MSRS90. Notched Inserts Reduce Cutting Forces When Entering the Workpiece Stable Machining without Chattering

Similar documents
MSRS90. Hi efficiency Notched and No-hand insert for MSRS90

MFAH. Minimizes Burrs for High Quality Machining Results. Low Cutting Force Design

New Milling Series. Metric type is added for all line up!! Tough edge GT chip breaker MSE45-SF MTE90-SF. Wiper insert is added for MSE45-SF type.

Milling Series. New MSE45-SF MTE90-SF. Wiper insert is added for MSE45-SF type. New MSO90. New MSE45. Octagonal MOF mill MOF. Easy edge adjustment

M-FOUR (MEW) 90 Milling with Double-sided 4-edge Inserts. Low Cutting Forces with Chatter Resistance for Excellent Surface Finish

15 Lead Angle D1~D9 MSRS15 MSE15 D2-D8 D9

SPX Offers low cutting resistance for heavy machining & deep shoulder milling

MFH High Efficiency and High Feed Cutter

MEW Series MEW. 90 Milling with Double Sided 4-edge Inserts

Update B158J New Chip Breaker Inserts for Turning Expanded Inserts

CP157-E. Heavy Milling. MSR Type. BT50 Integral Arbor type. Heavy Milling Cutter. PR830(For Steel) PR905(For Cast Iron) New! Low resistance insert

MEC Series. Low cutting force, reduced chattering and high efficiency machining. High efficiency end mills and face mills

MEC Series. Low Cutting Force, Reduced Chattering, and High Efficiency Machining. High Efficiency End Mills and Face Mills

MC5020 Breakthrough for cast iron machining.

Incremental encoders Solid shaft with clamping or synchro flange pulses per revolution

DIN ANSI Shark Line Material specific application taps. New products 2017

''Violet'' drill series.

TOOLS NEWS CRN ENDMILL FOR COPPER ELECTRODE

The worlds smallest ball nose.* 1 Ultra high precision type.* 2. R0.02mm, a world first! * 1. Expansion. ULTRA HIGH PRECISION [±0.

* * 98/9949 CS 98/ Point Latch includes these additional parts. 1-Point Latch (LBL) Customer Service. Installation Instructions

MFH Harrier Anti chattering Applicable to various applications with 3 types of inserts Increased chip evacuation and shortened cutting time

Extremely small "footprint" and the highest circuit density available AK550. Front Wire Entry

APOLLO. Variable Helix Corner Radius End Mills. Excellent for Alloy Steel, Nickel Inconel Alloys, Stainless and Carbon Steel

DIN/ANSI Shark Line Material Specific Application Taps. New Products 2017

Milling Cutter for Heavy Roughing

* * 33/3549A CS 33/3549A. 2-Point Latch includes these additional parts. 1-Point Latch (LBL) Customer Service. Installation Instructions

Lead Angle 0 Lead Angle E2~E77

Safety Relay Unit. Main contacts Auxiliary contact Number of input channels Rated voltage Model Category. possible 24 VAC/VDC G9SA-501.

Offers low cutting resistance for deep shoulder milling y WH breaker with wavy cutting edge

Multi-Point Astragal Prehanger Installation Instructions

How to remove BRNS/BRFS series from a PWB

FOR DEVICES SOLD PRIOR TO

Change!! Change I Change II Change III Change IV. Magic Drill DRX DRX

IABP4F/ABP4F. Four Flute Indexable Ball End Mills for High Efficiency Finishing SHANK STYLE MODULAR STYLE FEATURES

Wiper Inserts for Steel Turning

Double-sided positive insert for semi-finishing to finishing

Incremental encoders Solid shaft with clamping or synchro flange pulses per revolution programmable (interpolated system)

Connection Technology

Milling Series. Product Lineup M4. Milling Indexable Inserts. Milling Inserts Identifi cation System M9 Milling Inserts. Corner Angle 45 MOF45

U.S. PATENT NOS. 6,688,816 and 6,824,333 INSERT WIDTH TOP RAKE (SIDE VIEW) APPLICATION REFERENCE PG 9-20

DRV Magic Drill. High Efficiency Indexable Drill. Economical Inserts with 4 Cutting Edges and Excellent Chip Evacuation

C007E TECHNICAL DATA SPECIFICATION, FUNCTION OF TOOL FEATURES,TROUBLE SHOOTING, FORMULAE

DRA DRA. MagicDrill. High Efficiency Modular Drill. Excellent hole accuracy with a low cutting force design. High Efficiency Modular Drill

T360. Holders and Inserts - T-Cap. Features T333. Holders T335. Inserts T336. Clamping units T337. Sleeves for clamping units T338.

MEW End Mill. Double sided inserts with 4 cutting edges

Radiant systems 0801EN March 2016 Radiant plasterboard ceiling and/or floor system ISO /7

THREAD MILLS - METRIC

Features. Special forms are possible

Incremental encoders Solid shaft with square flange pulses per revolution

UPDATED. PCD & CBN Tangential Milling. Features:

Canopy Bed Frame. Date: 8 Jun 15 www. potterybarn.com Page 1 of 12 Rev:

A621A MEDICAL APPLICATIONS

DRV Magic Drill. High Efficiency Indexable Drill. Economical Inserts with 4 Cutting Edges and Excellent Chip Evacuation

Ultimate Push Button Astragal Prehanger Installation Instructions

DRC type. MagicDrill. High efficiency drill module. New lineup. Machining diameters: Ø7.94-Ø20.99 Machining depths: 3D,5D,8D. High efficiency.

NC Spot Drill with Patented indexable carbide insert.

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

UN THREAD MILLS STRAIGHT FLUTE - SOLID CARBIDE FULL PROFILE SHANK DIA.

NOTE THAT THE HANDLE IS BELOW THE LOCK BASE

No.002-USA. May 2006 Revised: April TAC Inserts for Aluminum. AL Chipbreaker,T-DIA. Ultimate Solution for Machining Aluminum

Flexible tool overhang lengths possible by combining the modular extension arbor and shank with insert run-out adjustment mechanism

Features. High Positive Rake Angle. Multi-Side Grinding. High Speed, High Feed Rate. Economical

Fitting & User Instructions

Product handbook. Drilling & Threading. The perfect thread

Features. High Positive Rake Angle. Multi-Side Grinding. High Speed, High Feed Rate. Economical

MODEL 351 POWERGLIDE SERIES INSTRUCTIONS FOR INSTALLING SARGENT DOOR CLOSERS WITH "H" HOLDER ARMS

MILLING OF T-SLOTS. Excellent removal of chips, flushed by through coolant supply. In the UNITED STATES call us toll free HORN

FATIGUE BEHAVIOUR OF COMPOSITE JOINTS WITH HEXAGON BOLTS

TECHNICAL DATA TROUBLE SHOOTING FOR TURNING. N002 CHIP CONTROL FOR TURNING. N004 EFFECTS OF CUTTING CONDITIONS FOR TURNING. N007 FORMULAS FOR CUTTING

UPTOWN CANOPY FRAME T/F/Q

KYOCERA Cutting Tools Drilling Catalog

3AFK 3AFK. For Aluminum Machining. 3-Flute End Mill for High Efficiency and Precision. Solid End Mill

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

4/5/6RFH 4/5/6RFH NEW. High Efficiency Roughing End Mill for Difficult-to-Cut Material

TECHNICAL DATA TROUBLE SHOOTING FOR TURNING.Q002 CHIP CONTROL FOR TURNING.Q004 EFFECTS OF CUTTING CONDITIONS FOR TURNING.Q018 END MILL TERMINOLOGY

ASSEMBLY INSTRUCTIONS 5PC Storage Dining Set

Reversible and Proportional Electric Actuators

THREAD MILLS - NPT - STRAIGHT FLUTE

LEXUS IS250/IS350 FRONT SPOILER Section I - Installation Preparation. Part Number: Section I - Installation Preparation.

Ultimate Flip Lever Astragal Prehanger Installation Instructions

Keeping the Customer First Tungaloy Report No. 369-J Tungaloy Report No. 372-US Face milling cutter NEW New grades TEN / EEN type extended version

DRAWING TABLE SYSTEM

GENERAL NOTES 1600 SYSTEM NOTES STRUCTURAL SEAL NOTES 1 - HANDLING, STORING AND PROTECTING ALUMINUM MATERIAL. 2 - GENERAL RULES

Rectangular type APS-10 to 15 Series

TECHNICAL DATA TROUBLE SHOOTING FOR TURNING.Q002 CHIP CONTROL FOR TURNING.Q004 EFFECTS OF CUTTING CONDITIONS FOR TURNING.Q018 END MILL TERMINOLOGY

Features. Excellent Repeatability >> Applications >>

Carbon Composition Resistors

Indexable endmill for high precision finishing

G9SA. Safety Relay Unit. The G9SA Series Offers a Complete Line-up of Compact Units. Model Number Structure

ASSEMBLY INSTRUCTIONS

PR1535. MEGACOAT NANO Insert Grade for Turning. Tough Grade for Heat-Resistant Alloy, Titanium Alloy, and Stainless Steel

Product Lineup MagicDrill DRC

Miniature shoulder milling cutter with incomparable stability

Technical Information for Power Buster

Optimum tool for finish machining

DRX type New technology : twisted coolant hole

Cat.3a Super Power Drill Super Drill


Stable parting-off operations due to unique clamping system

Ultimate Trilennium Astragal Prehanger Installation Instructions

Transcription:

90 Notched Inserts Reduce Cutting Forces When ntering the Workpiece tle Mchining without Chttering mooth Chip vcution Prevents Frcturing Cused y Biting Chips MGACOAT NANO For xtended Tool Life igh Mchining fficiency with ignificnt Reduction in Cutting Costs

90 Multiple Cutting dge Lengths Aville 1, 2, nd 4-tge (Ø3.00in, Ø80mm, Ø100mm) 90 F e t u r e s i-efficiency cutter with low cutting forces nd reduced virtion mooth chip evcution MGACOAT technology for extended tool life ingle tge MAX Axil D.O.C. 0.65" 4-tge MAX Axil D.O.C. 2.36" 1

90 i-fficiency Notched N e u t r l - n d e d I n s e r t s Neutrl-hnded inserts offer expnsive possiilities for custom-designed cutters MGACOAT Technology for extended tool life MGACOAT rdness(gp) 40 30 20 10 TiC TiCN TiN MGACOAT TiAlN MGACOAT comines high strength nd frcture resistnce for long tool life 0 200 400 600 800 1000 1200 Oxidtion temperture (ºC) Notched inserts for lower cutting forces Notched inserts rek chips into smller pieces nd reduce cutting forces. Aville for high feed cutting due to lower cutting forces t workpiece entry. 0.150in New, doule-lnd edge prep improves the cutting edge strength, while smll notch helps to reduce cutting forces Neutrl insert hnd cutters rke fce first lnd rke fce second lnd first lnd Aville for vrious cutting ngles Cutting edge length 0.709in Conventionl 51% New Design Low Cutting Forces (effect of notched inserts) Comprison of cutting forces (N) (N) dge Preprtion Notched inserts provide lower cutting forces nd reduce virtion evy virtion Competitor A Low cutting forces nd reduced virtion 90 2

90 90 Appliction Rnge (stndrd toolholder) MR Axil Rdil (D.O.C.) X (D.O.C.) MC 90 Feed(ipt) Insert Cross-ection With new inserts ville for numerous pplictions Appliction 3 notches 4 notches olid dge Generl purpose 1st Recommendtion NB3 + NB4 NB3P + NB4P Low cutting force mphsis on edge strength ( or ) + NB3 NB4 -V 3

Vrious Cutting P o s s i i l i t i e s 90 ide cutter Plunge cutter igh feed cutter Tpered cutter Bck milling cutter houlder cutter etting hft Length Fcemill Left nd Fcemill Right nd Custom-Design nd tndrd 4

Toolholders 90 2 1 2 1 1 3 G 3 5 G G Rke Angle A.R. R.R. fig.1 2 1 fig.2 fig.3 fig.4 +7-10 3 G 4 6 1 4 2 fig.5 fig.6 fig.7 fig.8 4 2 Ø101.6mm Ø172.8mm Toolholder Dimension (Inches) No. of No. of No. of Dimension (inch) Weight Description tock Inserts Flute tge (ls) 1 2 3 4 G 903000R-1-4T 4 4 1 3.00 0.65 Fig.1 2.43 2.36 903000R-2-4T 8 4 2 3.00 1.00 0.87 0.55 1.06 0.24 0.38 1.22 Fig.2 2.21 903000R-4-4T 16 4 4 3.00 3.35 2.36 Fig.3 3.50 904000R-1-6T 6 6 1 4.00 0.65 - - - Fig.4 4.41 2.05 2.76 1.14 904000R-2-6T 12 6 2 4.00 1.50 0.39 0.625 1.22 Fig.5 3.97-905000R-1-8T 8 8 1 5.00 2.17 1.42 0.65 Fig.4 5.73 906000R-1-8T 8 8 1 6.00 2.00 2.76 1.50 0.43 0.75 0.65 Fig.4 7.50 2.36 908000R-1-10T 10 10 1 8.00 0.65 Fig.6 13.23 2.50-4 1.58 0.55 1.01 0.71 1.02 1.26 9010000R-1-12T 12 12 1 10.00 0.65 Fig.6 27.49 Toolholder Dimension (Metric) Description tock No. of Inserts No. of Line No. of tge Dimension (mm) 1 2 3 4 5 6 G hpe : tock td. hpe Weight (kg) 5 Bore :inch Bore :mm With Crtridge Without Crtridge With Crtridge Without Crtridge 90080R-1-4T 4 4 1 16.5 Fig.1 1.4 60 90080R-2-4T 8 4 2 80 31.75 27 18 32 8 12.7 31 Fig.2 1.2 90080R-4-4T 16 4 4 85 60 Fig.3 1.5 90100R-1-6T 6 6 1 16.5 Fig.1 2.3 70 90100R-2-6T 12 6 2 100 39 21 31 Fig.2 2.1 - - - - - 90100R-4-6T MTO 24 6 4 38.1 85 10 15.9 60 Fig.3 3.2 90125R-1-8T 8 8 1 16.5 Fig.4 2.6 125 55 90125R-2-8T MTO 16 8 2 31 Fig.5 2.4-90160R-1-8T 8 8 1 16.5 Fig.4 4.3 160 50.8 70 11 19.1 90160R-2-8T MTO 16 8 2 38 31 Fig.5 4.1 90200R-1-10T 10 10 1 16.5 Fig.6 6.7 200 60 90200R-2-10T MTO 20 10 2 31 Fig.7 6.6 101.6 18 26 - - 32 90250R-1-12T 12 12 1 16.5 Fig.6 12.6 250 47.625-14 25.4 90250R-2-12T MTO 24 12 2 31 Fig.7 12.5 90315R-1-14T 14 14 1 16.5 Fig.8 16.1 315-17 27 22 32 25 90315R-2-14T MTO 28 14 2 31-16.0 90080R-1-4T-M 4 4 1 16.5 Fig.1 1.3 60 90080R-2-4T-M 8 4 2 80 27 20 13 24 7 12.4 31 Fig.2 1.1 90080R-4-4T-M 16 4 4 85 60 Fig.3 1.4 90100R-1-6T-M 6 6 1 16.5 Fig.1 2.2 70 - - - - - 90100R-2-6T-M 12 6 2 100 32 45 30 8 14.4 31 Fig.2 2.0 90100R-4-6T-M MTO 24 6 4-90 60 Fig.3 3.1 90125R-1-8T-M 8 8 1 16.5 Fig.4 2.6 125 90125R-2-8T-M MTO 16 8 2 31 Fig.5 2.4 40 55 33 9 16.4 90160R-1-8T-M 8 8 1 16.5 Fig.6 4.2 160 66.7 14 20 - - 28 90160R-2-8T-M MTO 16 8 2 31 Fig.7 4.0 90200R-1-10T-M 10 10 1 16.5 Fig.6 6.7 200 60 90200R-2-10T-M MTO 20 10 2 31 Fig.7 6.6 101.6 18 26 - - 32 90250R-1-12T-M 12 12 1 16.5 Fig.6 12.6 250 60-40 14 25.7 90250R-2-12T-M MTO 24 12 2 31 Fig.7 12.5 90315R-1-14T-M 14 14 1 16.5 Fig.8 16.1 315-17 27 22 32 25 90315R-2-14T-M MTO 28 14 2 31-16.0 : World xpress MTO : (Mde to Order)

Insert Lineup Applicle Inserts Dimension (in) Angle ( ) MGACOAT hpe Description A T ød rε α PR1230 (teel) PR1210 (Cst Iron, Titnium) PMT 180616N-NB3 3 notches 0.709 0.250 0.268 0.063 11 PMT 180616N-NB4 4 notches PMT 180616N-NB3P 3 notches Low resistnce 0.709 0.250 0.268 0.063 11 PMT 180616N-NB4P 4 notches Low resistnce PMT 180616N-V 0.709 0.250 0.268 0.063 11 Without notches : tock td. Use Cution when instlling notched inserts: It is importnt to instll the pproprite notched insert into the correct position. Filure to do so my result in dmge to the cutter ody. The pproprite insert is mrked on the pocket of the cutter ody. ow to instll the insert, Refer to Pge 8 Description Totl No. of tges 903000R-1-4T 1 No. of Flutes No. of Inserts No. of Inserts NB3(P) Notched NB4(P) 4 2 2 903000R-2-4T 2 4 8 4 4 903000R-4-4T 4 16 6 6 6

MP-1 Prts pre Prts (Inch) pre Prts Insert Clmp crew Wrench Crtridge Crtridge crew Wrench Anti-seize Compound Arr Clmp crew Description 903000R-1-4T Without Crtridge 903000R-2-4T 903000R-4-4T 904000R-1-6T 904000R-2-6T B-60120TR TT-25L - - - MP-1 16-45 20-55 905000R-1-8T With Crtridge 906000R-1-8T 908000R-1-10T 9010000R-1-12T MAP-1806M B-40140TR DT15 - pre Prts (Metric) pre Prts Insert Clmp crew Wrench Crtridge Crtridge crew Wrench Anti-seize Compound Arr Clmp crew Description (For ottom edge of pplicle 1, 2, or 4 stge cutters) MP-1 Without Crtridge With Crtridge Without Crtridge 90080R- -4T 90100R- -6T - - - 20 55 90125R- -8T 90160R- -8T 1 MAP-1806M * B-40140TR DT-15 ~ 90315R- -14T 90080R- -4T-M 90100R- -6T-M 90125R- -8T-M B-60120TR TT-25L 7.5Nm for Insert Clmp Tightening Torque 3.5Nm for Crtridge Clmp Tightening Torque - - - MP-1 16 45-12 35 With Crtridge 90160R- -8T-M MAP-1806M * 1 2 MAP-1806 * B-40140TR DT-15 ~ 3.5Nm 90315R- -14T-M for Crtridge Clmp Tightening Torque - Note) *1: MAP-1806M is only for pplicle..r-1..cutters *2: MAP-1806 is only for pplicle..r-2..ottom edge (1st stge) crtridge. This crtridge is used for ottom edge (1st stge) only. ow to ttch crtridge: To fix the crtridge, tighten the slnt screw first, then tighten the other screw. MP-1 Apply light coting of Anti-seize Compound (MP-1) on the clmp screw when insert is fixed. 7

Instlling Insert ow to Instll the Insert Instlltion of Notched Inserts When instlling the inserts, mtch the insert s top surfce numer to the numer on the holder. me numer me numer 1. 2. Remove dust nd chips from the insert mounting pocket. Instll inserts y pushing down the insert with finger. 3. Plese use only the T-wrench (TT-25L) provided for insert instlltion. *Inserts might not e clmped properly when using different wrench. 4. Provided T-wrench (TT-25L) Other wrench When instlling the insert, ensure there is no gp etween the insert nd the crtridge. No Gp Gp 5. After ech use, dditionl clmping is recommended using the T-wrench provided. 8

Cutting Conditions Recommended Cutting Conditions Feed Rte (ipt) Cutting peed (sfm) Workpiece Mteril tndrd type NB3+NB4 Low resistnce type NB3P+NB4P PR1230 MGACOAT PR1210 oft teel () 0.004~0.008~0.010 0.004~0.008~0.010 Cron teel (xxc) 0.004~0.008~0.010 0.004~0.008~0.010 Alloy teel (CM) 0.004~0.006~0.008 0.004~0.006~0.008 Die teel (KD/NAK) 0.004~0.006~0.008 0.004~0.005~0.006 Gry Cst Iron (FC) 0.004~0.008~0.012 0.004~0.008~0.010 Nodulr Cst Iron (FCD) 0.004~0.008~0.010 0.004~0.007~0.008 390~490~720 330~490~660 330~490~660 330~490~590 330~590~820 330~590~720 390~490~720 330~490~660 330~490~660 330~490~590 330~590~820 330~590~720 tinless teel (U304) Non-ferrous Metls Vrious Custom Order Cutters Not Recommended Not Recommended :1st Recommendtion :2nd Recommendtion igh Feed Cutter 45 Fce Mill Plunge Cutter Tpered Cutter ide Cutter Custom-mde cutters cn e designed to meet your cutting requirements, such s cutting dimeter, cutting ngle, nd cutting edge length (stges), etc. 9

Cse tudies Cse tudies Ductile Iron, 60-40-8 Chrome-Moly teel Industril prts Cutter nd inserts 90100R-1-6T(ø100mm 6 flutes) PMT180616N-NB3/NB4 (PR1210) Vc=490sfm p e=0.236" 2.559" fz=0.006ipt (Vf=16.929in/min) Mchined urfces Construction mchine prts Cutter nd inserts 90125R-1-8T(ø125mm 8 flutes) PMT180616N-NB3/NB4 (PR1230) Vc=660sfm p e=0.394" 1.968" fz=0.004ipt (Vf=15.748in/min) 19.685" 500mm 90(PR1210) Chip removl 15.7in³/min. 90(PR1230) Chip removl 12.2in³/min. Competitor A 6.5in³/min. Competitor B 9.3in³/min. Results 90 douled the cutting efficiency compred with comp. A. Comp. A required 2 psses (pxe=0.118"x2.56"). 90 completed the cut in only 1 pss. Cutting time reduced Customer vlution Results 90 improved cutting efficiency to 1.3 times tht of comp. B. Comp. B: pxe=0.197"x1.968" Tool cost reduced to 1/3 since comp. B is 2-edge insert. 90 reduced mchining cost s well s improving cutting efficiency. Customer vlution Tool teel tructurl teel hip prts Cutter nd inserts 90160R-1-8T(ø160mm 8 flutes) PMT180616N-NB3/NB4 (PR1230) Vc=490sfm p e=0.394" 0.394~1.968" fz=0.004ipt (Vf=9.449in/min) Mchined urfce 78.740" 2000mm 50 1.968" Power genertor prts Cutter nd inserts 90125R-1-8T(ø125mm 8 flutes) PMT180616N-NB3/NB4 (PR1230) Vc=530sfm p e=0.394" 0~0.787" fz=0.006ipt (Vf=19.685in/min) 29.1 5.9 7.9 ø31.5 90(PR1230) Chip removl 7.32in³/min. 90(PR1230) 12 fces /edge Competitor C 3.66in³/min. Competitor D 8 fces / edge Results 90 douled the cutting efficiency compred with comp. C. Comp. C: pxe=0.197"x0.394~1.968", 90 douled the xil D.O.C. due to low cutting forces. 90 cn increse the D.O.C. s well s cutting speed (Vc=490). This resulted in totl cutting efficiency improvement. (time reduction) Customer vlution Results 90 improved tool life to 1.5 times tht of comp. D. Comp. D required 2 psses (pxe=0.472"x0~0.394") with low feed rte (Vf=15.748in/min). 90 improved cutting efficiency. (time reduction) Comp. D ws very noisy due to lrge cutting forces. 90 reduced the cutting force nd noise level s well. Customer vlution 10

Kyocer Industril Cermics Corp. Cutting Tool Division 100 Industril Prk Rod endersonville, NC 28792 mil: cuttingtools@kyocer.com Wesite: www.kyocer.com/cuttingtools Distriutor Wesite: http://mykicc.kyocer.com Customer ervice: 800.823.7284 - Option 1 Technicl upport: 800.823.7284 - Option 2 Kyocer Industril Cermics Corp. 09/12, 7.5K Printed in U..A.