed marks prior to the final sizing of the hole and provides a to 0 RMS finish. METUT onventional rill rill 0.00" Ream Ream Grind 0.00" 0.000" II. Single Lead Profile for enhanced tool life where finish is not as critical. This provides a profile of a chamfer tangent to the straight portion as shown in the diagram. METUT METUT reamers provide significantly increased tool life and higher feed rates. Tool Life of Holes ouble Lead Primary hamfer Nose Straight Portion ack Taper onventional 00 000 000 Feed Rate IPR 000 0,000 0,000+ Single Lead hamfer Straight Portion ack Portion METUT onventional.00.008.00.00.00.00+ METUT reamers offer higher depth-to-diameter ratios at stated size, straightness and roundness tolerances. epth-to- Ratio METUT onventional : : : : METUT
Reamers What Makes METUT Reamers etter? ustom Sharpened For Your pplication Our application engineers will select a sharpening profile best suited to accomplish your specific hole finishing and production objectives. Significant variables include the material you are reaming, the surface finish you require, and the tool life you require. Generally, there is a trade-off between degree of surface finish and tool life (the finer the finish required, the shorter the tool life). METUT engineers will work to optimize the variables to best meet your quality, productivity, and cost objectives. When ordering, please provide the following information: Roundness, size and straightness tolerances. Finish requirement. Material to be reamed. Stationary or rotating work piece. of bushing (if applicable). Floating or fixed tool holder. lind hole clearance. ny other special feature of the application, such as cross holes, intersection holes, etc. Unique utting-edge Geometry Ensures Free utting ction precise combination of positive clearance angles, sharp cutting edges, and irregularly spaced flutes serves to minimize friction, harmonics, chatter, welts, and galling common problems that diminish the life and performance of conventional reamers. This unique cutting-edge design is produced on the most sophisticated N production equipment, ensuring that each cutting edge is accurately ground. ll of the reamers produced to a particular set of specifications are virtually identical providing maximum tool-to-tool repeatability. State-of-the-art electronic gaging equipment ensures that flute height variation, land width, and clearance angles are being held to allowable limits. METUT Tooth Profile Primary-Land learance Secondary Relief Primary-Land Width Sharp, cute-ngle utting Edge Positive Face-Rake ngle Only the sharp cutting edge is in contact with the workpiece. Secondary Relief Primary-Land Width Primary-Land learance utting Edge.0000".000" Face of Tooth METUT tooth profile as measured and graphed by our electronic gaging equipment onventional Tooth Profile Irregularly-Spaced Flutes Irregular spacing is a standard feature of all METUT oil-feed reamers. This type of spacing provides a controlled cutting action that resists chatter and the formation of welts. This flute spacing design, combined with the oil-feed and cam-controlled sharpening features allows these reamers to produce surface finishes which do not require additional finishing operations. The teeth are spaced diametrically opposite each other for easy and accurate inspection. Primary-Land with No learance Primary Relief Negative ub Obtuse-ngle utting Edge The back of the tooth is in greater contact with the work than the cutting edge. Primary Relief Negative ub Radial Land with No learance.0000".000" utting Edge Face of Tooth onventional tooth profile as measured and graphed by our electronic gaging equipment esigned for Effective hip isposal oolant-feed reamers provide maximum chip-flushing action in blind-hole reaming applications. The coolant is fed through the reamer body; it hits the end of the blind hole and is forced back through the flutes, flushing the chips from the cutting area while lubricating and cooling the cutting edges. Oil Flow in oolant-feed Reamer pplication METUT
ustom Sharpened Reamers oolant Feed High Speed Steel of Flutes Non oolant Feed oolant Feed.090 to.. to.7.7 to.7.7 to.0.0 to.. to.8.8 to.8.8 to.. to.07.07 to.9.9 to.0.0 to.7.7 to.0.0 to.9.9 to.7.7 to.87.87 to.88.88 to.0.0 to.7.7 to.. to.0.0 to.. to.8.8 to.0 OF0 OF07 OF07 OF00 OF0 OF08 OF08 OF0 OF007 OF09 OF00 OF07 OF00 OF09 OF07 OF087 OF088 OF0 OF7 OF OF0 OF OF8 OF0...0.0.000.000.000.000.000.000.7.7.7.7.7.7.7.7....87.87.0.0.0.7.7.7.7.7.7.7....... 8 8 8 8 8 8 8 8 8 0 0 0 ll dimensions shown in inches. Tolerance: ±.000 METUT
ustom Sharpened Reamers oolant Feed arbide of Flutes oolant Feed Solid arbide arbide Tipped.090 to.. to.7.7 to.7.7 to.0.0 to.. to.8.8 to.8.8 to.80.80 to.. to.0.0 to.0.0 to.7.7 to.880.880 to.00.00 to.0.0 to.. to.80.80 to.0.0 to.0.0 to.7.7 to.880.880 to.0 SOF0 SOF07 SOF07 SOF00 SOF0 SOF08 SOF08 SOF080 OF0 OF00 OF00 OF07 OF0880 OF00 OF0 OF OF80 OF0 OF0 OF7 OF880 OF0..0.000.000.000.000.000.000.000.000.7.7.7.7..87.0.0.0.7.7.7.7.7.7.... 8 8 8 8 8 0 0 0 0 ll dimensions shown in inches. Tolerance: ±.000 METUT 7
ustom Sharpened Reamers hucking High Speed Steel Non oolant Feed oolant Feed.090 to.0. to.70.7 to.890.89 to.88.89 to.0. to.80.8 to.80.8 to.8.9 to.070.07 to.88.89 to.0. to.000.00 to.0. to.70.7 to.780 R0 R07 R089 R08 R0 R08 R08 R0 R007 R08 R0 R000 R0 R07 R078.000.000.000.000.000.000 7.000 7.000 8.000 8.000 9.000 9.000 9.87..000.000.0.0.78 to.890 R089 9.89 to.970 R097 0.000..97 to.0 R0 0.0 to.87 R87.87 ll dimensions shown in inches. Tolerance: ±.000.0880/.0870.90/.80.0/.00.80/.79.07/.0.8/.7.79/.78.79/.78.0/.09.70/.70./../..0/.0.0/.0./.0./.0.79/.780.87/.870.999/.9980..000.7.0.0.000.000 7.000 7.000 7.7 7 8. of Flutes 8 8 8 8 8 8 8 METUT
ustom Sharpened Reamers hucking arbide E of Flutes Non oolant Feed oolant Feed Solid arbide arbide Tipped.090 to.0. to.70.7 to.87.87 to.88.89 to.00.0 to.8.8 to. to.7.8 to.70.0 to.99.970 to.8.9 to.0.0 to.88.89 to.. to.98.99 to.87.87 to.8.8 to.97.97 to.0.0 to.0. to.80.8 to.00.0 to.0 SR0 SR07 SR087 SR08 SR00 SR08 SR0 SR0 SR07 R09 R0 R00 R08 R0 R09 R087 R08 R097 R0 R R8 R0 R.0.000.000.0.0.000.000 7.000 7.000 8.000 8.000 9.000 9 0.000 0.000..87...000.000.0..87.000.0.0880/.0870.90/.80.0/.00.80/.79.07/.0.8/.7.79/.78.79/.78.0/.09.8/.7.79/.78.0/.09.70/.70./../..0/.0./.0.79/.780.87/.870.999/.9980.999/.9980.999/.9980.999/.9980..87.000.000...0.0.0.0.000.000 7.000 7.7 7 8. 8 8 9.000..87.....87.87.87.87.87.87 8 8 8 8 8 ll dimensions shown in inches. Tolerance: ±.000 METUT 9
hucking oolant-feed Reamers High Speed Steel of Flutes oolant Feed.00.0..70.7 0.0. 0.870.87 0.0 OF-0 OF-07 OF-000 OF-0 OF-070 OF-087 OF-000 OF- 8.000 8.000 8.000 0.000 0.000 0.000...87..... 8 8 ll dimensions shown in inches. Tolerance: ±.000 arbide of Flutes oolant Feed.00.0..70.7 0.0. 0.870.87 0.0. 0 0 OF-0 OF-07 OF-000 OF-0 OF-070 OF-087 OF-000 OF- OF-0 OF-00 8.000 8.000 8.000 0.000 0.000 0.000 0.000 0.000...87..... 8 8 8 8 ll dimensions shown in inches. Tolerance: ±.000 0 METUT
Floating Holders Tool Stationary Fixed enter for oolant Feed Reamers Spring-type, fixed center floating holders compensate for parallel misalignment of 0.00" to 0.00". Socket I.. (Reamer ia.) Overall Float Pin Tension Spring Float Pin lip.0.7.7.7..... FL-0 FL- FL- FL- FL- FL- FL- FL- FL-7 FL- FL-9 FL-0 FL-....000.7..7.7...000.000.7.88.000.000.000.000.000.000.000.000.000.000.000.000 OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- KK- KK- KK- KK- -007-007 -007-007 -007 -P -P -P -P ll dimensions shown in inches. djustable for oolant Feed Reamers djustable floating holders compensate for parallel misalignment of 0.0" to 0.00" in all directions, and angular misalignment of 0.00" to 0.00". Socket I.. (Reamer ia.) Overall Float Pin Tension Spring Float Head Float Pin lip.0.7.7.7.7.7...... OFF-0 OFF- *OFF- OFF- OFF- *OFF- *OFF- OFF- OFF- OFF- OFF- OFF-7 *OFF- OFF-8 OFF-0 ll dimensions shown in inches.....000.000.............000.000.000.88.000.000 * Stub no side coolant port OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFP- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFS- OFF-0 OFF-0 OFF- OFF-0 OFF-0 OFF- OFF- OFF- OFF- OFF- OFF- OFF- OFF- OFF- OFF- KK- KK- KK- KK- KK- KK- -007-007 -007-007 -007-007 -P -P -P METUT
oolant-through Floating Holders Tool Rotating for hucking or oolant Feed Reamers These compact floating holders utilize an anti-friction dual Oldham coupling mechanism and will compensate for radial misalignment of.0" in all directions. G E F Reamer Range Model E F G.090 to.80. to.000. to.970. to.0-0 -070-070 -000-000 -0-00..00.00.00.0.0.00.00.0.0.9.9.9.9.9.8.7...9.0.0.87.87.0.0.97.0.0.9.9...0...09.09.9..7.7.7 Wrench W W W W ll dimensions shown in inches. Note: Order collets separately; See table below. ollets for oolant-through Floating Holders ollet Size.088.9..8.08.0.8..7.7...87 ollet No. for Model Unsealed -088-9 - -8-08 -0 ollet No. for Model Unsealed -9 - -8-08 -0-8 - -7-7 ll dimensions shown in inches. Unsealed collets have a.00 in. collapse range. Sealed collets have a.00 in. collapse range. Sealed -8-S -08-S -0-S -8-S --S -7-S -7-S ollet No. for Model Unsealed -9 - -8-08 -0-8 - -7-7 - - -70 Sealed --S -7-S -7-S --S --S -70-S ollet No. for Model Unsealed -0-8 - -7-7 - - -70-87 -000 Sealed -0-S -8-S --S -7-S -7-S --S --S -70-S -87-S -000-S METUT
ollet ssembly for oolant-through Floating Holders ollets must be assembled to the nut before inserting collet into chuck. To assemble collet to nut, stand collet on end on any firm surface, nose up. Place nut over collet (Figure ). Push down on nut with palm (Figure ). The collet nose will collapse slightly, allowing it to enter the nut. To remove collet from nut, hold the nut firmly in one hand and grasp the collet with the other (Figure ). pply a bending pressure until nut separates from collet (Figure ). On smaller size collets (/, /8, and / ) where the collet nose projects beyond the nut, the nut can be removed by setting the collet/nut assembly nose down on a firm surface and pressing down on the nut until the collet disengages. METUT
pplication Information Recommended Feed & Speed Rates for Reamers TT Reamers HSS Reamers Recommended Starting Feed Rate in ( IPR ) Recommended Starting Feed Rate in ( IPR ) TT -Flute HSS -Flute Speed elow -Flute 8-Flute 0-Flute Speed elow -Flute 8-Flute 0-Flute Material (SFM).87".87"-.87".87"-."."-" (SFM).87".87"-."."-."."-" luminum 0.00.0.0.00 00.00.0.0.00 80.0.08.0.00 0.0.08.0.00 rass 70.00.0.0.00.00.0.0.00 90.0.08.0.00.0.08.0.00 ronze 0.00.0.0.00 0.00.0.0.00 70.0.08.0.00 0.0.08.0.00 Grey.00.0.0.00 0.00.0.0.00 ast Iron 7.0.08.0.00 0.0.08.0.00 uctile.00.0.0.00.00.0.0.00 ast Iron.0.08.0.00.0.08.0.00 Malleable 0.00.0.0.00 0.00.0.0.00 ast Iron 80.0.08.0.00 0.0.08.0.00 Inconel 0.00.00.0.00 0.00.00.0.00 0.00.0.00.00.00.0.00.00 Low arbon 0.00.0.0.00 0.00.0.0.00 Steel 80.0.08.0.00 0.0.08.0.00 Med. arbon 0.00.0.0.00 0.00.0.0.00 Steel 70.0.08.0.00 0.0.08.0.00 High arbon.00.0.0.00 0.00.0.0.00 Steel.0.08.0.00 0.0.0.0.00 lloy Steel.00.0.0.00.00.0.0.00.0.08.0.00 0.0.08.0.00 Monel.00.0.0.00.00.0.0.00.0.08.0.00.0.08.0.00 Stainless 0.00.00.0.00 0.00.00.0.0 Steel 70.00.0.00.0 0.00.0.00.0 Titanium 0.00.00.0.00 0.00.00.0.00 0.00.0.00.0 0.00.0.00.0 METUT coated reamers should be run at 0-% faster speeds. Stock Removal Stock removal depends on work piece material and finish required. This graph shows starting points for various diameters..00 Stock Removal.00.00..0.7.0..0.7.0..0.7.0 METUT
pplication Information Troubleshooting Guide Problem ell Mouth hatter Oversized Undersized (Tight Hole) Lobing Rough Finish Reverse ell Mouth (ottom of Hole) Tapered ore ause. Misalignment; Reamer axis angular to work piece axis.. Not enough material being removed by reamer.. Speed too high and/or feed rate too low.. Set-up not rigid enough.. Lead-in on work piece too blunt.. Excessive clearance in primary land of reamer.. Reamer too big.. hatter.. Reamer axis not centered with work piece axis.. Excessive chuck pressure.. ottoming out reamer.. Reamer too small.. Thermal contraction of bore.. Misalignment.. Incorrect clearance.. Too much material being removed.. Too little material being removed.. uild-up of material on reamer.. Misalignment.. hatter.. ull Reamer. 7. Feed rate and/or speed settings improper. 8. Improper sharpening or wrong axial profile on reamer.. Misalignment.. Straight portions of reamer went past end of part. Reamer dropped into its back taper prior to retraction.. hips packing in flutes.. Misalignment.. Leads of reamer not put completely through work piece.. Reamer straight portions ground with front taper.. Not enough back taper. Solution. Reset alignment. Use floating holder.. Leave more stock in hole from preceding operation.. Increase feed rate.. See Recommended Feed & Speed Rates and Stock Removal, page.. Reset. Eliminate any looseness that allows vibration during operation.. heck operations occurring at same time as reaming for harmonics.. hamfer I.. of work piece bore entrance.. Reamer may require long lead in chamfers or front pilot.. ontact METUT application engineers.. Replace with correct size reamer.. Return to METUT for resharpening to proper diameter.. See problem: hatter.. Reset alignment.. Reset chuck, or change jaws.. Reset stroke length.. Have leads of reamer shortened.. Replace with correct size reamer.. Return to METUT for correction.. heck coolant flow and mix.. heck feeds, speeds and stock allowance.. Reset.. ontact METUT application engineers.. Leave less stock in hole from preceding operation.. Increase stock in hole from preceding operation.. heck for marks in bore left from preceding operation that are too deep for reamer to clean.. heck stock allowance, feed, speed, coolant mix and additives.. May need surface treatment on reamer.. Reamer dull.. Reset alignment.. Use floating holder.. See problem: hatter.. Return to METUT for resharpening or retipping.. Reset.. ontact METUT application engineers. e sure to specify finish required when ordering reamer.. Reset.. Reset stroke length.. heck stock allowance for reamer.. Reduce/increase stock allowance.. Increase coolant amount and pressure.. Wrong profile on reamer. ontact METUT application engineers.. Reset.. Reset stroke length. Taper will only be at bottom of bore.. heck tool on comparator. ontact METUT application engineers.. ontact METUT application engineers. METUT
pplication Information pplication Histories METUT Reamers in Use ctual pplication Histories Material: Ledloy x Machining Feed:.008/Rev. Speed: RPM, 9 SFM Life: 0,000 Low/00,000 High Model New ritain Reamer OF 7 (. ia.).0000/.0000 learance #8 Profile.00/Inch.T. Material: M rass Machining Feed:.00/Rev. Speed: RPM, 8 SFM Life: 000 Test Pieces ycle: 7. Sec. (07/Hr.) Wickman -8 Stopper Reamer OF (. ia.).00000/.0000 learance End utting # Profile Replaced Roller urnish Operation Material: L S Machining Feed:.00/Rev. Speed: SFM Life: 00,000+ Pieces/Rmr. Model New ritain Reamer OF (.90 ia.).0000/.0000 learance #7 Profile.0/Inch.T. Material: Lasalle Stress-Proof Machining Feed:.0077/Rev. Speed: 0 SFM Life: 00 cme Gridley Reamer OF 0 (.99 ia.).00000/.0000 learance #8 Profile.00/Inch.T..00±.00 hamfer Material: Meehanite ast Iron Machining Feed:.00/Rev. Speed: 7 SFM Life: 80 Spool ores Stock llowance:.0/.00 on ia. Special Gun rilling Machine/ N Horzontal oring Machine Reamer oolant-feed, arbide Tipped.79/.79.0000/.00008 Primary learance #8 Profile Replaced Honing Operation Material: Malleable Iron Machining Feed:.00/Rev. Speed: 9 SFM Life: 000 Holes Per Sharpening Stock llowance:.0 on ia. ore epth: =.7 =.7 with. wide interruption Kingsbury Transfer Machine Reamer oolant-feed, arbide Tipped Rear Pilot for Guide ushing.98/.988.8/.8.0000/.0000 Primary learance #8 Profile Finished Hole ost Savings: 0% METUT
Reamer Reconditioning & Special esigns Reamer Reconditioning ll METUT reamers can be returned for reconditioning. We offer three basic services, all of which result in re-establishment of the original, precisely controlled cutting edge. For high speed steel, solid carbide, and carbide-tipped tools that are not badly worn, a lead sharpening is a very economical way to regain the fine finish and precise sizing these tools provide. If the reamer is badly worn or is undersize, we can resize it to a smaller diameter within its range; or, for carbide tipped reamers, we can replace the carbide and size the reamer to its original diameter. record is kept of the tool size and profile of each new order so it can be precisely duplicated on any recondition order. Special esigns In addition to the standard reamers listed in this catalog, special designs can be furnished while still utilizing our special features. Upon inquiry and/or submission of part data, our engineering department will quote your special application, whether it be a stub type reamer, extra length shank, taper design, or larger diameter than offered within our stock line. Inserted blade reamers are also available by special order, as are multi-diameter, front-piloted, rear-piloted and jig bore styles. METUT 7
Reamer Questionnaire To help us provide you with the best reamer for your application please complete this questionnaire and include a copy of it with your inquiry or order. Your Name: ompany: Your Title: Phone: Size & Tolerance of Hole: lind or Through Hole: Material: mount of lind Hole learance: rinell Hardness at Ream: Machine: Speed: SFM: RPM: Feed: oes Machine have ccelerated Feed ttachment? Previous Operation (does reamer follow drill, boring bar, or rough reamer?) Finish Stock Removal: Reamer Floated? Holder : oolant (available to reamer): oolant Type (oil, synthetic): Finish Requirement: Work Piece Stationary or Rotating: epth of ore: of ut: omments or Sketch of ore: 8 METUT
ounterbores & ountersinks The Industry s roadest Line METUT offers the industry s most comprehensive line of counterbores, countersinks, holders and pilots. ll types of industry-standard drive configurations are available, including Pin rive, Radial rive, Stub Taper, HEX rive Taper Type, and HEX rive Straight Type. Select from High Speed Steel and arbide-tipped models in most configurations. Stub taper and HEX taper drive models are available with indexable inserts. Standard holders with taper or straight shanks are available for each drive style. METUT 9
0 METUT ounterbores Pin rive (can be used as a straight shank counterbore) High Speed Steel ll dimensions shown in inches. *Non-stocked. Use with 00 Series Pilots (Pages -) and 00, 0 & 0 Series Holders (Pages 8-9) ll dimensions shown in inches..7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7 Head Pilot Hole No. of Flutes.7.7.7.7.7.7.7.7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Pin rive No. 0..0.87 0.87 0.8.870.0000.0.00.70 0.0 0.870.0000.0.0000.0.00.70 0.0 0.870.0000 utter 00-0 00-00- 00-8 00-7 00-8 00-7 00-8 00-87 00-00 00-00- 00-7 00-0 00-00-7 00-87 00-00 00-00-00 00-00- 00-7 00-0 00-00-7 00-87 00-00 * * * * Pilot Hole No. of Flutes.......7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7 Head Pin rive No. 0 0 0 0 0 0.097.0.0.0.0.0.87.87.87.87.87.87.87.87.00.00.00.00.00.00.00.00.00.00 utter 00-00 00-00 00-00 00-007 00-000 00-00 00-0 00-0 00-00 00-0 00-0 00-09 00-0 00-0 00-08 00-07 00-07 00-078 00-08 00-087 00-09 00-00 00-0 00-00-0 00-00-8 00-00- 00-7 00-.00.8.70.0.7.7.88 0...98.0..87.788 0.78.8.870.97 0.0.0.0.0.87 0.70.7
ounterbores Pin rive (can be used as a straight shank counterbore) Tungsten arbide Tipped Use with 00 & 0 Series Pilots (Pages -) and 00, 0 & 0 Series Holders (Pages 8-9) utter Pin rive Pilot Hole of Flutes of arbide Minimum utting 0..0.87 0.8.870.97 0.0.0.0.0.87 0.70.7 0..0.87 0 0.870.0000.0.00.70 0 0.0000 00-00 00-0 00-0 00-08 00-07 00-08 00-087 00-09 00-00 00-0 00-00-0 00-00-8 00-00- 00-7 00-00-0 * 00-00- 00-8 00-7 00-7 00-87 00-00 00-00- 00-7 00-0 00-7 00-00.87.87.87.00.00.00.00.00.00.00.00.7.7.7.7.7.7 0 0 0.9.9.9.........7.7.7.7.7.7.7.7.7.7.7.7... ll dimensions shown in inches. *Non-stocked. METUT
ounterbores Stub Taper High Speed Steel Use with 0 Series Pilots (Page ) & 0 Series Holders (Page 0) utter Stub Taper rive No. Pilot Hole of Flutes Head.7 0..0.87 0.8.870.97 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0 0.0000 0-0 0-00 0-0 0-0 0-08 0-07 0-08 0-087 0-09 0-00 0-0 0-0-8 0-0- 0-7 0-0-0 0-0- 0-8 0-7 0-8 0-87 0-9 0-00 0-0- 0-7 0-0 0-7 0-00.87.87.87.87.87.00.00.00.00.7.7.7.7.7.7.7 0 0 0 0 0 0 0 ll dimensions shown in inches. METUT
METUT ounterbores Stub Taper Tungsten arbide Tipped Use with 0 Series Pilots (Page ) & 0 Series Holders (Page 0) E Head.9.9.9.9.....7.7.7.7.7.7.7.7.7....... Minimum utting of arbide of Flutes Pilot Hole.87.87.87.87.00.00.00.00.7.7.7.7.7.7.7 0 0 0 0 0 0 0 Stub Taper rive No. 0-00 0-0 0-0 0-08 0-07 0-08 0-087 0-09 0-00 0-0 0-0-8 0-0- 0-7 0-0-0 0-0- 0-8 0-7 0-8 0-87 0-9 0-00 0-0- 0-7 0-0 0-7 0-00 utter ll dimensions shown in inches. 0..0.87 0.8.870.97 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0 0.0000
ounterbores Stub Taper Indexable Use with 0 Series Pilots (Page ) & 0 Series Holders (Page 0) utting.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70.7 0 0.0000 770-00 770-008 770-0 770-0 770-00 770-0 770-08 770-0 770-0 770-00 770-0 770-08 770-0 770-0 770-00 770-000 770-008 770-0 770-0 770-08 770-0 770-08 770-000 Stub Taper rive No. Pilot Hole.87.87.87.7.7.7.7.7 0 0 0 0 0 0 0 Minimum Pilot..8.0...7.7.79.0.9.0.70.770.80.890.00.70.8.89.9.90.80 Head Standard Insert * G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-00- G-00- G-00- G-00- G-- G-- Lock Pin 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-00 0-00 0-00 0-00 0-0 0-0 ll dimensions shown in inches. *V Tri-phase TiN/Ti/TiN oated Inserts Inserts must be ordered separately. METUT
METUT ounterbores Radial rive High Speed Steel Use with 00 Series Pilots (Pages -) and 0, & Series Holders (Pages 0-) utter R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R RE RE RE RE Radial rive No..097.0.0.0.0.0.87.87.87.87.87.87.87.87.00.00.00.00.00.00.00.00 Pilot Hole 0-0 0-0 0-0 0-07 0-00 0-0 0-0 0-0 0-00 0-0 0-0 0-09 0-0 0-0 0-08 0-07 0-07 0-078 0-08 0-087 0-09 0-00 0-09 0-00 0-0 0-0-8 0-0- 0-7 0-0-7 0-0-0.00.8.70.0.7.7.88 0...98.0..87.788 0.78.8.870.97 0.97 0.0.0.87 0.70.70.7 0 No. of Flutes Head utter RE RE RF RF RF RF RF RF RF RF RF RJ RJ RJ RJ RJ RJ RJ RS RS RS RS RS RS RS RS RS RS Radial rive No..7.7.7.7.7.7.7.7.7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Pilot Hole 0-0- 0-0 0-0- 0-8 0-7 0-8 0-87 0-9 0-00 0-00 0-0 0-0- 0-7 0-0 0-0-77 0-787 0-700 0-7 0-7 0-77 0-70 0-7 0-77 0-700 ll dimensions shown in inches. No. of Flutes Head..0 0..0.87 0.8.870.97.0000.0000.0.0.00.70 0.0 0.870.0000.0.00.70 0.0 0.0000
ounterbores Radial rive Tungsten arbide Tipped Use with 00 Series Pilots (Pages -) and 0, & Series Holders (Pages 0-) utter Radial rive Pilot Hole of Flutes of arbide Minimum utting 0..0.87 0.8.870.97 0 0.0.0 0-00 0-0 0-0 0-08 0-07 0-08 0-087 0-09 0-00 0-00 0-0 0- R R R R R R R R R R R R.87.87.87.00.00.00.00.00.00.9.9.9.......7.7.7.87 0 0-8 0-0- R R R.7.7.7.70.70 0 0-7 0-7 0-0 R RE RE.7.7.7.0 0.0 0-0-0 0- RE RF RF.7.7.7 0.870.0000 0-7 0-87 0-00 RF RF RF.7.7.7.0000.0.00 0-00 0-0- RJ RJ RJ 0 0 0....70 0.0 0-7 0-0 0- RJ RJ RJ 0 0 0... 0.870.0000 0-77 0-787 0-700 RS RS RS 0 0 0... ll dimensions shown in inches. METUT
ounterbores HEX rive, Type High Speed Steel Use with 00 Series Pilots (Page 7) and 00, 0 & 0 Series Holders (Page ) utter HEX rive Pilot Hole of Flutes Head.00.70.7.88 0..0.87 0.8.870.97 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.0.87.00.70.7 0.0 0.870.0000 07-00 07-000 07-00 07-008 07-000 07-00 07-00 07-000 07-00 07-008 07-00 07-00 07-000 07-000 07-00 07-008 07-0 07-0 07-00 07-0 07-08 07-0 07-0 07-00 07-0 07-08 07-0 07-0 07-00 07-000 07-00 07-008 07-0 07-0 07-00 07-0 07-08 07-0 07-00 07-08 07-0 07-000 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -.0.0.0.0.0.0.00.00.00.00.00.00.00.00.00.00.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7................ ll dimensions shown in inches. METUT 7
ounterbores HEX rive, Type High Speed Steel Use with 0, 0, 0, 0 & 0 Series Pilots (Page 8) and 0 & Series Holders (Page ) utter.70.7 0..0.87 0.8.870.97 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0 7-000 7-00 *7-008 7-00 7-00 7-000 7-00 7-008 7-00 7-00 7-000 7-000 7-00 7-008 7-0 7-0 7-00 7-0 7-08 7-0 7-0 7-00 7-0 7-08 7-0 7-0 7-00 7-000 7-008 7-0 7-0 7-0 ll dimensions shown in inches. *Non-stocked HEX rive - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Pilot Hole.0.0.0.0.00.00.00.00.00.00.00.00.00.00.7.7.7.7.7.7.7.7 of Flutes Head 8 METUT
ounterbores HEX rive, Type Tungsten arbide Tipped Use with 00, 00, 00 & 00 Series Pilots (Page 7) and 0 & Series Holders (Page ) utter HEX rive Pilot Hole of Flutes of arbide Minimum utting E Head.0.87 0.8.870.97 0.0.0.87 0.70.7 0.0 0.0000.00 0-000 -00-008 -00-00 -000-000 -00-008 -0-0 -00-0 -08-0 -00-08 -000-0 -0 - - - - - - - - - - - - - - - - - - - -.00.00.00.00.00.00.00.00.00.7.7.7..........7.7.7.7.7.7.7.7 ll dimensions shown in inches. METUT 9
ounterbores HEX rive, Type Indexable Use with 0 Series Pilots (Page ) and 0 & Series Holders (Page ) utting.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0 0.0000 70-00 70-008 70-0 70-0 70-00 70-0 70-08 70-0 70-0 70-00 70-0 70-08 70-0 70-0 70-00 70-000 70-008 70-0 70-0 70-0 70-08 70-000 HEX rive - - - - - - - - - - - - - - - - - - - - - - Pilot Hole.87.87.87.7.7.7.7.7 0 0 0 0 0 0 Minimum Pilot..8.0...7.7.79.0.9.0.70.770.80.890.00.70.8.9.90.80 Head Standard Insert * G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-00- G-00- G-00- G-- G-- Lock Pin 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-00 0-00 0-00 0-0 0-0 ll dimensions shown in inches. *V Tri-phase TiN/Ti/TiN oated Inserts Inserts must be ordered separately. 0 METUT
METUT ounterbores Straight Indexable Use with 0 Series Pilots (Page ) F FLT E ±.00 () R.H. UTTING FLUTES ll dimensions shown in inches. *These sizes use Positive Rake Inserts. Note: Inserts must be ordered separately. -V Tri-phase TiN/Ti/TiN oated Inserts *0 *.80 *.870 *.980 *.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.0.87.00.70.7 0..0.87 0.8.870.97.0000 utting 780-008 780-00 780-00 780-000 780-000 780-00 780-008 780-0 780-0 780-00 780-0 780-08 780-0 780-0 780-00 780-0 780-08 780-0 780-0 780-00 780-000 780-00 780-008 780-0 780-0 780-00 780-0 780-08 780-0 780-0 780-00 780-0 780-08 780-0 780-0 780-00 780-000.87.87.87.87.87.87.87.87.7.7.7.7.7.7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Pilot Hole Head Minimum Pilot.0.0.0.0.00..8.0...7.7.79.0.9.0.70.770.80.890.90.00.070.70.780.8.89.9.0.07.0.90.00.0.80 F-- F-- F-8- F-8- F-8- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-0- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-7- G-00- G-00- G-00- G-00- G-00- G-00- G-00- G-00- G-- G-- G-- G-- G-- Standard Insert 0-00 0-00 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-0 0-00 0-00 0-00 0-00 0-00 0-00 0-00 0-00 0-0 0-0 0-0 0-0 0-0 Lock Pin.000.000.000 E.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.............0.0.0 F
ounterbores for ap Screws Straight, ontinuous Pilot, High Speed Steel ontinuous pilot counterbores cut rapidly, smoothly and accurately, producing long spiraling chips rather than small metal particles. The pilot extends the full length of the flute portion of the tool. s cutter flutes are ground back due to wear, a new section of pilot becomes exposed. The pilot head may be cut off to any desired length when repeated sharpenings make it too long for practical use. Thus, continuous pilot counterbores have a life many times that of the conventional type counterbore. ap (O..L.) Screw Pilot utter No. of Overall Size Flutes # 8-00..0 7/ -/ # 8-0.0. 7/ -/ #8 8-07..7 / -/ #8 8-08.78.8 / -/ #0 8-0.87. / -/8 -/ #0 8-08.0.8 / -/8 -/ # 8-08..8 / -/8 -/ # 8-00.9.0 / -/8 -/ / 8-07.0.7 /8-9/ -/ / 8-09..9 /8-9/ -/ / 8-00.8.0 /8-9/ -/ / 8-08..8 7/ -9/ / 8-0.8. 7/ -9/ / 8-09..9 7/ -9/ / 8-08.8.8 7/ -9/ / 8-000. 7/ -9/ /8 8-0.7. / -9/ -/ /8 8-078.9.78 / -9/ -/ /8 8-09.0.9 / -9/ -/ 7/ 8-0.8. / -9/ 7 7/ 8-0.. / -9/ 7 7/ 8-0.9. / -9/ 7 7/ 8-088.9.88 / -9/ 7 / 8-070 / -9/ 7-/ / 8-07..7 / -9/ 7-/ / 8-078..78 / -9/ 7-/ 9/ 8-08..8 / -/8 7-/ 9/ 8-08.9.8 / -/8 7-/ /8 8-087..87 / -/8 8-/ /8 8-090..90 / -/8 8-/ /8 8-098.88.98 / -/8 8-/ /8 8-099..99 / -/8 8-/ /8 8-000.88 / -/8 8-/ / 8-0.78.0-7/8 8-/ / 8-.78. -7/8 8-/ / 8-88.8.88-7/8 8-/ METUT
ounterbores pplication Information ounterboring Surface Feet Per Minute (SFPM) onverting SFPM to Revolutions Per Minute (RPM): RPM =.8 x SFPM utter The table below lists starting SFPM rates for certain materials using carbide or high speed steel cutters. These speeds are starting recommendations only. There are many variables, such as machine and spindle condition, available power, fixturing, tool holding, spindle deflection, tooling and production expectations, etc. Some adjustments may be required for your specific operation. METUT s experienced sales engineers will be happy to help you attain the highest efficiency possible in your application. Since counterboring is often a secondary operation, it is sometimes performed on machines that are quite worn, with excessive run-out and insufficient power. When trouble is encountered, the condition of the machine, as well as the cutter, should be considered. Material luminum lloy Steels (hrome Molybdenum) rass arbon Steel ast Iron Forgings (Heat Treated) Magnesium Malleable Iron Monel Stainless Steel Tool Steel (nnealed) Soft Hard Soft Hard Soft Hard 00 rinnell 00 rinnell 0 rinnell arbide 000 0 80 00 00 70 00 00 0 80 0 00 00 0 00 0 Feed on -Fluted ounterbores is approximately.008.0 FPR (Feed Per Revolution). HSS 00 0 0 0 70 00 70 0 0 00 70 0 0 0 METUT
ountersinks Indexable Through oolant Straight NGLE E E Standard Torx Torx Included Maximum Extension Overall Minimum Insert Effective Screw Wrench ngle Inserts No. No. -00 0.00..7. F-0-0-0 0-07 T-7-07 0.00.. F-0-0-07 0-07 T-7-00 0.00..9 F-0-0-07 0-07 T-7-0.00.0.9 F-0-0-07 0-07 T-7-0 0.00.0.9 F-0-0-07 0-07 T-7-80 8.0.00..7. F-0-0-0 0-07 T-7-807 8.00..7 F-0-0-07 0-07 T-7-800 8.00..97 F-0-0-07 0-07 T-7-8 8.00.0.87 F-0-0-07 0-07 T-7-80 8.00.0.097 F-0-0-07 0-07 T-7-908 90.8.00..7. F-0-0-07 0-07 T-7-907 90.00.. F-0-0-07 0-07 T-7-900 90.00.. F-0-0-07 0-07 T-7-9 90.00.0.8 F-0-0-07 0-07 T-7-90 90.00.0.0 F-0-0-07 0-07 T-7-0 00.0.00..7. F-0-0-07 0-07 T-7 ll dimensions shown in inches. s are measured at the tangency point of the insert cutting edge and corner radii. Inserts must be ordered separately. NOTE: can be ordered with an endmill flat. all quotations for prices and availability. ountersinks Pin rive (can be used as a straight shank tool) High Speed Steel, Piloted PIN RIVE.7 Use with 00 Series Pilots (Pages -) and 00, 0 & 0 Series Holders (Pages 8-9) Head Included ngle & No. 0 8 90 Pilot Hole Small End Pin rive of Flutes. *0-07 *0-807 0-900 0-90 0-907.87.87.00...7. *0-00 *0- *0- *0-800 *0-8 *0-8 0-900 0-9 0-9.00.7...000 *0-0 *0-00 *0-80 *0-800 0-90 0-900 0-90.7 0..87 ll dimensions shown in inches. *Non-stocked. METUT
ountersinks Radial rive High Speed Steel, Piloted Use with 00 Series Pilots (Pages -) and 0, & Series Holders (Pages 0-) Head 0 Included ngle No. 8 Included ngle No. 90 Included ngle No. Small End Radial rive Pilot Hole ia. of Flutes.0 0.870 0.0 0.70 0 0.0000 0 *-087 *-00 *- *- *-7 *-0 *-00 *-8087 *-800 *-8 *-8 *-87 *-80-90 -907-9087 -900-9 -9-97 -90-97 -900-90..7.7.8... R R R R R R RE RE RF RF RJ.87.00.00.00.7.7 0 ll dimensions shown in inches. *Non-stocked. High Speed Steel, Unpiloted Use with 0, & Series Holders (Pages 0-) Head 0 Included ngle No. 8 Included ngle No. 90 Included ngle No. Small End Radial rive of Flutes 0.0 0.870 0.0 0.70 0.0 0.870.0000.00 0 *-07 *-087 *-00 *- *- *-7 *-0 *-8087 *-800 *-8 *-8 *-87 *-80 *-8 *-87-900 -90-907 -9087-900 -9-9 -97-90 -9-97 -987-900 -9-90.88.88.88.88.88..7..88 R R R R R R R RE RE RE RF RF RF RJ RJ ll dimensions shown in inches. *Non-stocked. METUT
METUT Metal utting Tools
Metal utting Tools METUT 7
ountersinks Three Flute Tungsten arbide Tipped, Straight Included ngle & No. Minimum S L Head utting Overall 8.7 79-807.09.0.87. 79-800..0.8 79-807.88.0 79-800.0.8 ountersinks Four Flute (enter Reamers) High Speed Steel, Straight Head Included ngle & No. ll dimensions shown in inches. 8 90 ountersinks Single Flute High Speed Steel S L Overall.0 77-80 77-90.87.7 77-807 77-907.0.87 77-800 77-900.7.000. 77-80 77-90.7.0 77-807. Head.7. *-8 *-80 ll dimensions shown in inches. *Non-stocked. 8 METUT Included ngle & No. 8 90-807 -800-80 -807-800 -907-900 -90-907 -900-9 -90 S.0.0.0 L.00.00.00.0.0.0.0 Overall..7.9..0.88.
Holders for ounterbores & ountersinks Pin rive Holders with Taper +.000 Ð.00 MORSE TPER PIN RIVE Use with 00, 0, 0 & 00 Series utters (Pages 0-, ) utter Range Pin rive Morse Taper ody Head Projection to.7 to.7.7 to.0.7 to.0.7 to.0.0 to 0.0 to 0.0 to 0.87 to.0.87 to.0.87 to.0.0000 to.0000.0000 to.0000 00-007 00-007 00-0 00-0 00-0 00-00- 00-00-0 00-0 00-0 00-0 00-0 0 0 0 0.0.0.0 0 0 0.0000.0000.0000.0000.0000.0.0.000.000.000.0.000.000..000.000.000.7.7.7.87.87.7.87.0.0.0.0 ll dimensions shown in inches. Pin rive Holders with Straight +.000 Ð.00 STRIGHT SHNK PIN RIVE Use with 00, 0, 0 & 00 Series utters (Pages 0-, ) utter Range Pin rive ody Head Overall.00 to.7.7 to.0.7 to.0.0 to 0.0 to 0.87 to.0.87 to.0.87 to.0.0000 to.0000 0-0007 0-00 0-0 0-0- 0-0 0-0 0-0-0 0 0.0.0 0 0.0000.0000.70.0000.0.000.000.000.000.000.000.000.000.0.000.000 7.000 7.000 7.000 7.000 7.000 7.000 ll dimensions shown in inches. METUT 9
Holders for ounterbores & ountersinks Stub Taper with Taper Use with 0, 0 & 770 Series utters (Pages -, ) utter Range Stub Taper Morse Taper ody ody Projection.7 to.87 0 to. 0 to. 0 to.. to.0. to.0. to.0.0000 to.0000.0000 to.0000.0000 to.0000.870 to.0000 0-08 0-0- 0-0- 0-0- 0-8 0-8 0-8 0-7.870.87.87.87.7.7.7.870.870.870 0.88.88.88....000.000.000.98.7.7.8.8.88.0.0.000 ll dimensions shown in inches. Radial rive with Straight Use with 0,, & 0 Series utters (Pages -, ) utter Range Radial rive ody ia. ody ia. Overall.00 to.7.7 to 0.97 to.0.97 to.70 to.0 0 to.0000 0 to.0000.0000 to.87 0 to 0-07 -0-0 -0 - - - -0-777 R R R R RE RF RF RJ RS 0.0.0.0 0 0 0.0000 0.0.000.000.000.000.000.000.000.000 0.0 0 0 0 0 0 0.0000..00.00 7.00 7.00 7.00 7.0 7.0 7.0 ll dimensions shown in inches. 0 METUT
Holders for ounterbores & ountersinks Radial rive with Morse Taper Use with 0,,, 0, 8, 0 & 0 Series utters (Pages -,, 77, 79, 8, 87) utter Range.00 to.7.00 to.7.7 to 0.7 to 0.97 to.70.97 to.70 to.0 to.0 0 to.0000 0 to.0000.0000 to.0.0000 to.0.0000 to.0 0 to 0 0 to 0 0-07 0-07 0-08 0-08 0-0 0-0 0-0- 0-0- 0-0 0-0 0-0 0-77 0-77 ll dimensions shown in inches. Radial rive R R R R R R RE RE RF RF RJ RJ RJ RS RS Morse Taper ody 0 0.0.0.0.0 0 0 0 0.0000.0000.0000 0 0 ody.0.0.000.000.000.000.000.000.000.000.000.000.000.000.000 Projection.7.8..88.88.88.88.0.88.0.88.0.0.0.0 Radial rive with cme Threaded Use with 0,,,0, 8, 0 & 0 Series utters (Pages -,, 77, 79, 8, 87) utter Radial cme ody ody Overall Range rive.7 to 0-09 R /8.97.000.000.7 to 0-09 R 7/8.97.000.0.97 to.70-0 R 7/8.0.000.0.97 to.70-0 R -/.0.000.0.97 to.70-0 R -/8.0.000 7.0 to.0 - RE 7/8.70.000.0 to.0 - RE -/.70.000.0 0 to.0000 - RF -/8 0.000 7.0 ll dimensions shown in inches. METUT
Holders for ounterbores & ountersinks HEX rive, Type, Straight Use with 07, 07, 07 & 07 Series utters (Page 7) utter Range HEX rive ody ody Overall.00 to 0. to.0.87 to 0 0-900 0-900 0-900.8 to.0000 0-900 ll dimensions shown in inches. - - - -.0.870 0.870.8.0.7.88.7.8.7.8 HEX rive, Type, Taper Use with 07, 07, 07 & 07 Series utters (Page 7) utter Range HEX rive Morse Taper ody ody Projection.00 to 0. to.0. to.0.87 to 0.87 to 0.87 to 0.8 to.0000.8 to.0000.8 to.0000 00-900 00-900 0-90 0-90 00-900 0-90 0-90 00-900 0-90 - - - - - - - - -.0.870.870 0 0 0.870.870.870.7..0..88.7.88.8.88..8..7..87.88.98 ll dimensions shown in inches. METUT
Holders for ounterbores & ountersinks HEX rive, Type, Straight Use with 7, 7, 7, 7,,, & 70 Series utters (Pages 8-0) utter Range HEX rive ody ody Overall Knock- Out Wrench to 0. to.87.87 to 0 0 to 0.0 to.0000-90 -90-90 -90-90 - - - - -.0.870 0.870.0.8.0..8..7.8. 7.88 9. 9-90 9-90 9-90 9-90 9-90 ll dimensions shown in inches. HEX rive, Type, Taper Use with 7, 7, 7, 7,,, & 70 Series utters (Pages 8-0) utter Range HEX rive Morse Taper ody ody Projection Knock- Out Wrench to 0. to.87. to.87. to.87.87 to 0.87 to 0.87 to 0 0 to 0 0 to 0.0 to.0000.0 to.0000 0-90 80-9 0-90 80-9 80-9 0-90 80-9 80-9 0-90 80-9 0-90 ll dimensions shown in inches. - - - - - - - - - - -.0.870.870.870 0 0 0.870.870.0.0.8.8..0..7..8.88.87.7..98..8..8..7.. 9-90 9-90 9-90 9-90 9-90 9-90 9-90 9-90 9-90 9-90 9-90 METUT
Pilots for ounterbores & ountersinks Long Pilots for Pin rive & Radial rive E THRE SIZE & Head.098.0.87.00.7 0.0 00-00. 00-00 00-0.79 00-07.87 00-008 00-08.0 00-000 00-00 00-00.88 00-00 00-0 00-0. 00-0 00-0.00 00-00 00-0 00-0. 00-0 00-0 00-0.8 00-08 00-08 00-08.99 00-09 00-09 00-0 00-0 00-0.8 00-0 00-0 00-0 00-0.8 00-0 00-0 00-0 00-0.9 00-0 00-0 00-0.70 00-07 00-07 00-07 00-07.90 00-09 00-09 00-09.0 00-00 00-00 00-00.9 00-0 00-0 00-0.7 00-0 00-0 00-0. 00-0 00-0 00-0.88 00-0 00-0 00-0.8 00-08 00-08 00-08 0 00-00 00-00 00-00 00-00. 00-0 00-0 00-0. 00-0 00-0 00-0 00-0.9 00-0 00-0. 00-0 00-0 00-0 00-0 00-0.78 00-07 00-07.98 00-09 00-09 00-09 00-09.09 00-00 00-00.0 00-0 00-0 00-0 00-0.0 00-0 00-0 00-0. 00-0 00-0 00-0 00-0.79 00-07 00-07 00-07.87 00-08 00-08 00-08 00-08.70 00-070 00-070.788 00-07 00-07 00-07 00-07.7 00-07 0 00-07 00-07 00-07 00-07 ll dimensions shown in inches. Head imension Less..87.0.00.00. 8.99.70.90.7...00.78.87.70.870.890 0.00.0000.0.0.007 imension.098 # 8.0 # 0.87 0.00 / 0.7 0 0 / 8 7/ / / 0...8.8....7.7.00. E...9.9.8... ll dimensions shown in inches. METUT
Pilots for ounterbores & ountersinks Long Pilots ontinued Head.7.78.799.8.88.88.89.870.890.90.99.97.9.988.98 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000.0.00.70 0.0.00 00-078 00-08 00-087 00-09 00-00 ll dimensions shown in inches. &.7 0 00-07 00-078 00-079 00-08 00-08 00-08 00-08 00-087 00-089 00-090 00-09 00-09 00-09 00-09 00-098 00-00 00-0 00-00-8 00-00- 00-7 00-00-07 00-078 00-079 00-08 00-08 00-08 00-08 00-087 00-089 00-090 00-09 00-09 00-09 00-09 00-098 00-00 00-0 00-00-8 00-00- 00-7 00-00-0 00-00- 00-8 00-7 00-8 00-87 00-078 00-08 00-08 00-087 00-090 00-09 00-09 00-00 00-0 00-00-8 00-00- 00-7 00-00-0 00-00- 00-8 00-7 00-8 00-87 00-9 00-00 00-00- 0 00-7 00-7 00-77 00-7 00-70 00-7 00-7 00-78 00-77 00-78 00-787 00-79 00-700 00-7 00-7 00-77 00-70 00-7 METUT
Pilots for ounterbores & ountersinks Short Pilots for Stub Taper, Indexable, & TT Pin rive, & Piloted ounterbores Head.00.8.8.70.0.7.88 0...98.0.0..87.788 0.7.78.8.870.97.987 0.0.0.87 0.70.7 0..0.87 0.870.87 0-0 0-08 0-0 0-0 0-07 0-00 0-0 0-0 0-00 0-0 0-0 &.00 0-08 0-0 0-0 0-07 0-00 0-0 0-0 0-00 0-0 0-0 0-09 0-0 0-0 0-08 0-08 0-087 0-0 0-07 0-00 0-0 0-0 0-00 0-0 0-0 0-09 0-0 0-0 0-0 0-08 0-07 0-07 0-07 0-078 0-08 0-087 0-09 0-09 0-00 0-0 0-.7 0-00 0-0 0-0 0-09 0-0 0-08 0-07 0-07 0-078 0-08 0-087 0-09 0-00 0-0 0-0-8 0-0- 0 0-0 0-09 0-07 0-07 0-078 0-08 0-087 0-09 0-00 0-0 0-0-8 0-0- 0-7 0-0-0 0-0- 0-8 0-7 0-87 Head Less.00.8.00.70.0.7.88..00.98.87.788.870.97 0.00.870.007 ll dimensions shown in inches..8.8.8.0. ll dimensions shown in inches. METUT
Pilots for ounterbores & ountersinks for HEX rive Type ounterbores & Type arbide -Tipped ounterbores Head imension Less..8.70.0.7.88..0.87.870.00.00.8.8....7.97 0.7.00.87.00 0.870.007. imension E Used On.0.00.7 # 0 / 0 / 8 7/.8..87 - -, - -, - -, - ll dimensions shown in inches. Head..87.88.00.8.8.70.0.7.88 0..0.87 0.8.870.97 0.0.0.87 0.70.7 0..0.87 0.8.870 # 0 00-000 00-00 00-00 00-00 00-008 00-000 00-00 00-00 ll dimensions shown in inches. & / 0 / 8 00-008 00-000 00-00 00-00 00-00 00-008 00-000 00-00 00-00 00-000 00-00 00-008 00-00 00-00 00-00 00-00 00-008 00-000 00-00 00-00 00-000 00-00 00-008 00-00 00-00 00-000 00-000 00-00 00-008 00-0 00-0 00-00 00-0 00-08 7/ 00-008 00-00 00-00 00-000 00-000 00-00 00-008 00-0 00-0 00-00 00-0 00-08 00-0 00-00 00-08 00-0 METUT 7
Pilots for ounterbores for HEX rive Type HSS ounterbores Head..87.88.00.8.8.70.0.7.88 0..0.87 0.8.870.97 0.0.0.87 0.70.7 0..0.87 0.8.870.97.0000 # 0 0-000 0-00 0-00 0-00 0-008 0-000 0-00 0-00 ll dimensions shown in inches. & / 0 / 8 7/ 0-008 0-000 0-00 0-00 0-00 0-008 0-000 0-00 0-00 0-000 0-00 0-008 0-00 0-00 0-00 0-00 0-008 0-000 0-00 0-00 0-000 0-00 0-008 0-00 0-00 0-000 0-000 0-00 0-008 0-0 0-0 0-00 0-008 0-00 0-00 0-000 0-000 0-00 0-008 0-0 0-0 0-00 0-0 0-08 0-0 0-0 /8 0-00 0-0 0-08 0-0 0-0 0-00 0-0 0-08 0-00 0-000 Head imension Less..8.70.0.7.88..0.87.870.00.00.8.8....7.97 0.7.00.87.00 0.000.007 imension E Used On.0.00.7.0 # 0 / 0 / 8 7/ /8..87.8..88 - - - - - ll dimensions shown in inches. 8 METUT
ack Spotfacers & ack ounterbores omplete Line of ack Spotfacing and ack ounterboring Tools ack Spotfacing tools are used primarily for spotfacing or counterboring hard-to-reach inside surfaces that cannot be machined by conventional methods. The cutter is engaged to the driving bar by a simple, quarter-turn hand operation, with no need for washers, lock screws or tooling. METUT back spotfacer pilots fit both back spotfacers and back counterbores, and are furnished with morse taper or straight shanks. ll pilots are stocked in a complete range of standard sizes. METUT 9
ack Spotfacers alanced rive High Speed Steel Tungsten arbide Tipped Use with 0 & Series Pilots (Page 7) Use with 0 Series & Series Pilots (Page 7) rive Size Overall No. of Flutes Overall arbide Root ia. arbide E rive Size...88.8.87.98.0..88..7.8.7.8...88.8.87.98.000.000.0..88.0.7..87.000.0 0-00 0-0 0-0 0-08 0-07 0-07 0-08 0-087 0-09 0-00 0-00 0-0 0-0-8 0-0- 0-7 0-0-0 0-7 0-0-0 0-0- 0-8 0-7 0-8 0-87 0-9 0-00 0-00 0-0 0-0-8 0-0-7 0-0 0-0-7 0-87 0-00 0-.70.70.70.70.70 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0..88.8.87.98.0..88.7.7..87.000 0-0 0-08 0-07 0-07 0-08 0-087 0-09 0-00 0-00 0-0 0-0-8 0-0-7 0-0 0-7 0-0 0-0-7 0-87 0-00....0.0.0.0.0.0.0.0.0.0.0.0.78.78.78.78.78.78...7..7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.7.70.70.70.70.70 0 0 0 0 0 0 0 0 0 0 0 0 0 ll dimensions shown in inches. NOTE: For 0 Series ack Spotfacers, the pilot diameter must be greater than the carbide root diameter. ll dimensions shown in inches. 70 METUT
ack ounterbores alanced rive High Speed Steel Use with 0 & Series Pilots (Page 7) rive Size Overall of Flutes.8.87.98.98.0..88..87..7.8....88.8.87.98.000.0.000.0..0.7-07 -08-087 -09-09 -00-0 - -8 - -8 - - -7 - -0 - - - -8-7 -8-87 -9-00 -0-00 -0 - - -7.....7.7.7.7.7 ll dimensions shown in inches. METUT 7
Pilots for alanced rive ack Spotfacers & ack ounterbores with Straight with Taper E RIVE SIZE MORSE TPER SHNK RIVE SIZE Use with 0 & 0 Series ack Spotfacers (Page 70) and Series ack ounterbores (Page 7) Use with 0 & 0 Series ack Spotfacers (Page 70) and Series ack ounterbores (Page 7) Pilot * ia. ody Inverted rive E Pilot * Morse Taper ody Inverted rive.8.70.0.7.88 0..70.0.7.88 0...98.0. 0...98.0..87 0.78.8.870.90.0 0.8.870.97 0.0 0.70 0.0 0.70 0.0-0 -0-07 -00-0 -0-00 -0-07 -00-0 -0-00 -0-0 -09-0 -0-00 -0-0 -09-0 -0-08 -07-078 -08-087 -090-0 -07-08 -087-09 -00 - - -7-00 - - -7-0 -.000.000.70.70.70.70.70.70.70.70.70.70 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.0.0.0.0.0.0.0.0.8.70.0.7.88 0..70.0.7.88 0...98.0. 0...98.0..87 0.78.8.870.90.0 0.8.870.97 0.0 0.70 0.0 0.70 0.0 0-0 0-0 0-07 0-00 0-0 0-0 0-00 0-0 0-07 0-00 0-0 0-0 0-00 0-0 0-0 0-09 0-0 0-0 0-00 0-0 0-0 0-09 0-0 0-0 0-08 0-07 0-078 0-08 0-087 0-090 0-0 0-07 0-08 0-087 0-09 0-00 0-0- 0-7 0-00 0-0- 0-7 0-0 0-.000.000.70.70.70.70.70.70.70.70.70.70 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ll dimensions shown in inches. *Finish ground for running fit in nominal size hole. ll dimensions shown in inches. *Finish ground for running fit in nominal size hole. 7 METUT
ack Spotfacers all Pin rive, Style High Speed Steel Use with 7, 7, 7, 7, 7 & 7 Series Pilots (Page 7) Overall rive Hole I.. rive Pin 0..0.87 0 0.8.870.97 0.97 0.0.0.87 0.87 0.70.7 0..0.7 0..0.87 0.8.870..0.87 0.8.870.0000.0.87-00 -00-000 -00-008 -008-00 -00-000 -000-000 -000-00 -008-0 -0-0 -0-00 -0-08 -0-0 -00-08 -0-0 -00-0 -08-0 -0-0 -00-0 -08-0 -0-000 -008-0......88.88.88.88.88.87.87.87.87.87.87.87.87.0.0.0.0.0.0.0.0......... - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -.0.0.0.0.0.7.7.7.7.7.........87.87.87.87.87.87.87.87.87 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 00-900 ll dimensions shown in inches. METUT 7
Pilots for all Pin rive, Type ack Spotfacers with Straight F E STRIGHT SHNK Use with,,,, & Series ack Spotfacers (Page 7) Pilot *.00.8.8.70.0.7.70.0.7.88 0...0 0...0..87 0.0.87 0.8.870 0.870.97 0.870.97 0.0.0 7-00 7-008 7-000 7-00 7-00 7-00 7-008 7-00 7-00 7-008 7-000 7-00 7-00 7-00 7-000 7-00 7-00 7-00 7-000 7-00 7-00 7-008 7-000 7-00 7-008 7-00 7-00 7-008 7-00 7-000 7-000 7-00 7-000 7-000 7-00 7-008 ody.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000 ll dimensions shown in inches. *Finish ground for running fit in nominal size hole. rive -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S -S rive.0.0.0.0.0.0.0.7.7.7.7.7.7.7.7......87.87.87.87.87 E.7.7.7.7.7.7.7.0.0.0.0.0.0.0.0 0 0 0 0 0 0 0.870.870.870.870.870 0 0 0 0 0 0 0 0 0 F.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000 7 METUT
Port ontour utters Full Range of Porting Tools for SE, ISO, SPP/SPF & NS Specifications METUT Port ontour utters produce the form and finish required on internal straight thread o-ring ports in a single operation. Straight thread ports usually are required for highpressure hydraulic fittings, which must be in compliance with automotive, military, aerospace and commercial specifications. METUT porting tools are form-relief ground and designed so that a simple face grinding reconditions the tool with no dimensional loss. METUT produces the most complete line of Port ontour utters in the industry. High speed steel and carbide tipped are standard in all sizes. Straight, morse taper and radial drive shank styles are available on all size tools. Indexable porting tools are available for meeting SE and military specifications. METUT 7
Port ontour utters SE J9, MS High Speed Steel, Straight Tube E F Pre-rill Thread Small ore Head / Size No. O.. Spotface /. -0.7.8.7.. F x.88 /8.87-07..70.7.. O x.88 7/ 0.0-0.89.88... U x.8 / 0. -00..9.... x.8 9/ 8.7-0.09.99....8 x.87 / 8-07.89.98.9.87.87.7 x.97 7/8 0. -087.80..78.87.87.78 x.0 -/ -0.98..9..87.9 x -/.87-8.0.77.9..87.09 x -/ -..99.9..87. x -/8 0 -..80.9.7.87. x -7/8-87.79.70.9.7.87.78 x -/.000-0.9.90.9.7.87. x ll dimensions shown in inches. High Speed Steel, Morse Taper Tube E F Pre-rill Thread Small ore Head / Size No. O.. Spotface /. -0.7.8.7.. F x.88 /8.87-07..70.7.. O x.88 7/ 0.0-0.89.88... U x.8 / 0. -00..9.... x.8 9/ 8.7-0.09.99....8 x.87 / 8-07.89.98.9.87.87.7 x.97 7/8 0. -087.80..78.87.87.78 x.0 -/ -0.98..9..87.9 x -/.87-8.0.77.9..87.09 x -/ -..99.9..87. x -/8 0 -..80.9.7.87. x -7/8-87.79.70.9.7.87.78 x -/.000-0.9.90.9.7.87. x ll dimensions shown in inches. 7 METUT
Port ontour utters SE J9, MS High Speed Steel, Taper with Extra Reamer Tube Thread Size No. O.. Small Spotface ore Head E Morse Taper F Pre-rill / / /8 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 -/ 8 0 0..87.0..7..87.000-0 -07-0 -00-0 -07-087 -0-8 - - -87-0.7..89..09.89.80.98.0...79.9.8.70.88.9.979.98...77.90.80.70.90.80.80.90.90.80.970.......000.000.0.0.0.0.0.0......87.87.87.87.87.87.87.87 F x.8 O x.8 U x.97. x.97.8 x.98.7 x.090.78 x.0.9 x.70.09 x.70. x.70. x.70.78 x.70. x.70 ll dimensions shown in inches. High Speed Steel, Radial rive Tube Thread Size No. O.. Small Spotface ore Head E Radial rive of Flutes Pre-rill / / /8 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 8 0 0..88.0..7..87 ll dimensions shown in inches. 0-0 0-07 0-0 0-00 0-0 0-07 0-087 0-0 0-8 0-0- 0-87.7..89..09.89.80.98.0...79.87.87.87.98.9.7..8.000...7.7....9.78.9.9.9.9.9.0.0.0.0...7.88.88.88.88.88 R R R R R R R RE RF RF RJ RJ F x.87 O x.87 U x.8. x.8.8 x.87.7 x.97.78 x.0.9 x.09 x. x. x.78 x METUT 77
Port ontour utters SE J9, MS Tungsten arbide Tipped, Straight Tube Thread Size No. O.. Small Spotface ore Head E F Pre-rill / / /8 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 -/ 8 0 0..87.0..7..87.000-0 -07-0 -00-0 -07-087 -0-8 - - -87-0.7..89..09.89.80.98.0...79.9 ll dimensions shown in inches. Special carbide grades and coatings available upon request..8.70.88.9.99.98...77.90.80.70.90.7.7....9.78.9.9.9.9.9.9......87.87...... all quotations for price and availability.......87.87.87.87.87.87.87.87 F x.88 O x.88 U x.8. x.8.8 x.87.7 x.97.78 x.0.9 x.09 x. x. x.78 x. x Tungsten arbide Tipped, Morse Taper Tube Thread Size No. O.. Small Spotface ore Head E Morse Taper F Pre-rill / / /8 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 -/ 8 0 0..87.0..7..87.000-0 -07-0 -00-0 -07-087 -0-8 - - -87-0.7..89..09.89.80.98.0...79.9.8.70.88.9.979.98...77.90.80.70.90.7.7....9.78.9.9.9.9.9.9......87.87............87.87.87.87.87.87.87.87 F x.88 O x.88 U x.8. x.8.8 x.87.7 x.97.78 x.0.9 x.09 x. x. x.78 x. x ll dimensions shown in inches. Special carbide grades and coatings available upon request. all quotations for price and availability. 78 METUT
Port ontour utters SE J9, MS Tungsten arbide Tipped Taper with Extra Reamer Thread Size No. Tube O.. Small Spotface ore Head E Morse Taper F Pre-rill / / /8 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8 8 0 0..87.0..7..87-0 -07-0 -00-0 -07-087 -0-8 - -.7..89..09.89.80.98.0.. ll dimensions shown in inches. Special carbide grades and coatings available upon request..8.70.88.9.979.98...77.90.80.80.80.90.90.80.970.....000.000.0.0.0.0 all quotations for price and availability.......87.87.87.87.87.87 F x.8 O x.8 U x.97. x.97.8 x.98.7 x.090.78 x.0.9 x.70.09 x.70. x.70. x.70 Tungsten arbide Tipped, Radial rive Use with 0, & Series Holders (Pages 0-) Tube Thread Size No. O.. / /8 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 -/ 8 0 0..88.0..7..87.000 0-0 0-07 0-0 0-00 0-0 0-07 0-087 0-0 0-8 0-0- 0-87 0-70 Small.7..89..09.89.80.98.0...79.9 Spotface.87.87.87.98.9.7..8.000.. ore.7.7....9.78.9.9.9.9.9.9 Head.0.0.0.0...7.88.88.88.88.88.88 E Radial rive R R R R R R R RE RF RF RJ RJ RS ll dimensions shown in inches. Special carbide grades and coatings available upon request. all quotations for price and availability. of Flutes Pre-rill / F x.87 O x.87 U x.8. x.8.8 x.87.7 x.97.78 x.0.9 x.09 x. x. x.78 x. x METUT 79
Port ontour utters SE J9, MS Indexable, Straight - Through oolant Tube Thread Size No. O.. Small Spotface Iameter ore Head E Pre-rill / 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 -/ 8 0 0.0..7..87.000 ll dimensions shown in inches. 7-0 7-00 7-0 7-07 7-087 7-0 7-8 7-7- 7-87 7-80.89..09.89.80.98.0...79.9 Inserts included with tool..87.9.979.98...77.90.80.70.90....9.78.9.9.9.9.9.9.89.89.89..87.0.0.0.7.7.8.000 U x.8. x.8.8 x.87.7 x.97.78 x.0.9 x.09 x. x. x.78 x. x Inserts & ccessories for Indexable, Straight Port ontour utters Insert F&G Insert F&G Insert H Insert H Tool Honed Unhoned Torx Torx Honed Unhoned Torx Torx oated Uncoated Screw Wrench oated Uncoated Screw Wrench 7-0 -0- -0-0-07 0-07 T-7 --GF --FE 0-07 0-07 T-7 7-00 -0- -0-0-07 0-07 T-7 --GF --FE 0-07 0-07 T-7 7-0 -0- -0-0-07 0-07 T-7 --GF --FE 0-07 0-07 T-7 7-07 -- -- 0-00 0-08 T-8-7-GF -7-FE 0-0 0-0 T-0 7-087 -- -- 0-00 0-08 T-8-7-GF -7-FE 0-0 0-0 T-0 7-0 -7- -7-0-08 0-0 T- -00-GF -00-FE 0-08 0-0 T- 7-8 -7- -7-0-08 0-0 T- -00-GF -00-FE 0-08 0-0 T- 7- -7- -7-0-08 0-0 T- -00-GF -00-FE 0-08 0-0 T- 7- -00- -00-0-08 0-0 T- -00-GF -00-FE 0-08 0-0 T- 7-87 -00- -00-0-08 0-0 T- -00-GF -00-FE 0-08 0-0 T- 7-80 -0- -0-0-08 0-0 T- -00-GF -00-FE 0-08 0-0 T- NOTE: Sizes not listed, and special configurations available on request. NOTE: Insert G is available with /" nose radius (e.g. --, --, -7-, -0-). Prices on request. NOTE: Insert H is available with a HF chip breaker for long chipping materials such as 00 series stainless steel (e.g., -7-HF) 80 METUT
Port ontour utters SE J9, MS ouble Feed Indexable Porting Tools (Two Effective Flutes) Tube E Pre-rill Thread Small Spotface ore Head / Size No. O.. 9/-8.7 7-0.09.979..000. x.87 /- 8 7-07.89.97.9.0. x.97 7/8-0. 7-087.80.8.78.0. x.0 -/- 7-0.98..9.8 x -/- 7-..99.9.0 x Protected under Greenfield Industries US Patent No. 87, "Port utting Tool with Multiple Function Inserts". Inserts & ccessories for ouble Feed Indexable Porting Tools Insert H Insert H Insert H Insert F Insert F Torx Torx Unhoned Unhoned Honed Torx Torx Standard Unhoned Screw Wrench oated Uncoated oated Screw Wrench 7-0 -87- -87-0- 0-0 T- J--FF J--FE J--GF 0-00 0-08 T-8 7-07 -0- -0-0-07 0-07 T-7 J-7-FF J-7-FE J-7-GF 0-0 0-0 T-0 7-087 -- -- 0-00 0-08 T-8 J-7-FF J-7-FE J-7-GF 0-0 0-0 T-0 7-0 -7- -7-0-08 0-0 T- J-00-FF J-00-FE J-00-GF 0-8 0-0 T- 7- -7- -7-0-08 0-0 T- J-0-FF J-0-FE J-0-GF 0-8 0-0 T- Sizes and special configurations not listed call -888--70 for price and availability. Protected under Greenfield Industries US Patent No. 97, "Multiple Function Inserts for Port utting Tool". ouble Feed Indexable Porting Tool with Spade lade Insert. E Tube E Thread Small Spotface ore Head No. O.. 9/-8.7 7-0.09.979.8.09 /- 8 7-07.89.97.7.8 7/8-0. 7-087.80.8.8. -/- 7-0.98..9. -/- 7-..99.9.7 pplication information can be found on METUT's Spade lade rochure. Spade lades, Inserts & ccessories for ouble Feed Indexable Porting Sizes and special configurations not listed call -888--70 for price and availability. Protected under Greenfield Industries US Patent No. 97, "Multiple Function Inserts for Port utting Tool". LE INSERT "H" lade Multi Layer Locating Torx Torx Seat Torx Torx (TiN/TiN) TiLN Pin Screw Wrench Insert H Screw Wrench 7-0 7F0-009G 7F0-009 SP- 0-0 0-07 T-7 J-FF 0-00 0-08 T-8 7-07 7F0-089G 7F0-089 SP- 0-0 0-07 T-7 J7-FF 0-0 0-0 T-0 7-087 7F-080G 7F-080 SP- 0-00 0-08 T-8 J7-FF 0-0 0-0 T-0 7-0 7F-098G 7F-098 SP- 0-08 0-0 T- J00-FF 0-8 0-0 T- 7-7F-G 7F- SP- 0-08 0-0 T- J0-FF 0-8 0-0 T- METUT 8
Port ontour utters in Metric Sizes ISO 9-, SE J/ High Speed Steel, Straight, With Groove.. mm.0" E ETIL R. mm.00" MX Metric Sizes R. mm.0079" F ETIL Thread Size Small Spotface * ore Head E ia. F Groove Pre-rill / M 8 x M 0 x M x. M x. M x. M 8 x. M x. M 7 x M x M x M 8 x 9-0008 9-000 9-00 9-00 9-00 9-008 9-00 9-007 9-00 9-00 9-008 7.0 (.77) 9.0 (.) 0. (.). (.9).8 (.7). (.) 0. (.808).09 (.98).0 (.) 0.00 (.7).0 (.8) 7 (.9) 0 (.787) (.90) (.98) 8 (.0) 0 (.8) (.8) 0 (.78) 9 (.99) 0 (.) (.98) Inches are shown in parentheses; all other dimensions are in millimeters.. (.8). (.8) (.) (.). (.0) 7 (.9) 8 (.7087) (.8) (.8). (.888) (.98) * Includes groove.. (.7). (.7). (.7). (.7) 0.8 (.00) 0.8 (.00) 0.8 (.00) 7. (.) 7. (.) 7. (.) 7. (.).7 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 (). (.00). (.00).7 (.).7 (.) (.) (.99) 9 (.78) (.88) (.99) (.0) 9 (.7) (.8) (.99) (.07) 7 (.) ( x.89) (P x.89) (W x.8) (. x.8) (. x.70) (. x.809) (.78 x.89) (.9 x.0) (.7 x.0) (. x.0) (.78 x.) High Speed Steel, Straight, without Groove. E Metric Sizes Thread Size Small Spotface ore Head E ia. Pre-rill / M 8 x M 0 x M x. M x. M x. M 8 x. M x. M 7 x M x M x M 8 x 9-008 9-00 9-0 9-0 9-0 9-08 9-0 9-07 9-0 9-0 9-08 7.0 (.77) 9.0 (.) 0. (.). (.9).8 (.7). (.) 0. (.808).09 (.98).0 (.) 0.00 (.7).0 (.8) (.) (.99) 9 (.78) (.88) (.99) (.0) 9 (.7) (.8) (.99) (.07) 7 (.). (.8). (.8) (.) (.). (.0) 7 (.9) 8 (.7087) (.8) (.8). (.888) (.98). (.7). (.7). (.7). (.7) 0.8 (.00) 0.8 (.00) 0.8 (.00) 7. (.) 7. (.) 7. (.) 7. (.).7 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 (). (.00). (.00).7 (.).7 (.) ( x.89) (P x.89) (W x.8) (. x.8) (. x.70) (. x.809) (.78 x.89) (.9 x.0) (.7 x.0) (. x.0) (.78 x.) Inches are shown in parentheses; all other dimensions are in millimeters. Metric Indexable models are available price on application (PO) ISO-9 & SE J (980-99) Specifications available as (PO) 8 METUT
Port ontour utters in Metric Sizes ISO 9-, SE J/ Tungsten arbide Tipped, Straight, With Groove.. mm.0" Metric Sizes E ETIL R. mm.00" MX R. mm.0079" F ETIL Thread Size Small Spotface * ore Head E ia. F Groove Pre-rill / M 8 x M 0 x M x. M x. M x. M 8 x. M x. M 7 x M x M x M 8 x M 0 x 9-0008 9-000 9-00 9-00 9-00 9-008 9-00 9-007 9-00 9-00 9-008 9-000 7.0 (.77) 9.0 (.) 0. (.). (.9).8 (.7). (.) 0. (.808).09 (.98).0 (.) 0.00 (.7).0 (.8) 8.0 (.8) 7 (.9) 0 (.787) (.90) (.98) 8 (.0) 0 (.8) (.8) 0 (.78) 9 (.99) 0 (.) (.98) 79 (.99). (.8). (.8) (.) (.). (.0) 7 (.9) 8 (.7087) (.8) (.8). (.888) (.98) 7. (.087). (.7). (.7). (.7). (.7) 0.8 (.00) 0.8 (.00) 0.8 (.00) 7. (.) 7. (.) 7. (.) 7. (.) 7. (.).7 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 (). (.00). (.00).7 (.).7 (.) 8. (.0) (.) (.99) 9 (.780) (.88) (.99) (.0) 9 (.7) (.8) (.99) (.07) 7 (.) 7 (.78) ( x.89) (P x.89) (W x.8) (. x.8) (. x.70) (. x.809) (.78 x.89) (.9 x.0) (.7 x.0) (. x.0) (.78 x.) (. x.) Inches are shown in parentheses; all other dimensions are in millimeters. * Includes groove. Tungsten arbide Tipped, Straight, Without Groove. Metric Sizes E Thread Size Small Spotface ore Head E ia. Pre-rill / M 8 x M 0 x M x. M x. M x. M 8 x. M x. M 7 x M x M x M 8 x M 0 x 9-008 9-00 9-0 9-0 9-0 9-08 9-0 9-07 9-0 9-0 9-08 9-00 7.0 (.77) 9.0 (.) 0. (.). (.9).8 (.7). (.) 0. (.808).09 (.98).0 (.) 0.00 (.7).0 (.8) 8.0 (.8) Inches shown in parentheses; all other dimensions are in millimeters. (.) (.99) 9 (.78) (.88) (.99) (.0) 9 (.7) (.8) (.99) (.07) 7 (.) 7 (.78). (.8). (.8) (.) (.). (.0) 7 (.9) 8 (.7087) (.8) (.8). (.888) (.98) 7. (.087). (.7). (.7). (.7). (.7) 0.8 (.00) 0.8 (.00) 0.8 (.00) 7. (.) 7. (.) 7. (.) 7. (.) 7. (.).7 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 () 9.0 (). (.00). (.00).7 (.).7 (.) 8. (.0) ( x.89) (P x.89) (W x.8) (. x.8) (. x.70) (. x.809) (.78 x.89) (.9 x.0) (.7 x.0) (. x.0) (.78 x.) (. x.) Metric Indexable models are available price on application (PO) ISO-9 & SE J (980-99) Specifications available as (PO) METUT 8
Port ontour utters MS 9, NS M 0 High Speed Steel, Straight Thread Size No. Tube O.. ** Small Spotface ore Head E F Pre-rill / / -. -00.7.8.8.00 F x.8 /8 -.87-007.8.70.88.00 O x.8 7/ - 0.0-00.9.88..00 U x.97 / - 0. -000..9..00. x.97 9/ - 8.7-00..979.7.00.8 x.98 /8-8 7.8-00.7.0.7.00. x.00 / - 8-007.9.98.89.000.00.7 x.090 7/8-0. -0087.80..9.000.00.78 x.0 -.88-000.9.080.000.00.90 x.0 / - -00.98..09.0.00.9 x.0 / -.87-08..790.080.0.00.09 x.0 / - -0..90.09.0.00. x.0 /8-0 -0.9.80..0.. x.70 7/8 - -087.799.70..0..78 x.70 ll dimensions shown in inches. **MIL-S-8879 UNJF lass Tungsten arbide Tipped, Straight Thread Size No. Tube O.. ll dimensions shown in inches. **MIL-S-8879 UNJF lass ** Small Spotface ore Head E F Pre-rill / / -. -00.7.8.8.00 F x.8 /8 -.87-007.8.70.88.00 O x.8 7/ - 0.0-00.9.88..00 U x.97 / - 0. -000..9..00. x.97 9/ - 8.7-00..979.7.00.8 x.98 /8-8 7.8-00.7.0.7.00. x.00 / - 8-007.9.98.89.000.00.7 x.090 7/8-0. -0087.80..9.000.00.78 x.0 -.88-000.9.080.000.00.90 x.0 / - -00.98..09.0.00.9 x.0 / -.87-08..790.080.0.00.09 x.0 / - -0..90.09.0.00. x.0 /8-0 -0.9.80..0.. x.70 7/8 - -087.799.70..0..78 x.70 8 METUT
Port ontour utters MS 9, NS M 0 Indexable, Straight - Through oolant Tube Thread Size No. O.. ** Small Spotface ore Head E Pre-rill / 7/ 0 / 0 9/ 8 / 7/8 -/ -/ -/ -/8-7/8 -/ 8 0 0 8.0..7..87 ll dimensions shown in inches. *Non-stocked. **MIL-S-8879 UNJF lass 8-0 8-00 8-0 8-07 8-087 8-0 *8-8 8-8- *8-87 8-8.9...9.80.98...9.799.7 Inserts included with tool..87.9.979.98...790.90.80.70.00...7.89.9.09.09.09...8.87.87.7.99.0.7.7.7.89..000 U x.97. x.97 8 x.98.7 x.090.78 x.0.9 x.0.09 x.0. x.0. x.70.78 x.70. x.90 Inserts & ccessories for Indexable, Straight Port ontour utters Insert F&G Insert F&G Insert H Insert H Tool Honed Unhoned Torx Torx Honed Unhoned Torx Torx oated Uncoated Screw Wrench oated Uncoated Screw Wrench 8-0 -0- -0-0-07 0-07 T-7 E--GF E--FE 0-07 0-07 T-7 8-00 -0- -0-0-07 0-07 T-7 E--GF E--FE 0-07 0-07 T-7 8-0 -0- -0-0-07 0-07 T-7 E-7-GF E-7-FE 0-00 0-08 T-8 8-07 -- -- 0-00 0-08 T-8 E-7-GF E-7-FE 0-00 0-08 T-8 8-087 -- -- 0-00 0-08 T-8 E-77-GF E-77-FE 0-00 0-08 T-8 8-0 -7- -7-0-08 0-0 T- E-78-GF E-78-FE 0-08 0-0 T- 8-8 -7- -7-0-08 0-0 T- E-78-GF E-78-FE 0-08 0-0 T- 8- -7- -7-0-08 0-0 T- E-78-GF E-78-FE 0-08 0-0 T- 8- -00- -00-0-08 0-0 T- E-78-GF E-78-FE 0-08 0-0 T- 8-87 -00- -00-0-08 0-0 T- E-78-GF E-78-FE 0-08 0-0 T- 8-8 -00- -00-0-08 0-0 T- E-78-GF E-78-FE 0-08 0-0 T- NOTE: Sizes not listed, and special configurations available on request. NOTE: Insert G is available with /" nose radius (e.g. --, --, -7-, -0-). Prices on request. METUT 8
SPP/SPF (Rp) SI S Tungsten arbide Tipped, Straight F E E F Thread Small Spotface ore Head Size /8-8 -0..9. /-9-0..89.80 /8-9 -07.00.009.880.000 /- -00.78.8.0.0 /- -07.9..0.0.000 - -00.0.80..000 -/- -..9.7.000.000 -/- -0.77.0.7.000.000 - -00.9.000.7.0.000 -/- -0.87.89.0 Port etails SE J9, MS & ISO 9 (Metric) Port etail.00/.008 R MS 9, NS M 0 Port etail 8 METUT
Port ontour utters pplication Information Surface Feet Per Minute and Feet Per Revolution Material luminum ast Iron Mild Steel HSS utters SFM* 00 0 0 IPR**.009.0.009.0.00.009 * ased on Small. ** ased on -fluted tool. ll feed and speeds based on uncoated tools. Material luminum ast Iron Mild Steel TT utters SFM* 00 0 0 IPR**.009.0.009.0.00.009 Recommended Speeds and Feeds For 7 and 8 Series Indexable Port ontour utters The following speed and feed table should be used only as a starting point. Ultimate speeds and feeds depend upon the machine, the set-up, and material conditions Note: ll indexable tooling should be run on rigid spindle machines. 00 Series Mild Steel Stainless Steel ast Iron luminum Size RPM IPR RPM IPR RPM IPR RPM IPR 7-0 8-0 7-00 8-00 7-0 8-0 7-07 8-07 7-087 8-087 7-0 8-0 7-8 8-8 7-8- 7-8- 7-87 8-87 7-80 8-8 7/ 0 900-00.00-.00 00-700.00-.00 900-00.00-.00 900-00.00-.00 / 0 900-00.00-.00 00-700.00-.00 900-00.00-.00 900-00.00-.00 9/ 8 900-00.00-.00 00-700.00-.00 900-00.00-.00 900-00.00-.00 / 00-00.00-.00 900-000.00-.00 900-00.00-.00 900-00.00-.00 7/8 700-900.00-.00 00-00.00-.00 00-700.00-.00 00-00.00-.00 -/ 00-700.00-.00 0-0.00-.00 00-00.00-.007 700-900.00-.00 -/ 00-00.00-.00 0-0.00-.00 00-00.00-.007 00-00.00-.00 -/ 00-00.00-.00 000-00.00-.00 900-00.00-.007 900-00.00-.00 -/8 900-00.00-.007 800-900.00-.00 700-900.00-.008 00-00.00-.007-7/8 700-900.00-.007 00-700.00-.00 00-700.007-.009 900-00.00-.007 -/ 00-700.00-.007 0-0.00-.00 00-00.007-.009 00-700.00-.007 For 7 Series ouble Feed Indexable Porting Tools Mild Steel ast Iron luminum Size RPM IPR RPM IPR RPM IPR 7-0 9/ 8 900 00.00.00 900 00.00.00 900 00.00.00 7-07 / 00 00.00.00 900 00.008.0 900 00.00.00 7-087 7/8 700 900.00.00 00 700.008.0 00 00.00.00 7-0 / 00 700.008.0 00 00.00.0 700 900.008.0 7-8 / 00 00.008.0 00 00.00.0 00 00.008.0 For 7 Series Porting Tools Please refer to the above 7 series chart for specifying the feed only. Please refer to the application chart in the Spade lade rochure for the speed only. METUT 87
Pipe Tap utters Radial rive, High Speed Steel, NPTF (ry Seal) Or NPT E N T.P.F. Size Threads per Inch ±.00 E N Min. Hole Radial rive of Flutes.0...8.0.7.00..0.00.0.00 7 7 8 8 -/ -/ -/ -/ 8 8 8-00 8-0 8-0 8-07 8-00 8-07 8-00 8-8-0 8-00 8-70 8-700.9.9.9.9.00.9..8.0.0.00....8.8.7.9.7.7.7.0..9.0.0.0.0.0.0.........78.8.0.0.....8.8.0.0.00.00...0.0.0.0.00.00.77.87.7..8.79.777..8..7.8 R R R R R R RJ RJ RJ RJ RS RS ll dimensions shown in inches. Straight, High Speed Steel, NPTF (ry Seal) Or NPT.0 E F N T.P.F. Size Threads per Inch ±.00 E F N Min. Hole of Flutes.0...8.0.7.00..0.00 7 7 8 8 -/ -/ -/ -/ 87-00 87-0 87-0 87-07 87-00 87-07 87-00 87-87-0 87-00.9.9.9.9.00.9..8.0.0...8.8.7.9.7.7.7.0.0.0.0.0.0.0.......78.8.0.0.....0.0.00.00...0.0.0.0.77.87.7..8.79.777..8. ll dimensions shown in inches. 88 METUT
ore rills; Spot & hamfer rills Efficient, Economical rilling Tools METUT two-piece core drills are more economical than solid core drills because the holder is used repeatedly only the cutter end needs to be replaced. The drive features a square drive end on a short taper shank. The square eliminates all possibility of tang breakage or corner rounding. METUT two-piece core drill holders are available in long or medium flute lengths with spiral flutes for effective chip disposal. Short holders without flutes are available in morse taper or straight shanks. These holders are used where it is not necessary to guide-in a bushing. Spot and chamfer drills are available in a variety of sizes and two cutting angles. METUT 89
90 METUT Square rive ore rills 0-0 0-0-7 0-87 0-9 0-00 0-0 0-0-8 0-0- 0-7 0-0-0 0-0- 0-7 0-87 0-9 0-00 0-0- 0-7 0-0 0-7 0-00 0-0-0 0-7 0-00 0.0 0.870.97.0000.0.0.87.00.70.7 0..0 0.870.97.0000.0.00.70 0 0.0000.00 0 0.0000 ll dimensions shown in inches. *Non-stocked..7.7.7.000.000.000.000.000.00.08...7.....8.....9.7.8.8.9.00.0....7..8.97..0 *0-0 *0- *0-7 *0-87 *0-9 *0-00 *0-0 *0- *0-8 *0- *0- *0-7 *0- *0-0 *0- *0- *0-7 *0-87 *0-9 *0-00 *0- *0- *0-7 *0-0 *0-7 *0-00 *0- *0-0 *0-7 *0-00 0. 0.7....7.7.000.. 7.000 7 7 8.000 8.000 8.000 *-0 *- *-7 *-87 *-9 *-00 *-0 *- *-8 *- *- *-7 *- *-0 *- *- *-7 *-87 *-9 *-00 *- *- *-7 *-0 *-7 *-00 *- *-0 *-7 *-00 7 7 7 7 7 7 87 87 87 87 87 9 9 9 9 9 Head Small End E Morse Taper F Square rive ody w/utter ody w/utter Short Fluted Holders Long Fluted Holders High Speed Steel utters.87..7. 7. 7. 7 7. 8.000 8.0 8. 8. 9.000 9.000 9 9 0.000 0 0 Square rive ore rill Screws & 7 87 & 9 olt Size 0-08 0-0 0-0 0-0 Square rive No. 0 x / 0 x / 8 x -/ / 8 x -/
Spot and hamfer rills Indexable FLT FLT NGLE REF. I. OVER INS. NGLE REF. I. OVER INS. 90 Included ngle 0 Included ngle Torx Torx Included Maximum Extension Overall Effective Insert Screw Wrench ngle Inserts No. No. 8-0900 90..0.0 T-7-HM T-7-HL 0-00 0-08 T-8 8-00 0.8.0.0 S-00-M S-00-L 0-8 0-0 T- arbide Grade escriptions: M V tri-phase coated tough carbide grade for steels, stainless steel and high temp alloys (HM, M inserts). L PV coated micrograin carbide for cast iron, nonferrous metals, nonmetals, austenitic stainless steels and titanium (HL, L inserts). NOTE: Inserts available in a H grade - a PV coated micrograin carbide for abrasive nonferrous alloys (HH, H inserts). Prices on request. High Speed Steel 90 Included ngle s 8 Included ngle imensions E 8-07 8-00 8-07 8-00 8-07 8-00 8-07 8-00.7 7.800 7.800 7.800 7.800.0.0.0.0 ll dimensions shown in inches. METUT 9
9 METUT Technical Reference Fraction Inches mm / 7/ / 9/ 7/ 9/ 9/ /8 / / / / / / 7/ / 9/ / / / / 7/ / 7/8 7/ 9/ 9/ / / / /...9..78.98.09.0.0..79.87.70.788.7 0.7.78.799.8.88.88.89.870.890.90.99.97.9.988.98 0 ecimal & Metric Equivalents Fraction Inches / / / / / / 7/ /8 9/ / / / / 7/ / / 7/ 9/ 9/ / / / / /8 / / 7/ 7/ 9/ / / /.0.0.09.0.078.098.09.0.0..79.87.0.88..00..8.99.8.8.9.70.90.0.9.7..88.8 0 mm 0.97 0.79.9.88.98.8.778.7.7.979..7.9..9.0.77 7. 7. 7.98 8. 8.7 9.8 9. 9.9 0.9 0.7..09.90.0.700.097.9.89.88.8.08.78.87.7.9 7.0 7. 7.89 8. 8. 9.00 9.7 9.8 0. 0.8.0..88...09..8.8.0.00.00
Technical Reference etails Radial rive rive No. R R R 0.870.0.98.7.7.70.7. 0.0 0 RE RF RJ RS.70 0.0000 0... 0.8 0.70 0.0.70 0 Pin rive Pin rive E F 0 0.70.7..0.87 0.870 0 0 0.98......88 0 0 0 0 0 0 0 0 0 0.0.0.87.88.00.00.00.70 0.870.0.0 0.70 0 0.0000.0000.0.87.00.00 0.70 Note: an be used as a straight shank counterbore. Inverted rive rive No. E.70 0.70 0.97.97.97.0.0.0.0.0.0.77.77.77 0 0 0 0.0.0..7..8.0.0 METUT 9
Technical Reference etails Square rive Square rive E F G H 7 87 9 0.97.0 0.0000...88.87.000.9.7.78.90.0..0....0.0.0.0.0.098.7.7.7....88.87.87.87 #0 / 0 / 0 / 8 / 8 / 8 HEX rive Type HEX rive HEX Size - - - -.70..870 0.0.70.0.70.0.9.78.0 HEX rive Type HEX rive E F - - - - -.7.98.90 0.8.78.90..79.9.0.9.7.988.88.80.80.0.0.0.00.00.00.00.090.00.00...0 9 METUT
METUT 9 Technical Reference etails Morse Taper Stub Taper....87.87. 8. K.0..0..78..70 Morse Taper No. 0...88.88.0.0..0.88..0..0 7.7 F..0.0..9. G..99.99.0... J.98.0.0.87.98 7.000..7.700.98..78.9.0.7.8... E..87.88 H..0.9.88...0..8..88.8.98 E.88.88.88.88.88.. H.00.00.0.0...0....98.0.88.000 Stub Taper No. 0,.9.79.98..7. G..78.98.0.88..8 F.7.7.700.98..78
Metalcutting Safety Please read this before using METUT products Modern metalcutting operations involve high energy, high spindle or cutter speeds, and high temperatures and cutting forces. Hot, flying chips may be projected from the workpiece during metalcutting. lthough advanced cutting tool materials are designed and manufactured to withstand the high cutting forces and temperatures that normally occur in these operations, they are susceptible to fragmenting in service, particularly if they are subjected to over-stress, severe impact or otherwise abused. Therefore, precautions should be taken to adequately protect workers, observers and equipment against hot, flying chips, fragmented cutting tools, broken workpieces or other similar projectiles. Machines should be fully guarded and personal protective equipment should be used at all times. When grinding advanced cutting tool materials, a suitable means for collection and disposal of dust, mist or sludge should be provided. Overexposure to dust or mist containing metallic particles can be hazardous to health particularly if exposure continues over an extended period of time and may cause eye, skin and mucous membrane irritation and temporary or permanent respiratory disease. ertain existing pulmonary and skin conditions may be aggravated by exposure to dust or mist. dequate ventilation, respiratory protection and eye protection should be provided when grinding and workers should avoid breathing of and prolonged skin contact with dust or mist. General Industry Safety and Health Regulations, 90. U.S. epartment of Labor, published in Title 9 of the ode of Federal Regulations should be consulted. Obtain from METUT and read the applicable Material Safety ata Sheet before grinding. utting tools are only one part of the worker-machine-tool system. Many variables exist in machining operations, including the metal removal rate; the workpiece size, shape, strength and rigidity; the chucking and fixturing; the load carrying capability of centers; the cutter and spindle speed and torque limitations; the holder and boring bar overhang; the available power; and the condition of the tooling and the machine. safe metalcutting operation must take all of these variables, and others, into consideration. METUT has no control over the end use of its products or the environment into which those products are placed. METUT urges that its customers adhere to the recommended standards of use of their metalcutting machines and tools, and that they follow procedures that ensure safe metalcutting operations. The information included throughout this catalog under the heading Technical ata and other recommendations on machining practices referred to herein are only advisory in nature and do not constitute representations or warranties and are not necessarily appropriate for any particular work environment or application. 9 METUT
Index by Series Series escription Page Series escription Page Series escription Page 0 Screws... 9 00 ounterbore... 0 0 ountersink... 0 ounterbore... 0 ounterbore... ountersink... ountersink... 0 Square rive ore rill... 90 0 ack Spotfacer... 70 ack ounterbore... 7 0 Port ontour utter... 77 Port ontour utter... 77 Port ontour utter... 7 Port ontour utter... 7 Port ontour utter... 8 ountersinks-single Flute... 8 9 Port ontour utter... 8 77 ountersinks-four Flute... 8 79 ountersinks-three Flute... 8 8 ounterbore-ap Screw... 8 HSS Spot & hamfer rills... 9 8 Pipe Tap utter... 88 87 Pipe Tap utter... 88 00 ounterbore... 0 ounterbore... 0 ounterbore... 0 ack Spotfacer... 70 0 Port ontour utter... 79 Port ontour utter... 79 Port ontour utter... 78 Port ontour utter... 78 Port ontour utter... 8 SPP/SPF... 8 ountersink... 7 Port ontour utter... 80 8 Port ontour utter... 8 9 Port ontour utter... 8 70 Indexable rill... - 7 Indexable rill... 7 Positive Rake Indexable rill8 77 ouble Feed Indexable rill.. 8 Indexable Spot rill... 9 90 oolant Gland... 0 00 Holder... 9 0 Holder... 9 07 ounterbore... 7 07 ounterbore... 7 07 ounterbore... 7 07 ounterbore... 7 0 Holder... 0 0 Holder... Holder... Holder... 0 ounterbore... 9 ounterbore... 9 ounterbore... 9 7 ounterbore... 8 7 ounterbore... 8 7 ounterbore... 8 7 ounterbore... 8 0 Square rive ore rill... 90 Square rive ore rill... 90 00 Holder... 0 Holder... 0 Holder... 0 Holder... Holder... 80 Holder... ack Spotfacer... 7 ack Spotfacer... 7 ack Spotfacer... 7 ack Spotfacer... 7 ack Spotfacer... 7 ack Spotfacer... 7 7 Pilot... 7 7 Pilot... 7 7 Pilot... 7 7 Pilot... 7 7 Pilot... 7 7 Pilot... 7 7 Indexble Porting Tool... 8 00 Pilot... 0 Pilot... 0 Pilot... 7 Pilot... 7 7 Indexable Porting Tool... 8 70 Indexable rill-metric... - 00 Pilot... 7 00 Pilot... 7 00 Pilot... 7 00 Pilot... 7 0 Pilot... 8 0 Pilot... 8 0 Pilot... 8 0 Pilot... 8 0 Pilot... 8 70 ounterbore... 0 770 ounterbore... 780 ounterbore... Floating Holder... OFF Floating Holder... OF Reamer... 0 OF Reamer... 0 R Reamer-ustom... 8 R Reamer-ustom... 9 FL Floating Holder... OF Reamer-ustom... OF Reamer-ustom... 7 SR Reamer-ustom... 9 SOF Reamer-ustom... 7 7H_S_ Spade lade Holder... 7-8 7H_T_ Spade lade Holder... 9 7S_S_ Spade lade Holder... 7 7S_T_ Spade lade Holder... 8-9 METUT 97