Coating LJ403A. Additional Series. Metric End Mill Series. Dependable Quality and Performance. New PVD coating. high efficiency machining

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1 LJ0A New PVD coating Coating Achieving high speed, high efficiency machining and long tool life Additional Series Dependable Quality and Performance Metric End Mill Series

Features of A wide variety of items available MSSB Cutting edge length =.D, ball nose 0.~-7 items P. MSXLB Long neck, ball nose 0.~- items P. MSMTB Tered ball nose (Ø shank) 0.~.- items P.7 MSXLB Long neck, radius Ø~ - items P.

2 Features of A wide variety of items available MSSB Cutting edge length =.D, ball nose 0.~-7 items P. MSXLB Long neck, ball nose 0.~- items P. MSMTB Tered ball nose (Ø shank) 0.~.- items P.7 MSXLB Long neck, radius Ø~ - items P. MSXL -flute square, long neck Ø0.~.- items P.0 MSMB Cutting edge length = D, ball nose ~-9 items P. MSXLB Long neck, ball nose (Ø shank) 0.~.- items P. MSMB adius Ø~-9 items P. MSMS MSJS -flute square Ø0.~-7 items P.9 MSMC MSJC -flute square Ø~- items P. New MS Coating The newest high performance coating!! Coating (Ti, Al)N coating Special micro-grain cemented carbide MS coating is the newest, cutting-edge technology coating developed by integrating Mitsubishi Materials Kobe Tool's (Kobelco) high coating technology and Mitsubishi Materials' high material technology. It is suitable for high speed, high efficiency machining of a wide range of workpiece materials including hardened steel, preharden steel, carbon steel, and stainless steel.

High accuracy achieved by ball nose end mill-. Competitor's ball nose end mill-. small diameter end mill achieves high accuracy and runout accuracy.

..9.. Order numbers for MS M B D000 S 00 Number of flutes Coating Flute Length S Short M Medium J Semi long L Long XL Long relieved S C B H B T Feature

on page -. Cutting performance of 0. Ball nose end mill [Workpiece: AISI H (HC), Cutting length: 0m] MSSB000S0 Competitor A (0.) 0.

mm x 0 times <Cutting conditions> evolution: 0,000min - (-SFM) IPT:.000 inch Air blow dry only Tool life of ball nose end mills Flank wear 0.0 0.

3 High accuracy achieved by ball nose end mill-. Competitor's ball nose end mill-. small diameter end mill achieves high accuracy and runout accuracy Order numbers for MS M B D000 S 00 Number of flutes Coating Flute Length S Short M Medium J Semi long L Long XL Long relieved S C B H B T Feature General Purpose Center cutting Ball nose High Helix Corner adius Ter flute N S Neck length Shank size adius size Specification Please refer to the tables on page -. Cutting performance of 0. Ball nose end mill [Workpiece: AISI H (HC), Cutting length: 0m] MSSB000S0 Competitor A (0.) 0.mm x times Cutting direction maintained high accuracy!! The part got out of she. * Competitor B suffered from tool breakage. 0.mm x 0 times <Cutting conditions> evolution: 0,000min - (-SFM) IPT:.000 inch Air blow dry only Tool life of ball nose end mills Flank wear Competitor A Competitor B Competitor C Cutting length(m) 0.mm mm Down cutting <Cutting conditions> Workpiece: AISI H ( HC) Tool: Ball nose end mills () made of coated cemented carbide evolution:,min - Cutting speed: SFM IPT:.00 Depth of cut: mm (.079 inch) Pick feed: 0.mm (.0 inch) Air blow dry only

Cutting performance of Slot milling Ø, -flute square end mill [Workpiece: AISI P ( HC),

mm x 0 times é * Competitor B suffered from tool breakage after machining m.

Ø, -flute square end mill [Workpiece: AISI 0, Cutting length: m] MSMCD000 Competitor A (Ø.

000 inch Air blow dry only Seen from the above Seen from the side <Cutting conditions>

ipm) Shoulder milling Depth of cut: Axial direction 0.

[Workpiece: AISI H (HC), Cutting length: m] Blind slot Tool life AISI H (HC) High

4 Cutting performance of Slot milling Ø, -flute square end mill [Workpiece: AISI P ( HC), Cutting length: 0m ( slots)] MSMSD000 Competitor A (Ø.0) mm 0.mm x 0 times é * Competitor B suffered from tool breakage after machining m. Competitor C suffered from tool breakage after machining 7m. Ø, -flute square end mill [Workpiece: AISI 0, Cutting length: m] MSMCD000 Competitor A (Ø.0) <Cutting conditions> evolution: 0,000min - (0 SFM) IPT:.000 inch Air blow dry only Seen from the above Seen from the side <Cutting conditions> evolution: 0,000min- (0 SFM) Feed: 0mm/ min (.7 ipm) Feed: Axial direction 0mm/ min (. ipm) Shoulder milling Depth of cut: Axial direction 0.mm X 0 times (depth mm, slot length 00mm) Air blow dry only Ø, -flute square end mill [Workpiece: AISI H (HC), Cutting length: m] Blind slot Tool life AISI H (HC) High chipping resistance and long tool life Chipping Competitor A Chipping Competitor B Flank wear MSMSD Cutting length(m) mm 0.mm <Cutting conditions> evolution:,0min - ( SFM) IPT:.0009 inch Down cutting Air blow dry only

5 Standard of MSSB éd (Short cutting edge type ball nose end mill) 0 L éd (h) D MSSB000S0 MSSB000S0 MSSB00S0 MSSB00S0 MSSB000S0 MSSB000S0 MSSB00S0 MSSB00S0 MSSB000S0 MSSB000S0 MSSB00S0 MSSB000S0 MSSB000S0 MSSB00S0 MSSB00S0 MSSB00S0 MSSB000S0 MSSB000S0 MSMB Dimensions éd L D 0 L (Medium-length cutting edge type ball end mill) D..... MSSB00S0 MSSB00S0 MSSB007S0 MSSB007S0 MSSB000S0 MSSB000S0 MSSB00S0 MSSB00S0 MSSB000S0 MSSB000S0 MSSB0S0 MSSB0S0 MSSB0S0 MSSB000S0 MSSB0S0 0 MSSB000S0 * MSSB000S0 * MSSB00S0 * MSSB000S * Available in Summer of 00 éd (h) Dimensions L D D MSMB00 MSMB000 MSMB000 MSMB00 MSMB000 MSMB00 MSMB007 MSMB000 MSMB00 Dimensions.... L : Please refer to page for recommended cutting conditions. D D MSMB000 MSMB0 MSMB0 MSMB07 MSMB000 MSMB0 MSMB000 * MSMB000 * MSMB00 * MSMB000 * Available in Summer of 00 Dimensions L D

6 MSXLB007N00 MSXLB000N00 MSXLB000N0 MSXLB000N0 MSXLB000N00 MSXLB00N00 MSXLB00N0 MSXLB00N0 MSXLB00N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N0 MSXLB000N0 MSXLB000N0 MSXLB000N0 MSXLB000N00 MSXLB000N0 MSXLB000N MSXLB000N00 MSXLB0N00 MSXLB0N00 MSXLB0N0 MSXLB0N0 MSXLB0N00 MSXLB0N MSXLB0N00 MSXLB0N MSXLB000N00 MSXLB000N0 MSXLB000N0 MSXLB000N00 MSXLB000N MSXLB000N00 MSXLB000N MSXLB000N00 MSXLB000N MSXLB000N0 MSXLB0N00 MSXLB0N MSXLB0N00 MSXLB0N MSXLB000N00 MSXLB000N0 D Dimensions L L MSXLB000N00 MSXLB000N00 MSXLB000N0 MSXLB00N00 MSXLB00N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB00N00 MSXLB00N00 MSXLB00N00 MSXLB00N00 MSXLB00N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB000N00 MSXLB00N00 MSXLB00N00 MSXLB00N00 MSXLB00N00 MSXLB00N00 MSXLB00N0 MSXLB00N0 MSXLB00N0 MSXLB00N0 MSXLB00N00 MSXLB000N00 MSXLB000N0 MSXLB00N00 MSXLB00N0 MSXLB00N0 MSXLB007N00 MSXLB007N00 MSXLB007N00 MSXLB007N0 MSXLB007N0 MSXLB007N0 MSXLB007N0 D D Dimensions L L D D D éd éd L L éd (h) (-flute,long neck type ball nose end mill) Standard of Please refer to page for recommended cutting conditions.... MSXLB :. : New products.

7 Standard of MSXLB (-flute, long neck type ball nose end mill) éd 0 L éd éd (h) L D Dimensions L L D D D Dimensions L L D D MSXLB000N00 MSXLB000N00 MSXLB00N00 MSXLB00N0 MSXLB000N0 MSXLB000N00 MSXLB00N0 MSXLB00N0 MSXLB000N0 MSXLB000N00 MSXLB000N0 MSXLB000N MSXLB00N00 MSXLB00N0 MSXLB000N0 MSXLB000N00 MSXLB007N0 MSXLB007N07 MSXLB000N00 MSXLB000N00 MSXLB0N07 MSXLB0N :. : New products. Please refer to page for recommended cutting conditions.

8 MSMTB007T000 MSMTB007T00 MSMTB000T000 MSMTB000T000 MSMTB000T00 MSMTB000T000 MSMTB000T000 MSMTB000T000 MSMTB000T00 MSMTB000T00 MSMTB0T000 MSMTB0T000 MSMTB0T00 MSMTB0T000 MSMTB0T000 MSMTB0T000 MSMTB0T00 MSMTB0T00 MSMTB0T00 Dimensions D D L MSMTB000T000 MSMTB000T00 MSMTB000T00 MSMTB000T000 MSMTB000T000 MSMTB000T00 MSMTB000T00 MSMTB000T000 MSMTB00T000 MSMTB00T000 MSMTB00T00 MSMTB00T000 MSMTB00T000 MSMTB00T00 MSMTB00T00 MSMTB007T000 MSMTB007T000 MSMTB007T00 MSMTB007T000 D B ' 7 0' 0' Dimensions D.. D L D B7 7 0' 0' 7 0' 0' éd éd (h) L éd B Please refer to page for recommended cutting conditions. : (-flute,tered type ball nose end mill) Standard of MSMTB

9 Dimensions D L MSMBD00000 MSMBD00000 MSMBD000 MSMBD000 MSMBD00 MSMBD00000 MSMBD00000 MSMBD0000 MSMBD000 MSMBD000 MSMBD00 MSMBD00000 MSMBD00000 MSMBD0000 MSMBD00000 MSMBD00000 MSMBD00000 MSMBD0000 MSMBD00000 MSMBD0000 MSMBD0000 MSMBD000 MSMBD0000 MSMBD00000 MSMBD00000 MSMBD0000 MSMBD00000 MSMBD000 MSMBD00000 D Dimensions D L D Dimensions L 0 0 L MSXLBD00000N00 MSXLBD00000N0 MSXLBD00000N00 MSXLBD00000N00 MSXLBD00000N00 MSXLBD00000N00 MSXLBD00000N00 MSXLBD00000N MSXLBD00000N00 MSXLBD00000N MSXLBD00000N00 MSXLBD00000N00 MSXLBD00000N00 MSXLBD00000N00 MSXLBD0000N00 MSXLBD0000N00 MSXLBD00000N0 MSXLBD00000N00 MSXLBD00000N0 MSXLBD00000N00 MSXLBD0000N0 MSXLBD0000N00 D D D D Dimensions L L D D L éd éd (h) L L éd éd (h) éd (-flute radius end mill) Standard of (-flute,long neck type radius end mill) Please refer to page for recommended cutting conditions. :. : New products. MSMB MSXLB

10 Sharp edge L ØD ØD (h) (SJ:D,gashed land edge) 0 D D L Dimensions MSJSD000 MSMSD000 MSJSD000 MSMSD000 MSJSD000 MSMSD000 MSJSD000 MSMSD00 MSJSD00 MSMSD000 MSJSD000 MSMSD00 MSJSD00 MSMSD000 MSJSD000 MSMSD00 MSJSD00 MSMSD000 MSJSD000 MSMSD00 MSMSD00 MSJSD00 MSMSD00 MSMSD00 MSMSD0 MSJSD0 D D L Dimensions MSMSD00 MSMSD0 MSMSD00 MSJSD00 MSMSD0 MSMSD000 MSJSD000 MSMSD00 MSMSD00 MSMSD00 MSMSD00 MSMSD0 MSJSD0 MSMSD00 MSMSD0 MSMSD00 MSMSD0 MSMSD000 MSJSD000 MSMSD000 MSJSD000 MSMSD00 MSJSD00 MSMSD000 MSJSD000 MSMSD000 MSJSD000 MSMSD000 MSJSD000 MSMSD00 MSJSD00 9 Please refer to page for recommended cutting conditions. (-flute square end mill) Standard of * * * * * * * Available in Summer of 00 MSMS MSJS :. : New products.

11 D D L L Dimensions MSXLD000N00 MSXLD000N0 MSXLD000N00 MSXLD000N00 MSXLD00N0 MSXLD00N0 MSXLD000N0 MSXLD000N00 MSXLD00N0 MSXLD00N0 MSXLD000N00 MSXLD000N00 MSXLD00N0 MSXLD00N0 MSXLD000N0 MSXLD000N0 MSXLD00N0 MSXLD00N0 MSXLD00N00 MSXLD00N00 MSXLD00N0 MSXLD00N0 MSXLD00N D D D L L Dimensions MSXLD00N0 MSXLD0N0 MSXLD0N07 MSXLD00N00 MSXLD00N00 MSXLD0N0 MSXLD0N0 MSXLD00N0 MSXLD00N0 MSXLD0N0 MSXLD0N09 MSXLD000N0 MSXLD000N00 MSXLD00N0 MSXLD00N0 MSXLD00N0 MSXLD00N0 MSXLD00N0 MSXLD00N MSXLD00N00 MSXLD00N0 MSXLD0N0 MSXLD0N D L L éd éd (h) éd Sharp edge (-flute,long neck type square end mill) Standard of Please refer to page for recommended cutting conditions. :.

12 Standard of (-flute square end mill) éd éd (h) 0 Sharp edge L D Dimensions L D D Dimensions L D.. MSMCD000 MSJCD000 MSMCD0 MSJCD0 MSMCD000 MSJCD000 MSMCD0 MSJCD0 MSMCD000 MSJCD000 MSMCD MSJCD000 MSMCD00 MSJCD00 MSMCD000 MSJCD000 * MSMCD000 * MSJCD000 * MSMCD000 * MSJCD000 * MSMCD00 * MSJCD * Available in Summer of 00 :. Please refer to page for recommended cutting conditions.

13 ecommended cutting conditions of -flute ball nose end mill MSSB MSXLB MSMB MSMTB MSXLB Cutting mode Workpiece Alloy steel / Tool steel Pre-hardened steel ( < HC) Hardened steel ( - HC) Cutting conditions (inch) SFM IPT SFM IPT Pf MSSB MSMB MSMTB < 0. Pf=0.(0.-) =0.(.-) MSXLB() < 0.07 Pf=(0.~) 0.(.~) Note ) Figures above are general cutting conditions. Please select propriate cutting conditions based on the figures above according to your own machine conditions. In doing so, adjust spindle speed and table feed at the same rate.

14 ecommended cutting conditions of -flute square end mill MSM MSJ MSXL MSMB MSXLB Cutting mode Workpiece Cutting conditions Carbon steel Alloy steel (0-0HB) Carbon steel Alloy steel (0-0HB) Pre-hardened steel ( - HC) Stainless steel Cast iron (Tensile strength < N/mm ) Slot milling MSM(J) / MSMB < < 0.D > < 0.D MSXL / MSXLB < < 0.0D > < D (inch) SFM IPT SFM IPT SFM IPT SFM IPT SFM IPT MSM MSJ MSMB Cutting mode Workpiece Cutting conditions Hardened steel ( - HC) Slot milling MSM(J) / MSMB < < 0.0D > 0. < 0.0D (inch) SFM IPT Note ) When shouder milling, feed can be increased by proximately 0 - %. Note ) Figures above are general cutting conditions. Please select propriate cutting conditions based on the figures above according to your own machine conditions. In doing so, adjust spindle speed and table feed at the same rate.

15 ecommended cutting conditions of -flute square end mill MSM MSJ Cutting mode Workpiece Cutting conditions Carbon steel Alloy steel ( < 0HC) Alloy steel,tool steel Pre-hardened steel (0 - HC) Stainless steel Cast iron (Tensile strength N/mm ) Aluminium alloy Shoulder milling (inch) SFM IPT SFM IPT SFM IPT SFM IPT SFM IPT ae MSM / MSJ < mm <.D ae < 0.D > mm <.D ae < 0.D MSM MSJ Cutting mode Workpiece Hardened steel ( - HC) Hardened steel ( - 0HC) Cutting conditions (inch) SFM IPT SFM IPT Shoulder milling ae MSM / SJM < D ae < 0.0D Note ) Figures above are general cutting conditions. Please select propriate cutting conditions based on the figures above according to your own machine conditions. In doing so, adjust spindle speed and table feed at the same rate. Note ) When using MSJ, reduce revolution and feed to proximately % of the figures above.

16 Application examples for Tool MSSB0S0 MSSB000S0 Workpiece AISI H TOOL STEEL (7 HC) Semi-finishing ~ finishing where depth of cut is 0.0 ~ 0.mm. (0.00 ~ 0.00 inch) AISI 0 STAINLESS STEEL (0 HC) Finishing of the part of a mold groove, etc. Component Connecting rod (forged) Plastic mold Cutting conditions Cutting speed(m/min) Feed (mm/tooth) evolution (min-) Table feed (mm/min) Coolant Machine 9 (0 SFM) 0. (0.00 IPT) 0,000,000 (79 IPM) Dry (air blow) Machining center ( SFM) 0.00 (0.000 IPT) 7,00 7 (. IPM) Dry (air blow) Machining center esult Tool life (Cutting length/ workpiece: About m) Competitor's 0 Cutting length (m) Intensified machining process ( part of the slot) Depth of cut plied before When using MSTA For roughing: 0.mm Only one machining process For roughing: (0.007 inch) required, maintaining high For finishing : 0.0mm accuracy. Tool life (0.00 inch) Depth of cut: 0.mm Depth of cut: (0.00 inch) Number of end mills needed for producing one mold Before ~ tools When using MSTA Only one tool needed Tool MSJCD000 MSMSD000 Workpiece AISI 0 CABON STEEL Side surface finishing of a mold part. (Depth: mm, Width: 0.mm) AISI 0 STAINLESS STEEL ( HB) Enlarging of drilled holes (Ø Ø. Depth: 0. ) 0 0 Component Plastic mold Part used for a medical device Cutting conditions Cutting speed(m/min) Feed (mm/tooth) evolution (min-) Table feed (mm/min) Coolant Machine ( SFM) 0.0 (0.00 IPT), (. IPM) Dry (air blow) Machining center. (0 SFM) 0.00 (0.000 IPT) 0,000 0 (.7 IPM) Water soluble cutting oil Machining center Tool life (Comparison of wear conditions after machining m) Flank wear Number of holes 0 No. of holes esult Competitor's Competitor's MSTA achieved longer tool life and. times higher feed. Conventional feed: 0mm/ min (. IPM) Eastman Street, Irvine, California 9, U.S.A. TEL. (00) - FAX. (00) -9 Customer Service: (00) -000 Technical Support: (00) - Chicago Branch Office: 999 New Wilke d, Suite 00,olling Meadows, Illinois 000, U.S.A. TEL FAX Detroit Branch Office: Country Club Drive, Suite A-, Farmington Hills, Michigan, U.S.A. TEL FAX Toronto Branch Office: Millcreek Drive, Unit &, Mississauga, Ontario, Canada LN M TEL FAX. --0 Av.La Cañada No., Parque Industrial Bernardo Quintana, El Marques, Queretaro, CP 7 Mexico TEL FAX EDP# 00 r. Printed in the U.S.A.: /0

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