Why settle for 2 cutting edges when you can have 3 on one insert?

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Anthony Morris
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1 MillLine Tungaloy Report No. 421-US TUNG-TRI Why settle for 2 cutting edges when you can have 3 on one insert?

2 ACCELERATED MACHINING 2 TUNG-TRI

3 MillLine Tung-Tri s economical insert with 3 cutting edges and optimized geometry improves efficiency and productivity with the square shoulder milling cutter.

Excellent cutting performance with improved profitability Economical insert with 3 cutting edges 1 2 Good surface finish due to positive inclination on wiper edge 3 Uniquely designed flank face with

Large rake angle Excellent chip formation NMJ chipbreaker Comparison of cutting force (% (With MJ chipbreaker being 100%) 100 90 80 70 60 12 Reduced!

4 Excellent cutting performance with improved profitability Economical insert with 3 cutting edges 1 2 Good surface finish due to positive inclination on wiper edge 3 Uniquely designed flank face with built-in "margin" that prevents chattering and chipping. Drastically reduced cutting force 10º ~ 13º Low cutting force for all depths of cut due to helical cutting edge with large rake angle. Large rake angle Excellent chip formation NMJ chipbreaker Comparison of cutting force (% (With MJ chipbreaker being 100%) Reduced! Each corner marked by number Chip splitter help form small chips - 10% reduction in cutting force compared to MJ chipbreaker due to split chips. - Suitable for machining with large width of cut due to split chips. Cutter Insert 50 Grade Workpiece Cutting speed Feed per tooth Depth of cut Width of cut Coolant Machine NMJ MJ : TPA15R300U0100A06 (ødc = 3", z = 6) : TOMT150608PDER-NMJ TOMT150608PDER-MJ : AH3135 : 4140 (200HB) : Vc = 328 sfm : fz = ipt : = 0.512" : ae = 1.142" : Wet : Vertical M/C, CAT50 4 TUNG-TRI

Good machining performance ACCELERATED MACHINING New AJ chipbreaker Wiper with positive inclination Good

Large rake angle & high inclination cutting edge Low cutting force and smooth cutting Cutting edge

clearance geometry is optimized to enhance insert robustness and vibration-damping for aluminum machining

2 0 Ra Rz Cutter Insert Grade Workpiece Cutting speed Feed per tooth Depth of cut Width of cut Coolant

25", z = 3) : TOGT100408PDFR-AJ : KS05F : 7075 (Alumigo Hard) : Vc = 2953 sfm : fz = 0.004 ipt : = 0.

827" : External air : Vertical M/C, HSK63A 8 7 6 5 4 3 2 1 0 Maximum roughness Rz µm Wall accuracy Wall

039-100 -50 0 50 Displacement (µm) Cutter Insert Grade Workpiece Cutting speed Feed per tooth Depth of cut

5 Good machining performance ACCELERATED MACHINING New AJ chipbreaker Wiper with positive inclination Good surface finish by directing chips away from wall Lping treatmen Prevent welding on the workpiece material Large rake angle & high inclination cutting edge Low cutting force and smooth cutting Cutting edge comparison: cross sections Conventional rectangle insert Cross section image Anti-chatter design The clearance geometry is optimized to enhance insert robustness and vibration-damping for aluminum machining Conventional insert Arithmetical mean roughness Ra µm Surface finish Ra Rz Cutter Insert Grade Workpiece Cutting speed Feed per tooth Depth of cut Width of cut Coolant Machine Competitor A Competitor B : EPA10R125U0125W03N(øDc = 1.25", z = 3) : TOGT100408PDFR-AJ : KS05F : 7075 (Alumigo Hard) : Vc = 2953 sfm : fz = ipt : = 0.079" : ae = 0.827" : External air : Vertical M/C, HSK63A Maximum roughness Rz µm Wall accuracy Wall height (in) Competitor A Competitor B Displacement (µm) Cutter Insert Grade Workpiece Cutting speed Feed per tooth Depth of cut Width of cut Coolant Machine : EPA10R125U0125W03N(øDc = 1.25", z = 3) : EPA10R032M N : TOGT100408PDFR-AJ : KS05F : 7075 (Alumigo Hard) : Vc = 2953 sfm : fz = ipt : = in x 2 pass : ae = 0.197" : External air : Vertical M/C, HSK63A Direction of measurement 5

$New coated grade offers long tool life New grade for steel and stainless steel machining Dramatically improved chipping and fracture resistance - Multi-layered coating prevents crack expansion which$ AH3135 TUNGALOY Steel Special Surface Technology Stainless Smooth insert surface prevents chip adhesion!

AH3135 TUNGALOY Steel Special Surface Technology Stainless Smooth insert surface prevents chip adhesion!

1.25", z = 3) : TOMT100404PDER-MJ : AH3135 : 1055 (200HB) : Vc = 500 sfm : fz = 0.006 ipt : = 0.240" : ae = 0.

6 New coated grade offers long tool life New grade for steel and stainless steel machining Dramatically improved chipping and fracture resistance - Multi-layered coating prevents crack expansion which causes chipping and fracture. - Exclusive carbide substrate with remarkable impact resistance and toughness. AH3135 TUNGALOY Steel Special Surface Technology Stainless Smooth insert surface prevents chip adhesion! Multi-layered coating with high chipping resistance Carbide substrate with incredible toughness Long tool life due to high wear resistance Tool life Competitor B Max flank wear VBmax (in) Cutting length (ft) Competitor A Cutter Insert Grade Workpiece material Cutting speed Feed per tooth Depth of cut Width of cut Coolant Machine : EPA10R125U0125W03N (ødc = 1.25", z = 3) : TOMT100404PDER-MJ : AH3135 : 1055 (200HB) : Vc = 500 sfm : fz = ipt : = 0.240" : ae = 0.413" : Dry : Vertical M/C, HSK63 Specification New New Application Grade Substrate Coating layer Application code AH3135 P30 - P40 AH120 K15 - K30 T1215 K10 - K25 KS05F N05 - N15 Relative density Hardness (HRA) T.R.S. (GPa) Main Composition (Ti, Al)N Multi-layer Thickness (µm) (Ti, Al)N TiCN-Al2O Uncoated - 4 Features First choice for steel and stainless steel Improved chipping and fracture resistances General purpose grade for variety of materials Well-balanced performance First choice for cast iron Improved wear resistance For non-ferrous plications Excellent chipping resistance and cutting edge sharpness 6 TUNG-TRI

$ACCELERATED MACHINING Rich grade lineup for every kind of material - A total of four grades, including new CVD grade New AH3135 AH120 KS05F - PVD grade for high fracture resistance - Most suitable$ machining of steel, cast iron and superalloys - Non-coated carbide grade featuring sharp cutting edge and toughness, while reducing built-up edge formation - Most suited for non-ferrous materials New

machining of steel, cast iron and superalloys - Non-coated carbide grade featuring sharp cutting edge and toughness, while reducing built-up edge formation - Most suited for non-ferrous materials New

coating coating PremiumTec controls tensile residual stress and improves crack resistance.

7 ACCELERATED MACHINING Rich grade lineup for every kind of material - A total of four grades, including new CVD grade New AH3135 AH120 KS05F - PVD grade for high fracture resistance - Most suitable for steel and stainless steel in general cutting parameters Steel Stainless Steel Cast Iron Superalloys Non-ferrous - PVD grade with well-balanced wear and fracture resistance - Ideal for general machining of steel, cast iron and superalloys - Non-coated carbide grade featuring sharp cutting edge and toughness, while reducing built-up edge formation - Most suited for non-ferrous materials New T1215 Cast Iron - CVD grade with outstanding wear and chipping resistance - Best for cast iron at high-speed machining Special Surface Technology TUNGALOY Conventional item Indentation test on coating coating PremiumTec controls tensile residual stress and improves crack resistance. Indentation test on coating coating CVD coat by nature has high tensile residual stress allowing easy crack propagation. PremiumTec treatment enhances both smoothness and toughness on coating surface, improving resistance to chipping, built-up edge, and fracture. Application area Cutting speed Vc (sfm ) Low High T1215 AH120 Cast Iron Stable Unstable 7

8 Applicable for a wide range of cutting conditions Insert positioning in irregular pitch, combined with uniquely designed flank face of inserts, prevents chattering during machining. Irregular pitch α1 Cutting performance (in) Applicable area OK fz (ipt) (in) Applicable area OK OK fz (ipt) Competitor Chatter Strong chatter α3 α2 α1 = α2 = α3 Cutter : EPA10R125U0125W03N (ødc = 1.25", z = 3) Insert : TOMT100404PDER-MJ Grade : AH3135 Workpiece : 1055 (200 HB) Cutting speed : Vc = 500 sfm Width of cut : ae = 1.250" Machine : Vertical M/C, CAT50 High reliability Significant increase in clamping rigidity due to large sized screws and "SS-FiT" technology Screw size Inserts Competitor TOMT06 M2.5 M1.8 TOMT10 M3.5 M2.5 TOMT15 M4.5 M4 Clamping force Secure engagement of screw and thread 8 TUNG-TRI

ACCELERATED MACHINING Excellent wall accuracy High wall accuracy due to helical cutting edge with low cutting force Wall accuracy Wall height (in) 0.560 0.480 0.400 0.320 0.240 0.

25", z = 3) Insert : TOMT100404PDER-MJ Grade : AH3135 Workpiece : 1055 (200HB) Cutting speed : Vc = 500 sfm Feed per tooth : fz = 0.004 ipt Depth of cut : = 0.

9 ACCELERATED MACHINING Excellent wall accuracy High wall accuracy due to helical cutting edge with low cutting force Wall accuracy Wall height (in) Conventional Competitor A Competitor B Displacement (µm) Pass No. 1 Pass No. 2 Cutter : EPA10R125U0125W03N (ødc = 1.25", z = 3) Insert : TOMT100404PDER-MJ Grade : AH3135 Workpiece : 1055 (200HB) Cutting speed : Vc = 500 sfm Feed per tooth : fz = ipt Depth of cut : = 0.315" x 2 pass Width of cut : ae = 0.200" Machine : Vertical M/C, CAT50 Direction of measurement Displacement results : within 15 µm Conventional : within 17 µm Competitor A : within 22 µm Competitor B : within 35 µm 9

10 Roughing type Excellent chattering resistance - Ideal insert positioning in high helix angle - Irregular pitch Smooth chip evacuation - Big chip gullet that is plicable for large width of cut Main and sub-unit system TLA15 type Main unit - Exchangeable sub-units (A main unit can be used without the sub-unit.) - Adjustable cutting length Maximum depth of cut can be increased 2 sub-units are plicable on a main unit to increase depth of cut. Center bolt Sub-unit Comparison of plication area - Strong resistance to chattering and low cutting force cover a wide range of plications. - The plication range is remarkably expanded with NMJ chipbreaker. Cutting performance % with NMJ chipbreaker % OK Strong chatter with MJ chipbreaker % OK % % % OK ae (in) ae / ødc(in) ae (in) ae / ødc (in) Width of cut fz (ipt) Width of cut fz (ipt) Competitor Cutter : TLA15R300L275U0125A04M (ødc = 3", z = 4) Insert : TOMT150608PDER-NMJ, TOMT150608PDER-MJ Grade : AH3135 Workpiece : HB Cutting speed : Vc = 328 sfm Depth of cut : = 2.063" Coolant : Wet Machine : Vertical M/C, CAT50 10 TUNG-TRI

ACCELERATED MACHINING TPA06 High precision square shoulder milling cutters with triangular inserts ødb ød a b A.R. = +8.5 ~ +11.5, R.R. = -5.5 ~ -12.5 R R R Lf R ødc 90 Inch Max.

11 ACCELERATED MACHINING TPA06 High precision square shoulder milling cutters with triangular inserts ødb ød a b A.R. = +8.5 ~ +11.5, R.R. = -5.5 ~ R R R Lf R ødc 90 Inch Max. ødc z ødb ød l Lf b a lb Air hole Insert TPA06R200U0075A with TOMT06... SPARE PARTS Designation Clamping screw Lubricant Wrench Center bolt (Optional parts) TPA06R200U0075A08 CSTB-2.5 M-1000 T-8D (C0.375X1.125H) EPA06 High precision square shoulder milling endmills with triangular inserts A.R. = +8.5 ~ +11.5, R.R. = -5.5 ~ ødc øds R R R 90 Lf L Rs Inch Max. ødc z øds ls Lf L lb Air hole Insert EPA06R050U N without TOMT06... EPA06R063U N without TOMT06... EPA06R075U N with TOMT06... EPA06R100U0100W04N without TOMT06... SPARE PARTS Designation Clamping screw Lubricant Wrench EPA06... ødc 0.625" CSTB-2.5S M-1000 T-8D ødc 0.750" CSTB-2.5 M-1000 T-8D 11

HPA06-M High precision square shoulder milling endmills with triangular inserts A.R. = +8.5 ~ +11.5, R.R. = -12.5 ~ -5.5 Lf L6 C A Ts T R R R ødc ød3 90 A A-A cross section Metric Max.

12 HPA06-M High precision square shoulder milling endmills with triangular inserts A.R. = +8.5 ~ +11.5, R.R. = ~ -5.5 Lf L6 C A Ts T R R R ødc ød3 90 A A-A cross section Metric Max. ødc z L6 Lf C T ød3 Ts Ib Air hole Insert HPA06R016MM M with TOMT06... HPA06R020MM M with TOMT06... HPA06R025MM M with TOMT06... HPA06R032MM M with TOMT06... See page17 for TungFlex modular shank. SPARE PARTS Designation Clamping screw Lubricant Wrench HPA06R016MM08-02 CSTB-2.5S M-1000 T-8D HPA06R MM... CSTB-2.5 M-1000 T-8D TPA10 High precision square shoulder milling cutters with triangular inserts ødb ød a b A.R. = +9.5 ~ +11, R.R. = -4.5 ~ -0.5 R R R Lf R Inch Max. ødc z ødb ød l Lf b a Ib Air hole Insert TPA10R200U0075A with TOMT10... TPA10R250U0075A with TOMT10... TPA10R300U0100A with TOMT10... TPA10R400U0150A with TOMT10... ødc 90 SPARE PARTS Designation Clamping screw Grip Torx bit Lubricant Center bolt (Optional parts) TPA10R200U - 300U... SR14-562/S SW6-SD BLDT10/S7 M-1000 (C0.375X1.125H) TPA10R400U0150A08 SR14-562/S SW6-SD BLDT10/S7 M TUNG-TRI

ACCELERATED MACHINING EPA10 High precision square shoulder milling endmills with triangular inserts A.R. = +9.5 ~ +11, R.R. = -4.5 ~ -0.5 ødc øds R R R 90 Lf L Rs Inch Max.

13 ACCELERATED MACHINING EPA10 High precision square shoulder milling endmills with triangular inserts A.R. = +9.5 ~ +11, R.R. = -4.5 ~ -0.5 ødc øds R R R 90 Lf L Rs Inch Max. ødc z øds ls Lf L Ib Air hole Insert EPA10R100U0075W02N without TOMT10... EPA10R100U0100W02L with TOMT10... EPA10R100U0100W02N without TOMT10... EPA10R125U0125W02L with TOMT10... EPA10R125U0125W03ML with TOMT10... EPA10R125U0125W03N without TOMT10... EPA10R150U0125W02L with TOMT10... EPA10R150U0125W03ML with TOMT10... EPA10R150U0125W04N without TOMT10... EPA15R150U0125W03N without TOMT10... EPA15R200U0125W04N without TOMT10... SPARE PARTS Designation Clamping screw Grip Lubricant Torx bit EPA10... SR14-562/S SW6-SD M-1000 BLDT10/S7 HPA10-M High precision square shoulder milling endmills with triangular inserts A.R. = +9.5 ~ +11, R.R. = -4.5 ~ -0.5 Lf L6 C A Ts T R R R ødc ød3 90 A A-A cross section Metric Max. ødc z L6 Lf C T ød3 Ts Ib Air hole Insert HPA10R025MM M with TOMT10... HPA10R032MM M with TOMT10... See page17 for TungFlex modular shank. SPARE PARTS Designation Clamping screw Grip Lubricant Torx bit HPA10... SR14-562/S SW6-SD M-1000 BLDT10/S7 13

024 3.250 0.236 0.374 2.960 with TOMT10.

14 TLA10 Extended flute square shoulder mills for roughing with triangular inserts Lf R b A.R. = +9.5 ~ +11, R.R. = -4.5 ~ -0.5 R ødc a ød ødb R R Max. Inch Max. ødc Z eff z ødb ød l Lf b a Ib Air hole Insert TLA10R200L213U0075A with TOMT10... TLA10R250L213U0100A with TOMT10... SPARE PARTS Designation Clamping screw Lubricant Wrench Center bolt TLA10R200L213U0075A04 SR M-1000 T-10D SD TLA10R250L213U0100A04 SR M-1000 T-10D SD-08-C8 TPA15 High precision square shoulder milling cutters with triangular inserts ødb ød a b A.R. = +12 ~ +13.5, R.R. = -6 ~ -3.5 R R R Lf R ødc 90 Inch Max. ødc z ødb ød l Lf b a Ib Air hole Insert TPA15R200U0075A with TOMT15... TPA15R250U0075A with TOMT15... TPA15R300U0100A with TOMT15... TPA15R400U0150A07N without TOMT15... TPA15R500U0150A08N without TOMT15... TPA15R600U0200A10N without TOMT15... SPARE PARTS Designation Clamping screw Grip Lubricant Torx bit Center bolt (Optional parts) TPA15R200U0075A04 TS45120I H-TB2W M-1000 BT20S (TCS I) TPA15R250U0075A05 TS45120I H-TB2W M-1000 BT20S (C0.375X1.125H) TPA15R300U0100A06 TS45120I H-TB2W M-1000 BT20S (C0.500X1.375H) TPA15R400U0150A07N TS45120I H-TB2W M-1000 BT20S - TPA15R500U0150A08N TS45120I H-TB2W M-1000 BT20M - TPA15R600U0200A10N TS45120I H-TB2W M-1000 BT20M - 14 TUNG-TRI

ACCELERATED MACHINING EPA15 High precision square shoulder milling endmills with triangular inserts A.R. = +12 ~ +13.5, R.R. = -6 ~ -3.5 ødc øds R R R 90 Lf L Rs Inch Max.

15 ACCELERATED MACHINING EPA15 High precision square shoulder milling endmills with triangular inserts A.R. = +12 ~ +13.5, R.R. = -6 ~ -3.5 ødc øds R R R 90 Lf L Rs Inch Max. ødc z øds ls Lf L Ib Air hole Insert EPA15R150U0125W02L with TOMT15 EPA15R150U0125W03N without TOMT15 EPA15R200U0125W04N without TOMT15 SPARE PARTS Designation Clamping screw Grip Lubricant Torx bit EPA15... TS45120I H-TB2W M-1000 BT20S TLA15-M Extended flute square shoulder mills for roughing with triangular inserts A.R. = +12 ~ +13.5, R.R. = -6 ~ -3.5 Lf R b R ødc a ød ødb R R Max. Inch Max. ødc Z eff z ødb ød l Lf b a lb Air hole Insert TLA15R300L275U0125A04M with TOMT15... TLA15R400L326U0150A05M with TOMT15... SPARE PARTS Designation Clamping screw Grip Torx bit Lubricant Center bolt TLA15R300L275U0125A04M TS45120I H-TB2W BT20S M-1000 SD10-54 TLA15R400L326U0150A05M TS45120I H-TB2W BT20S M-1000 SD12-B9 15

102 4.000 5 10 3.882 1.299 1.814 1.102 2.

16 TLA15-S Sub unit to mount on TLA15-M type for longer Max. reach A.R. = +12 ~ +13.5, R.R. = -6 ~ -3.5 L Lf R ødc ød ødb R R Max. Inch Max. ødc Z eff z ødb ød L Lf Ib Air hole Insert TLA15R300L110A04S with TOMT15 TLA15R400L110A05S with TOMT15 SPARE PARTS Designation Clamping screw Grip Lubricant Torx bit TLA15 TS45120I H-TB2W M-1000 BT20S CENTER BOLT Optional parts* No.of sub-units Unit 1 Unit 2 TLA15R300.. SD10-04 SD10-B3 TLA15R400.. SD12-C1 SD12-B8 16 TUNG-TRI

ACCELERATED MACHINING TungFlex Modular shank α ød M øds L1 L Rs Metric øds L ls L1 ød M Shank type SM06-L60C10 10 60 40 20 9.7 M6 0 Cylindrical SM06-L105-C12 12 105 45 60 9.7 M6 1.

17 ACCELERATED MACHINING TungFlex Modular shank α ød M øds L1 L Rs Metric øds L ls L1 ød M Shank type SM06-L60C M6 0 Cylindrical SM06-L105-C M6 1.2 Cylindrical SM06-L125-C M6 3.3 Cylindrical SM08-L73C M8 0 Cylindrical SM08-L128-C M8 0.9 Cylindrical SM08-L170-C M8 3.3 Cylindrical SM10-L80-C M10 0 Cylindrical SM10-L130-C M Cylindrical SM10-L200-C M Cylindrical SM12-L86-C M Cylindrical SM12-L200-C M Cylindrical SM16-L95-C M Cylindrical SM16-L230-C M Cylindrical 17

18 INSERT TOMT-MJ A T TOMT-NMJ A T rε bs ød rε ød bs New TOGT-AJ A T rε bs ød P Steel M Stainless K Cast iron N Non-ferrous S Superalloys H Hard materials Coated Uncoated New Designation rε Max. AH120 AH3135 T1215 KS05F : First choice : Second choice A ød T bs TOMT060302PDER-MJ TOMT060304PDER-MJ TOMT060308PDER-MJ TOMT100404PDER-MJ TOMT100408PDER-MJ TOMT100416PDER-MJ TOMT150604PDER-MJ TOMT150608PDER-MJ TOMT150616PDER-MJ TOMT150620PDER-MJ TOMT150608PDER-NMJ TOGT100404PDFR-AJ TOGT100408PDFR-AJ TOGT150604PDFR-AJ TOGT150608PDFR-AJ Caution for using NMJ chipbreaker Insert with NMJ chipbreaker has a number marked on each corner. DO NOT place the corners with the same number in adjacent flute as the cutter may be damaged. For example, if you place corner #1 in one flute, be sure to use #2 or #3 (and avoid #1) in the next one. Item: TOMT150608PDER-NMJ Example of a cutter body with 4 pockets : Line up 18 TUNG-TRI

ACCELERATED MACHINING How to set a sub-unit When setting a

for setting NMJ inserts on roughing type bodies 1 Attach the

cutting edge matches the first number marked on the cutter

) Same number Same number 2 Attach the remaining inserts on

cutting edge. 3 Repeat steps 1 and 2 for the other flutes.

different from the number used on the adjacent flutes.

bodies 1 2 3 a First time to change the corner rotate the

edge with the second number marked on the cutter ) Ex: 1 2 2

with the last number marked on the cutter ) Ex: 2 3 3 1 1 2

Make sure the number on the working cutting edge is a b www.

19 ACCELERATED MACHINING How to set a sub-unit When setting a sub-unit on the main unit or another sub-unit, be sure to match the markings on the units. Sub-unit has a projection for error-proofing (Poka-yoke) to avoid setting error. Projection for error-proofing (Poka-yoke) Marking Directions for setting NMJ inserts on roughing type bodies 1 Attach the insert on the cutter body so that the number on the working cutting edge matches the first number marked on the cutter body. (See the image on the right.) Same number Same number 2 Attach the remaining inserts on the same flute with the same number marked on the working cutting edge. 3 Repeat steps 1 and 2 for the other flutes. 4 Make sure the number on the working cutting edge is different from the number used on the adjacent flutes. Directions for changing corners for inserts on roughing type bodies a First time to change the corner rotate the insert clock-wise to match the number on the working cutting edge with the second number marked on the cutter body. (See the image on the right.) Ex: b Second time to change the corner rotate the insert clock-wise to match the number on the working cutting edge with the last number marked on the cutter body. (See the image on the right.) Ex: Repeat step 1 for all inserts. Make sure the number on the working cutting edge is different from the number used on the adjacent flutes. a b 19

20 STANDARD CUTTING CONDITIONS TPA/EPA ISO Workpiece materials Low carbon steels (1015, etc). High carbon steels (1045, etc.) Alloyed steels (4140, etc.) Tool steels (H13, etc.) Stainless steels (304, etc.) Gray cast irons (No.250B, etc.) Ductile cast irons ( , etc.) Aluminum alloy (Si < 13%) Aluminum alloy (Si 13%) Titanium alloy (Ti-6Al-4V, etc.) Heat-resistance alloy (Inconel 718, etc.) Hardness Grades To remove excessive chip accumulation use an air blast. When cutting an interrupted surface or a casted skin, the feed per tooth (fz) should be reduced to the lower recommended value shown in the above table. Cutting conditions are limited by machine power, workpiece rigidity, and spindle output. Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) T/EPA06 T/EPA10 T/EPA15 T/EPA06 T/EPA10 T/EPA AH AH AH HRC AH AH AH AH KS05F KS05F AH AH When the cutting width, depth, or overhang length is large, set Vc and fz to the lower recommended values and check the machine power and vibration. When you use the NMJ chipbreaker, please set up the feed less than ipt. TLA (Roughing type) ISO Workpiece material Hardness Grade Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) TLA10 TLA15 TLA10 TLA15 Low carbon steel 1015, etc. High carbon steel 1045, etc. Alloy steel 4140, etc. Stainless steel 304, etc HB AH HB AH HB AH AH Grey cast iron No.250B, etc HB AH120 T Ductile cast iron , etc HB AH120 T Aluminum alloy (Si < 13%) Aluminum alloy (Si 13%) Titanium alloys Ti-6Al-4V, etc. Heat-resistant alloys Inconel 718, etc. - KS05F KS05F AH AH Note: When you use the NMJ chipbreaker, please set up the feed less than 0.006". 20 TUNG-TRI

21 ACCELERATED MACHINING APPLICATION RANGE A ød1, 2 ød3 ae Inch Max. depth of cut (in) Max. ramping angle Max. plunging (in) Max. machining (in) Max. cutting width in enlarging (in) ødc θ A ød1 ød2 ød3 ae EPA06R050U EPA06R063U EPA06R075U EPA06R100U TPA06R200U EPA10R100U EPA10R125U EPA10R150U TPA10R200U TPA10R250U TPA10R300U TPA10R400U EPA15R150U E/TPA15R200U TPA15R250U TPA15R300U TPA15R400U TPA15R500U TPA15R600U *Flat bottom hole Notes: Corner rε for dimensions of ød3: rε = 0.016" for T/EPA06 / 10 and rε = 0.031" for T/EPA15. Min. machining (in) 21

PRACTICAL EXAMPLES Workpiece type Cutter Insert Grade Workpiece material Plate Machine part EPA06R075U0075-03N (ø0.75", z = 3) EPA10R125U0125W03N (ø1.

543" Cutting conditions Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) Feed speed: Vf (ipm) Depth of cut : (in) Width of cut : ae (in) Machining Coolant Machine Results Workpiece type Cutter Insert

354 5 Shoulder milling Shoulder milling Dry External air CAT40 Turn-Mill center Productivity 300% 0 Competitor Uniquely designed cutting edge geometry delivers low cutting force and prevents

5", z = 6) TOMT100404PDER-MJ TOMT100408PDER-MJ AH3135 T1215 1050 100-70-03 0.

22 PRACTICAL EXAMPLES Workpiece type Cutter Insert Grade Workpiece material Plate Machine part EPA06R075U N (ø0.75", z = 3) EPA10R125U0125W03N (ø1.250", z = 3) TOMT060304PDER-MJ TOMT100404PDER-MJ AH3135 AH " " ø1.180" 3.543" Cutting conditions Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) Feed speed: Vf (ipm) Depth of cut : (in) Width of cut : ae (in) Machining Coolant Machine Results Workpiece type Cutter Insert Grade Workpiece material Feed speed Vf (ipm) Shoulder milling Shoulder milling Dry External air CAT40 Turn-Mill center Productivity 300% 0 Competitor Uniquely designed cutting edge geometry delivers low cutting force and prevents chattering, resulting in highly efficient machining of steel sheet. Base Block EPA10R125U0125W03N (ø1.250", z = 3) TPA10R250U0075A06 (ø2.5", z = 6) TOMT100404PDER-MJ TOMT100408PDER-MJ AH3135 T " Conditions Competitor Burr Small Big Wall surface finish Better Worse Due to low cutting force, Tung-Tri leaves a smaller burr and better wall surface finish compared to the competitor. Cutting conditions Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) Feed speed: Vf (ipm) Depth of cut : (in) Width of cut : ae (in) Machining Coolant Machine Results Machining time (min) Shoulder milling Face milling External air Dry Vertical M/C CAT40 Competitor Tool life 60 longer! Due to strong wear resistance of AH3135 grade, tool life is increased by 60%. Tool life (pcs. / corner) Competitor Tool life 250 longer! T1215 exhibited a superior wear resistance, extending the tool life well over to 250%. 22 TUNG-TRI

ACCELERATED MACHINING PRACTICAL EXAMPLES Workpiece type Cutter Insert Grade Blank General machine part EPA10R150U0125W04N (ø1.

tooth: fz (ipt) Feed speed: Vf (ipm) Depth of cut : (in) Width of cut : ae (in) Machining Coolant Machine Results Workpiece type Cutter Insert Grade Machining time (in) 4.724 3.150 1.575 180 1499 0.

$1045 180 160 140 120 100 80 60 40 20 0 Face milling Wet (External coolant) Vertical M/C, CAT40 Competitor Productivity 700 The AJ chipbreaker exhibited high fracture resistance even in a demanding$

23 ACCELERATED MACHINING PRACTICAL EXAMPLES Workpiece type Cutter Insert Grade Blank General machine part EPA10R150U0125W04N (ø1.5", z = 4) EPA10R100U0100W02N (ø1", z = 2) TOMT100408PDER-MJ TOGT100408PDFR-AJ AH3135 KS05F Titanium Aluminum alloy (cast) Workpiece material Cutting conditions Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) Feed speed: Vf (ipm) Depth of cut : (in) Width of cut : ae (in) Machining Coolant Machine Results Workpiece type Cutter Insert Grade Machining time (in) Face milling Wet (External coolant) Vertical M/C, CAT50 Tool life 20 longer! 0 Competitor Sharp cutting edges prevent welding, which extends tool life. Feed speed Vf (ipm) Molding machine part Generator TLA15R300L275U0125A04M TLA15R300L110A04S (ø3", z = 4) TLA15R400L326U0150A05M (ø4", z = 5) TOMT150608PDER-MJ TOMT150608PDER-NMJ AH120 AH Face milling Wet (External coolant) Vertical M/C, CAT40 Competitor Productivity 700 The AJ chipbreaker exhibited high fracture resistance even in a demanding cutting condition. Workpiece material Cutting conditions Cutting speed: Vc (sfm) Feed per tooth: fz (ipt) Feed speed: Vf (ipm) Depth of cut : (in) Width of cut : ae (in) Machining Coolant Machine Results Metal removal rate (in3/min) Contouring Dry Vertical M/C, CAT50 Competitor Productivity 300% NMJ insert reduces cutting force, and dramatically improves efficiency. Metal removal rate (in3/min) Shoulder milling (Roughing) Wet (External coolant) Vertical M/C, CAT50 Competitor Productivity 260% The serrated cutting edges of the NMJ chipbreaker significantly reduced vibration, while outputting a high MMR. 23

24 MEMO 24 TUNG-TRI

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26 MEMO 26 TUNG-TRI

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Tungaloy America, Inc. 3726 N Ventura Drive, Arlington Heights, IL 60004, U.S.A. Inside Sales: +1-888-554-8394 Technical Support: +1-888-554-8391 Fax: +1-888-554-8392 www.tungaloyamerica.

C Los Arellano 113, Parque Industrial Siglo XXI Aguascalientes, AGS, Mexico 20290 Phone:+52-449-929-5410 Fax:+52-449-929-5411 www.tungaloy.com Scan for instant web access www.

28 Tungaloy America, Inc N Ventura Drive, Arlington Heights, IL 60004, U.S.A. Inside Sales: Technical Support: Fax: Tungaloy Canada 432 Elgin St. Unit 3, Brantford, Ontario N3S 7P7, Canada Phone: Fax: Tungaloy de Mexico S.A. C Los Arellano 113, Parque Industrial Siglo XXI Aguascalientes, AGS, Mexico Phone: Fax: Scan for instant web access follow us at: facebook.com/tungaloyamerica t w i t t e r. c o m / t u n g a l o y To see this product in action visit: Distributed by: DOWNLOAD Dr. Carbide App Nov (TJ)

New Version. High performance economical double sided inserts with 4 cutting edges! Shoulder milling cutter. Featuring new 18 size insert NEW

New Version. High performance economical double sided inserts with 4 cutting edges! Shoulder milling cutter. Featuring new 18 size insert NEW Keeping the Customer First Tungaloy Report No. 390-US Shoulder milling cutter Version Featuring new 18 size insert High performance economical double sided inserts with 4 cutting edges! NEW LQMU11 LQMU18