New product for milling. series. High performance machining with unequal pitch

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Felicia Stone
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2 New prouct for milling UM series igh performance machining with unequal pitch

3 New prouct for milling PM series B 203

4 PM series

5 New prouct for milling MX igh harness machining series

6 MIING Soli carbie en mills coe keyb Soli Carbie En Mills MIING igh performance UM general machining with unequal pitch PM/PM igh-performance general milling GM MX A General milling Machining harene material Machining aluminum Machining of harto-cut materials SM En mill category E F B R W Corner protection flattene Sharp flattene Ball nose Raius Corrugate ege igh-fee-rate En mill type S Tiny iameter P Straight neck C Taper neck efault Stanar Structure type Raius of nose arc or raius of ball nose Inexable milling tools GM 2 E P 12 R0.5 M08 Soli carbie en mills Number of teeth X ength category ong cutting ege Extra long cutting ege Tool iameter G Other 30 taper 4-flute flattene en mills 38 helical angle Soli carbie en mills coe key F Short cutting ege M Neck length efault Stanar S Slim shank:ø4mm For unequal pitch en mills, letter V is ae before category coe. 2-flute en face mill with taper shank PM-2BC05-R0.25-M03. Taper B 213

7 B MIING Soli Carbie En Mills Graphics category an ientification Coating of mills Nose type Coate NaNo TiAlCrN Super nanometer crystal TiAlCrN coating Corner protection Coate NaNo TiAIXN Super crystal nano heat resistant TiAlN coatings Sharp Coate Coate NaNo TiAlN TiAIN Nano TiAlN coating TiAlN coating Machining operation Coate AITiN AlTiN coating Sie face Flattene en mills for sie machining Step shouler Flattene en mills for shouler machining En tooth type of mills Inexable milling tools Soli carbie en mills Graphics category an ientification 2-flute flattene en mills 2-flute ball nose en mills 2-flute R en mills 3-flute flattene en mills 3-flute R en mills 4-flute flattene en mills 4-flute ball nose en mills 4-flute R en mills Straight slot eep flattene slot Profile Cavity Ball nose slot Flattene en mills for straight slot machining Flattene en mills for eep slot machining Ball nose en mills for profile machining Ball nose en mills for cavity machining Ball nose en mills for slot machining 6-flute flattene en mills elical angle eep ball nose slot Ball nose en mills for eep slot machining β β is helical angle: 30,35,38,45,55 Raius shouler R en mills for sie machining Cutting iameter tolerance 12 0~ < 0~ Cutting iameter tolerance Raius corner slot R en mills for slot machining Raius tolerance of ball nose en mills R R±0.01 Raius tolerance Profile R en mills for profile machining B 214

igh-performance general machining en mills UM Series Unequal pitch an variable incline angle esign reuce vibration risk an ensure better

α1 α2 α2 Application range: Suitable for high effectively machining of cast iron, carbon,, pre-harene, quenche an tempere, harene uner

α1 β1 β2 β2 Machining case: Work piece material: 42CrMo (RC35) Cutting style: sie milling Tool type: UM-4E-10.

8 igh-performance general machining en mills UM Series Unequal pitch an variable incline angle esign reuce vibration risk an ensure better machining stability. Variable flute epth esign improves rigiity for higher chip removal capacity. α1 α2 α2 Application range: Suitable for high effectively machining of cast iron, carbon,, pre-harene, quenche an tempere, harene uner RC55, ect. Excellent machining stability uner weak rigiity working conition such as thin-walle parts, parts corner, large overhang, etc. α1 β1 β2 β2 Machining case: Work piece material: 42CrMo (RC35) Cutting style: sie milling Tool type: UM-4E-10.0 Cutting parameters: n=6000r/min, fz=0.16mm/z, ap=10mm, ae=1mm β1 Comparison of tool wear Average abrasion value (mm) UM-4E-10.0 A company Machining time (min) B 215

igh performance universal machining PMseries Applicable of high efficiency machining in a variety of materials uner RC50, while significantly promoting machinability of soft materials such as carbon,

9 igh performance universal machining PMseries Applicable of high efficiency machining in a variety of materials uner RC50, while significantly promoting machinability of soft materials such as carbon, low carbon unerrc40! PM,PM,MX high performance soli carbie enmills series Recommenation for materials machining application PM series MX series Application range: Applicable to high-efficiency machining in a variety of materials uner RC50, e.g. non-ferrous,, pre-harene, stainless, especially suitable for soft materials such as carbon, low carbon uner RC40. With excellent cutting performance in both ry an wet cutting. PM series 30RC 40RC 50RC 55RC Very suitable Applicable New technology Perfect transformation 68RC Unique cutting ege esign, balancing eges strength an sharpness, with low cutting force. ight yellow coating allows for better wear observation. Avance coating after-treatment technology, for closer combination with substrate, lower friction an superior surface quality. With new superlattice coatings technology, for excellent wear resistance, oxiation resistance, thermal stability an lubrication performance. B 216

10 PM-4E-6.0 Application of machining 45# PM-2E-20.0 Application of machining carbon tool: PM-4E-6.0 workipiece material: 45 # (B180) cutting ata: Vc=150m/min, fz=0.05mm/z, ap=6mm, ae=0.5mm Machine: machining center cooling system: air cooling Wear cures comparison on peripheral ege of cutting 45 # Wear value(μm) time(min) Wear comparison after 240min machining PM-4E-6.0 A company B company workpiece: valve workipiece material: carbon (B220) machining parts: kiney slots(ø24mm 40mm 20mm) tool: PM-2E-20.0 cutting ata: Vc=130m/min, fr=0.15mm/r, ap=10mm machine: machining center cooling system: water soluble cooling number of slots comparison number (pieces) tool life comparison A company B company PM PM C company PM A company B company en tooth PM-2B-R3.0 Application of machining pre-harene NAK80 peripheral ege rake face milling metho: profile milling workpiece material: NAK80(RC36) tool: PM-2B-R3.0 cutting ata: Vc=100m/min, fr=0.3mm/r, ap=1mm, ae=1mm machine: machining center cooling system: water soluble cooling wear conitions normal wear sever ege chipping ramatically wear plus ege slightly broken rake face wear comparison after150min machining PM-2B-R2.5 Application of machining grey cast iron T250 workpiece: brake isc workpiece material: T250(B200) machining parts: slot milling tool: PM-2B-R2.5 cutting ata: Vc=150m/min, fr=0.15mm/r, ap=0.25mm machine: machining center cooling system: air cooling wear comparison after machining 1000pcs PM-2B-R2.5 A company B company wear curves rake face wear value(μm) PM-2B-R3.0 0 A company Wear cures comparison on rake face of cutting NAK80 time(min) A company PM-2B-R B 217

11 igh performance universal machining PM series Optimize geometry, improves chip removal an chip forming with reuce cutting force. a) PM chipbreaker b) Conventional chipbreaker igher fee rates an improve metal removal rate for efficient machining, ue to high stability of cutting ege an rigi tool structure. Tool iameter: Ø6.0mm Tool type: a) PM-4E-6.0 b) Tool from overseas manufacturer Mmachine tool: Mikron UCP1000 Workpiece material: NAK80(40RC) Cooling system: air blow Machining operation: sie milling (own milling) Cutting parameters: Vc=100m/min, ap=9mm, ae=0.6mm, Fz=0.04mm~0.16mm Fee rate per tooth Fz(mm) PM-4E-6.0 Tool from other manufacturer Stable cutting Unstable cutting B 218

12 With excellent wear resistance an toughness, high wear resistance an breakage resistance is achieve even uring high performance milling. Tool type: PM-4E-6.0 iameter: Ø6.0mm Workpiece material: NAK80(40RC) Rotating spee: 5300r/min (100m/min) Fee spee: 1696mm/min (0.32mm/r) Axial cutting epth: ap=9mm Machining results Machining time Raial cutting epth: ae=0.6mm Cutting style: sie milling (own milling) Cooling system: air blow Mmachine tool: MIKRON UCP1000 Tool overhang: 22mm 50min 0.6mm 9mm Tool abrasion Tool type PM-4E-6.0 Similar prouct of company A Similar prouct of company B PM-4E-6.0 Conclusion: compare with other tools manufacturer, PM series has better breakage resistance. The application status of PM-4E-6.0-G in high spee milling. Tool type: PM-4E-6.0-G iameter: Ø6.0mm Workpiece material: NAK80(40RC) Rotating spee: 13260r/min(250m/min) Fee spee: 2652mm/min(0.2mm/r) Axial cutting epth: ap=6mm Raial cutting epth: ae=0.3mm Cutting style: sie milling (own milling) Cooling system: air blow Mmachine tool: MIKRON SM800 Tool overhang: 22mm 6mm 0.3mm Flank abrasion of periphery ege(mm) Tool abrasion evelopment PM-4E-6.0-G Similar prouct of company A Similar prouct of company B Cutting time(min) igh efficiency machining of PM-4E-8.0. Machine tool: MIKRON UCP1000 Tool holer: SK63-A Workpiece material: Cutting spee: 100(m/min) Fee rate per tooth: 0.04(mm/tooth) Axial cutting epth: 8(mm) Raial cutting with(mm): changing, Maximum at full cutting Cooling system: Emulsifie liqui Milling style: Contour following Tool overhang: 30mm FFlank abrasion value(mm) Tool abrasion evelopment 30 切屑堵塞 Chips jamming, 折断 an breaking PM-4E-8.0 Similar prouct of company A Number of workpiece B 219

Upate flattene en mills En mills series of sharp an corner protection type The characteristic of corner protection en mill: It's suitalbe for ba cutting conition or harness material machining.

13 Upate flattene en mills En mills series of sharp an corner protection type The characteristic of corner protection en mill: It's suitalbe for ba cutting conition or harness material machining. igh cutting ege strength an breakage resistance. The egree of nose sharpness is reuce. Remains at the corner Corner protection Two kin of cutting nose being use in sie face milling of NAK80(40RC) Corner protection Machine tool: MIKRON UCP1000 Tool holer: SK63-A Workpiece material: NAK80(40RC) Cutting spee: 100(m/min)(5300r/min) Fee rate per tooth: (mm/tooth) Axial cutting epth: 9(mm) Raial cutting with: 0.6(mm) Cooling system: air blow Milling style: sie milling (own milling) Tool overhang: 22(mm) Machine tool: MIKRON SM800 Tool holer: SK A40 Workpiece material: SK61(55RC) Cutting spee: 150(m/min)(7960r/min) Fee rate per tooth: (mm/tooth) Axial cutting epth: 6(mm) Tool abrasion when machining SK61(RC55) Cutting time 90m 180m 270m 360m Fee rate per tooth(mm/z) Corner protection Sharp Corner protection Sharp Corner protection Sharp Corner protection Nose is intact Tool abrasion when machining NAK80(RC40) Machining length 50m 100m 150m Fee rate per Corner Corner Corner Sharp Sharp tooth(mm/z) protection protection protection Sharp Nose is intact Nose severely flakes Nose severely flakes 0.6mm 9mm Two kin of cutting nose being use in sie face milling of SK61 Raial cutting with: 0.2(mm) Cooling system: air blow Milling style: sie milling (own milling) Tool overhang: 22(mm) 0.2mm Sharp 6mm B 220

The characteristic of sharp en mill: Sharp True 90 egree angle is obtaine without material remaining in the corner. The corner part is sharp; it is applicable in finishing or soft material machining.

14 The characteristic of sharp en mill: Sharp True 90 egree angle is obtaine without material remaining in the corner. The corner part is sharp; it is applicable in finishing or soft material machining. Especially, it is usually use in machining of non-ferrous material such as Al. right angle clear raicle Sharp Bottom face finishing of NAK80(RC40) by tools with the two corner structures roughness measurement parallel with fee irection Machine tool: MIKRON UCP1000 iameter: Ø6.0mm Tool holer: SK63-A Workpiece material: NAK80(40RC) Cutting spee: 200(m/min) Fee rate per tooth: 0.03(mm/tooth) Axial cutting epth: 0.3(mm) Raial cutting with: 3.6(mm) Cooling system: air blow Milling style: en milling (own milling) Tool overhang: 22(mm) Roughness value Ry(um) 3.6mm mm Roughness measurement at parallel fee irection 5m Cutting length 25m Sharp Corner protection B 221

The best choice for finish milling of mols PM-2BC Taper neck type ball nose en mills: Suitable for high precision an high performance machining of mols.

15 The best choice for finish milling of mols PM-2BC Taper neck type ball nose en mills: Suitable for high precision an high performance machining of mols. In accorance with raft of ies, a wie range of angles is available. Excellent Raius R precision igh performance lubricating nano coating. Taper-neck structure greatly increases rigiity. Vibration Big Small Rigiity ow igh Compare with general straight neck, the 1.5 taper angle structure make tool cutting with abatement reuce 80%. Super micro grain carbie with goo abrasion resistance an toughness. Please select proper taper angle accoring to workpiece shape! B 222

Application of PM-2BC15-R0.25-M05 in machining mol slot Workpiece material: NAK80(40RC) Rotating spee: 30000r/min Fee spee: 300mm/min Axial cutting epth: ap=0.03mm Raial cutting epth: ae=0.

16 Application of PM-2BC15-R0.25-M05 in machining mol slot Workpiece material: NAK80(40RC) Rotating spee: 30000r/min Fee spee: 300mm/min Axial cutting epth: ap=0.03mm Raial cutting epth: ae=0.03mm Cutting style: contour line machining Cooling system: water cooling Machine tool: MIKRON UCP1000 2mm 3 o 4mm Front view R5mm Tool PM-2BC15-R0.25-M05(taper neck) R (parallel neck) R Machining results Taper neck ball nose en mill complete slot machining successfully. Machining time is 160min. Tool abrasion is acceptable an tool is still usable. Parallel neck ball nose en mill faile to complete machining. The tool breaks after 90 minutes of operating. Isometric rawing Effect of taper neck angle on fee spee Tool type an size: 1 PM-2BC05-R0.25-M05(taper neck) R P M - 2BC1 0 - R M 0 5(taper neck) R P M - 2BC1 5 - R M 0 5 (taper neck) R (parallel neck) R Workpiece material: NAK80(37RC) Rotating spee: 30000r/min Axial cutting epth: ap=0.15mm Cutting style: linear cutting Cooling system: air blow Machine tool: MIKRON UCP mm Fee spee(mm/min) Fee rate range applicable to tools with ifferent tapers is shown in the graph. Fee rate of parallel neck tools is lower than that of all taper neck tools. R0.25X5 R0.25X0.5 X5 R0.25X1.0 X5 R0.25X1.5 X The larger the taper angle, the higher the fee rate. B 223

First choice for high efficient roughing of ies PM-4 PM-4 igh-fee-rate R en mill esigne with taper angle an contract neck to avoi interference of tool an workpiece Very suitable for ie machining at

17 First choice for high efficient roughing of ies PM-4 PM-4 igh-fee-rate R en mill esigne with taper angle an contract neck to avoi interference of tool an workpiece Very suitable for ie machining at high fee rate, greatly improving machining efficiency igh-rigiity extra short cutting ege can effectively suppress vibration uring corner machining Improve metal removal rate as much as possible an reuce machining cost! B 224

18 Application of PM-4-8.0R2.0 milling NAK80: Fee rate per tooth Fz up to 0.6mm Tool type: PM-4-8.0R2.0 iameter: Ø8.0mm Workpiece material: NAK80(40RC) Rotating spee: 3980r/min Cutting spee: 100m/min Fee spee: 9550mm/min Fee rate per tooth: 0.6mm/z Axial cutting epth: ap=0.2mm Raial cutting epth: ae=4mm Cutting style: inear en milling (own milling) Cooling system: air blow Machine tool: MIKRON UCP1000 Tool overhang: 32mm Note: The tool is still usable when cutting length reaches 800m. Application of PM-4-8.0R2.0 in ie cavity milling Tool type: PM-4-8.0R2.0 iameter: Ø8.0mm Workpiece material: NAK80(40RC) Rotating spee: 5970r/min Cutting spee: 150m/min Fee spee: 7160mm/min Fee rate per tooth: 0.3mm/z Axial cutting epth: ap=0.2mm Raial cutting epth: ae=4mm Cutting style: cavity milling(own milling) Cooling system: air blow Machine tool: MIKRON UCP1000 Tool overhang: 32mm 5 o R Front view Isometric rawing Note: It takes just 13min to machine a complete cavity. The tool is almost intact an still usable. Cutting performance of high-fee-rate en mills uner ifferent cutting conitions Tool type an overhang: 1PM-4-6.0R1.5 overhang:24mm 2PM-4-6.0R1.5 overhang:48mm iameter: Ø6.0mm Workpiece material: NAK80(40RC) Cutting spee: 50~100m/min Fee rate per tooth: 0.25mm/z Axial cutting epth: ap=0.2mm Raial cutting epth: ae=2mm Cutting style: inear en milling (own milling) Cooling system: air blow Machine tool: MIKRON UCP1000 Cutting length(m) m 400m 80m Vc=100m/min overhang =48mm Vc=100m/min overhang =24mm Vc=50m/min overhang =24mm Note: Other cutting conitions being the same: 1When the cutting spee is reuce to half, the cutting length woul be ouble before reaching the same grining stanar. 2When the overhang of tool is ouble, the tool life woul be one fifth of the original. B 225

Ultra fine cemente carbie substrate with excellent wear resistance. igh-rigiity tool structure reuces vibration. Nano coating guarantees excellent wear resistance an high temperature stability.

19 Ultra fine cemente carbie substrate with excellent wear resistance. igh-rigiity tool structure reuces vibration. Nano coating guarantees excellent wear resistance an high temperature stability. igh precision profile milling Seamless connection of peripheral cutting ege an ball cutting ege is achieve. Optimize center esign of ball cutting ege greatly improves surface quality. PM series 2-flute ball nose en mill PM-2B PM-2B PM-2BFP Application of high-performance 2-flute ball nose en mill milling NAK80 Tool type: PM-2B-R3.0 iameter: Ø6.0mm Workpiece material: NAK80(40RC) Rotating spee: 10600r/min (200m/min) Fee spee: 2120mm/min (0.2mm/r) Axial cutting epth: ap=0.2mm Raial cutting epth: ae=0.3mm Cutting style: single irection linear milling Zig Cooling system: air blow Mmachine tool: MIKRON UCP1000 Tool overhang: 20mm Roughness measure: TM2000 ae PM ball nose en mills ap similar prouct of company A PM ball nose en mills can achieve i s t i n c t g r o o v e s with low roughness an high surface quality. Roughness value Ra(um) Roughness test on machine surface Cutting length(m) similar prouct of company A PM-2B-R3.0 Flank abrasion value(mm) Clearance face abrasion evelopment Cutting length(m) similar prouct of company A PM-2B-R3.0 B 226

20 igh efficient profile milling tools series 4-flute ball nose en mills PM The center esign of ball cutting ege combines high strength an sharpness, an properly manages the chips generate uring machining. Application of highperformance 4-flute ball nose en mill milling Cr12 PM-4B PM-4B Tool type: PM-4B-R5.0 iameter: Ø10.0mm Workpiece material: Cr12(36RC) Rotating spee: 2800r/min (88m/min) Fee spee: 3000 mm/min Axial cutting epth: ap=1mm Raial cutting epth: ae=0.6mm Cutting style: profile milling Cooling system: air blow Machine tool: Xiehong CNC-1600 Tool overhang: 45mm Workpiece clamp: SafeWay CV-200V Tooling systems: BT50-ER Number of workpiece machine Failure moe 5 pieces(150min) 2 pieces(60min) Tool type PM-4B-R5.0 Similar prouct of company A Explanation The tool is slightly worn an still usable even after machining 5 workpieces. The ball cutting ege center suffers severe breakage after machining 2 workpieces. B 227

21 igh-efficiency an high-cutting-epth en mills PM-4EX-G Extra long cutting ege en mills series Chipbreaker an cutting ege are optimally esigne. The relieving amount of the sie wall is restricte within a small range even in full length cutting. Very suitable for high-cutting-epth machining! Remaining amount in ifferent cutting styles Cutting face atum face Remaining own milling atum face Cutting face Up milling Up milling own milling Slot milling Application of PM-4EX-6.0-G milling NAK80 Tool type: PM-4EX-6.0-G iameter: Ø6.0mm Workpiece material: NAK80(40RC) Cutting spee: 80 m/min Fee spee: 0.12 mm/r,0.24 mm/r Axial cutting epth: ap=28mm Raial cutting epth: ae=0.05~0.15mm cutting style: sie milling (own milling) cooling system: air blow machine tool: MIKRON UCP1000 Remaining amount(um) Effect of cutting with ae an fee rate per revolution on relieving amount 0.05mm 0.1mm 0.15mm Cutting with ae 0.12mm/r 0.24mm/r Conclusion: Reuce remaining amount with optimize cutting conitions. B 228

igh efficiency milling tools PM-/ PM- series enmills 38 helical angle Optimize geometry for smooth chip evacuation Strengthene nose an tooth with greatly improve vibration resistance More suitable

22 igh efficiency milling tools PM-/ PM- series enmills 38 helical angle Optimize geometry for smooth chip evacuation Strengthene nose an tooth with greatly improve vibration resistance More suitable for slot milling Case: machine surface quality comparison machine: vertical machining center tool: PM-4E workpiece material: 45 # machining parts: slot milling cooling system: air cooling cutting spee: 200m/min fee per tooth: 0.06mm/z epth of cut: 6mm A company PM-4E Result: with excellent vibration resistance, PM- series emonstrate outstaning machinablity performance in cutting operation an the machine surface quality is superior to that of company A. B 229

23 B MIING Soli Carbie En Mills igh-performance general milling UM series 4-flute unequal pitch flattene en mill with straight shan Sie face Step shouler Straight slot UM-4E 10 S Picture 1 S Picture 2 Coate AITiN 38 o o, ~ < ~ < ~ < -0.04~ Inexable milling tools Soli carbie en mills UM series Orering number Basic imension(mm) S Number of teeth Z Geometry UM-4E-4.0S Picture 2 UM-4E Picture 1 UM-4E Picture 1 UM-4E Picture 1 UM-4E Picture 1 UM-4E Picture 2 UM-4E Picture 1 UM-4E Picture 2 UM-4E Picture 1 UM-4E Picture 2 UM-4E Picture 1 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 Stock Stock available Make-to-orer Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 230 Coe key B213 Graphics category an ientification B214 Cutting parameters B360-B361

Soli Carbie En Mills MIING igh-performance general milling UM series B 4-flute long cutting ege an unequal pitch flattene en mill with straight shank Sie face Step shouler Straight slot UM-4E 10 S

24 Soli Carbie En Mills MIING igh-performance general milling UM series B 4-flute long cutting ege an unequal pitch flattene en mill with straight shank Sie face Step shouler Straight slot UM-4E 10 S Picture 1 Picture 2 Coate AITiN 38 o o, ~ < ~ < ~ < -0.04~ S Orering number Basic imension(mm) S Number of teeth Z Geometry UM-4E Picture 1 UM-4E Picture 1 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 UM-4E Picture 2 Stock Stock available Make-to-orer Inexable milling tools UM series Soli carbie en mills Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant Coe key B213 Graphics category an ientification B214 Cutting parameters B360-B361 B 231

25 B MIING Soli Carbie En Mills igh-performance general milling UM series 4-flute unequal pitch flattene en mill with long neck, short cutting ege an straight shank Sie face Step shouler Straight slot UM-4EFP 1 M Coate AITiN 38 o o, ~ < ~ < ~ < -0.04~ Inexable milling tools Soli carbie en mills Orering number Basic imension(mm) M 1 Number of teeth Z UM-4EFP UM-4EFP UM-4EFP UM-4EFP UM-4EFP UM-4EFP Stock Stock available Make-to-orer UM series Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 232 Coe key B213 Graphics category an ientification B214 Cutting parameters B362-B363

26 Soli Carbie En Mills MIING igh-performance general milling UM series B 4-flute unequal pitch R en mill with straight shank Raius shouler Profile Raius corner slot UM-4R R 10 S Picture 1 R Picture 2 S Coate AITiN 38 o o, ~ < ~ < ~ < -0.04~ Orering number Basic imension(mm) S S Number of teeth Z Geometry UM-4R-4.0R Picture 1 UM-4R-4.0R Picture 1 UM-4R-5.0R Picture 1 UM-4R-5.0R Picture 1 UM-4R-6.0R Picture 2 UM-4R-6.0R Picture 2 UM-4R-8.0R Picture 2 UM-4R-8.0R Picture 2 UM-4R-10.0R Picture 2 UM-4R-10.0R Picture 2 UM-4R-10.0R Picture 2 UM-4R-10.0R Picture 2 UM-4R-12.0R Picture 2 UM-4R-12.0R Picture 2 UM-4R-12.0R Picture 2 UM-4R-12.0R Picture 2 UM-4R-16.0R Picture 2 UM-4R-16.0R Picture 2 UM-4R-16.0R Picture 2 UM-4R-20.0R Picture 2 UM-4R-20.0R Picture 2 UM-4R-20.0R Picture 2 Stock Stock available Make-to-orer Inexable milling tools Soli carbie en mills UM series Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant Coe key B213 Graphics category an ientification B214 Cutting parameters B364-B365 B 233

27 B MIING Soli Carbie En Mills igh-performance general milling UM series 4-flute long cutting ege an unequal pitch R en mill with straight shank Raius shouler Profile Raius corner slot UM-4R R S Coate AITiN 38 o o, ~ < ~ < ~ < -0.04~ Inexable milling tools Soli carbie en mills UM series Orering number Basic imension(mm) R S Number of teeth Z UM-4R-6.0R UM-4R-6.0R UM-4R-8.0R UM-4R-8.0R UM-4R-10.0R UM-4R-10.0R UM-4R-10.0R UM-4R-12.0R UM-4R-12.0R UM-4R-12.0R UM-4R-16.0R UM-4R-16.0R Stock Stock available Make-to-orer Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 234 Coe key B213 Graphics category an ientification B214 Cutting parameters B364-B365

28 Soli Carbie En Mills MIING igh-performance general milling UM series B 4-flute long neck an short cutting ege unequal pitch R en mill with straight shank Raius shouler Profile Raius corner slot UM-4RFP R 1 M Coate AITiN 38 o o, ~ < ~ < ~ < -0.04~ Orering number Basic imension(mm) R 1 M Number of teeth Z UM-4RFP-6.0R UM-4RFP-6.0R UM-4RFP-8.0R UM-4RFP-8.0R UM-4RFP-10.0R UM-4RFP-10.0R UM-4RFP-10.0R UM-4RFP-12.0R UM-4RFP-12.0R UM-4RFP-12.0R UM-4RFP-16.0R UM-4RFP-16.0R Stock Stock available Make-to-orer Inexable milling tools Soli carbie en mills UM series Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant Coe key B213 Graphics category an ientification B214 Cutting parameters B366 B 235

29 B MIING Soli Carbie En Mills igh-performance general milling PM series 2-flute flattene en mills with straight shank Sie face Step shouler Straight slot PM-2E Corner protection Picture 1 10 Very suitable for slot milling. Wie application. Picture 2 Coate NaNo TiAlCrN o ~ < 0~ Inexable milling tools Soli carbie en mills PM series Orering number Basic imension(mm) Applicable workpiece material table Very suitable Suitable Number of teeth Z Geometry PM-2E-1.0S Picture 1 PM-2E-1.5S Picture 1 PM-2E-2.0S Picture 1 PM-2E-2.5S Picture 1 PM-2E-3.0S Picture 1 PM-2E-4.0S Picture 2 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 2 PM-2E Picture 1 PM-2E Picture 2 PM-2E Picture 1 PM-2E Picture 2 PM-2E Picture 1 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 Stock Stock available Make-to-orer Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 236 Coe key B213 Graphics category an ientification B214 Cutting parameters B367

30 Soli Carbie En Mills MIING igh-performance general milling PM series B 2-flute flattene en mills with straight shank Sie face Step shouler Straight slot PM-2F Sharp Picture 1 10 Very suitable for slot milling. Wie application. Picture 2 Coate NaNo TiAlCrN o ~ < 0~ Orering number Basic imension(mm) Applicable workpiece material table Very suitable Suitable Carbon Number of teeth Z Geometry PM-2F-1.0S Picture 1 PM-2F-1.5S Picture 1 PM-2F-2.0S Picture 1 PM-2F-2.5S Picture 1 PM-2F-3.0S Picture 1 PM-2F-4.0S Picture 2 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 2 PM-2F Picture 1 PM-2F Picture 2 PM-2F Picture 1 PM-2F Picture 2 PM-2F Picture 1 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Stock Stock available Make-to-orer Aluminum Titanium eat resistant Inexable milling tools Soli carbie en mills PM series Coe key B213 Graphics category an ientification B214 Cutting parameters B368 B 237

31 B MIING Soli Carbie En Mills igh-performance general milling PM series 2-flute flattene en mills with straight shank an long cutting ege Sie face Step shouler Straight slot PM-2E Corner protection Picture 1 10 PM-2E series with long cutting ege. Picture 2 Coate NaNo TiAlCrN o ~ < 0~ Inexable milling tools Soli carbie en mills PM series Orering number Basic imension(mm) Number of teeth Z Geometry PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 1 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 PM-2E Picture 2 Stock Stock available Make-to-orer Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 238 Coe key B213 Graphics category an ientification B214 Cutting parameters B367

32 Soli Carbie En Mills MIING igh-performance general milling PM series B 2-flute flattene en mills with straight shank an long cutting ege Sie face Step shouler Straight slot PM-2F Sharp Picture 1 10 PM-2F series with long cutting ege. Picture 2 Coate NaNo TiAlCrN o ~ < 0~ Orering number Basic imension(mm) Number of teeth Z Geometry PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 1 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 PM-2F Picture 2 Stock Stock available Make-to-orer Inexable milling tools Soli carbie en mills PM series Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant Coe key B213 Graphics category an ientification B214 Cutting parameters B368 B 239

33 B MIING Soli Carbie En Mills igh-performance general milling PM series 2-flute flattene en mills with straight shank, long neck an short cutting ege Sie face Step shouler Straight slot PM-2EFP Corner protection 1 igh-rigiity short cutting ege, suitable for heavy cutting an M also eep cavity milling. Coate NaNo TiAlCrN o ~ < 0~ Inexable milling tools Soli carbie en mills Orering number Basic imension(mm) M 1 Number of teeth Z PM-2EFP PM-2EFP PM-2EFP PM-2EFP PM-2EFP PM-2EFP Stock Stock available Make-to-orer PM series Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 240 Coe key B213 Graphics category an ientification B214 Cutting parameters B369

34 Soli Carbie En Mills MIING igh-performance general milling PM series B 3-flute flattene en mills with straight shank Sie face Step shouler Straight slot PM-3E- Corner protection Picture 1 10 Especially suitable for slot milling. Wie application. Coate NaNo TiAlCrN o ~ < 0~ Picture 2 Orering number Basic imension(mm) Number of teeth Z Geometry PM-3E-3.0S Picture 1 PM-3E-4.0S Picture 2 PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 2 PM-3E Picture 1 PM-3E Picture 2 PM-3E Picture 1 PM-3E Picture 2 PM-3E Picture 1 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 Stock Stock available Make-to-orer Inexable milling tools Soli carbie en mills PM series Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant Coe key B213 Graphics category an ientification B214 Cutting parameters B370 B 241

35 B MIING Soli Carbie En Mills igh-performance general milling PM series 3-flute flattene en mills with straight shank an long cutting ege Sie face Step shouler Straight slot PM-3E- Corner protection Picture 1 10 PM-3E- series with long shank. Picture 2 Coate NaNo TiAlCrN o ~ < 0~ Inexable milling tools Soli carbie en mills PM series Orering number Basic imension(mm) Number of teeth Z Geometry PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 1 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 PM-3E Picture 2 Stock Stock available Make-to-orer Applicable workpiece material table Very suitable Suitable Carbon Alloy Pre-harene arene ~40RC ~50RC ~55RC ~68RC Workpiece material Stainless Cast iron, Noular cast iron Copper Aluminum Titanium eat resistant B 242 Coe key B213 Graphics category an ientification B214 Cutting parameters B370

ZHUZHOU CEMENTED CARBIDE CUTTING TOOLS U.S.A. INC.

ZHUZHOU CEMENTED CARBIDE CUTTING TOOLS U.S.A. INC. igh Efficiency Fee rate increase up to 50% significantly increase machining process efficiency. igh Accuracy Excellent vibration resistance an smooth cutting process significantly improve the surface quality