尺寸 Size 型号Type r IC S d L DNMG110404-MF1 0.4 9 .525 4. 76 3.81 11.6 DNMG110408-MF1 0.8 9 .525 4. 76 3.81 11.6 DNMG150404-MF1 0.4 12.7 4. 76 5.16 15 .5 DNMG150604-MF1 0.4 12.7 6 .35 5.16 15 .5 DNMG150408-MF1 0.8 12.7 4. 76 5.16 15 .5 DNMG150608-MF1 0.8 12.7 6 .35 5.16 15 .5 DNMG150412-MF1 1.2 12.7 4. 76 5.16 15 .5 DNMG150612-MF1 1.2 12.7 6 .35 5.16 15 .5 牌号 BMP130 BMP120 BMP110

☑ Tip chip pocket reduces cutting force and improves sharpness ☑ Curved cutting edge design enhances chip curling, delivering excellent chip breaking in finishing operations

☑ Wide land & large rake angle, excellent sharpness and tip strength ☑ Large chip gullet, smooth chip evacuation

High stability, superior wear resistance and excellent chipping resistance for flatbed cutter blades.

High stability, superior wear resistance and excellent chipping resistance for flatbed cutter blades.

Model r IC S d L CNMG120404-HQ 0.4 12.7 4.76 5.16 12.9 CNMG120408-HQ 0.8 12.7 4.76 5.16 12.9 牌号 BR115 BR215

☑ Wide land design ensures edge strength at high depth and feed ☑ Unique geometry reduces cutting force & improves performance ☑ High tip strength, ideal for rough machining of cast iron

☑ Small rake angle & wide cutting edge, high edge strength ☑ Optimized chip breaker angle, reduced wear, stable chip breaking ☑ Optimized chip breaker angle, reduced wear, stable chip breaking

☑ Dual rake angle, enhanced sharpness & tip stability ☑ Positive land geometry, low cutting resistance ☑ Large chip gullet, smooth chip evacuation

☑ Gradual rake angle design enhances cutting edge sharpness and reduces cutting force ☑ Arc transition on the main cutting edge improves overall cutting edge strength ☑ Curved cutting edge with heightened chip breaker optimizes chip curling and delivers excellent chip breaking

☑ Arc front angle, sharp & low cutting force ☑ Step chip breaker, stable chip breaking ☑ Heart-shaped buffer, smooth chip curling

☑ Dual front angle, balanced sharpness & strength ☑ Raised chip breaker, stable chip control ☑ Large side flute, ample chip space, anti-clogging

☑ Innovative curved edge: high strength, low cutting force, improved efficiency ☑ Suitable for finishing operations on steel and alloy steel workpieces ☑ Special chipbreaker groove configuration offers high versatility

☑ Dual front angle design enables light cutting across a wide range of cutting conditions ☑ Wide flank design meets the high strength demands of cutting edges for steel machining ☑ Gradual chipbreaker protrusions enhance chip breaking capability under low cutting forces

☑ Small rake angle & wide cutting edge for high edge strength ☑ Flat land design for universal machining. ☑ Optimized chip breaker angle for reduced wear & stable chip control

☑ Dual rake angle with wide land ensures edge strength ☑ Versatile double-sided geometry for rough to light machining ☑ Graded edge design for smooth chip evacuation

☑ Curved edge design ensures both edge strength and sTR1pness ☑ Suitable for semi-finish to medium machining of steel and alloy steel, accommodating most working conditions ☑ Excellent chip breaking capability

☑ High stability, excellent wear resistance and chipping resistance

☑ Dual rake angle, ensures sharpness and strength ☑ Positive rake geometry, low cutting resistance ☑ Unique chip breaker protrusion, ideal for medium machining of superalloys

☑ Unique chip breaker design, excellent chip control ☑ Curved cutting edge, reduced cutting force ☑ Recommended for roughing to heavy machining

☑ Negative land & wide edge ensure sufficient strength ☑ Graded groove depth & tapered edge for effective chip control

型号 Type 尺寸 Size r IC S d L CCMT060204-TF1 0.4 6.35 2.38 2.8 6.4 CCMT060208-TF1 0.8 6.35 2.38 2.8 6.4 CCMT09T304-TF1 0.4 9 .525 3.97 4.4 9.7 CCMT09T308-TF1 0.8 9 .525 3.97 4.4 9.7 CCMT120404-TF1 0.4 12.7 4.76 5.16 12.9 CCMT120408-TF1 0.8 12.7 4.76 5.16 12.9 CCMT120412-TF1 1.2 12.7 4.76 5.16 12.9 牌号 BPC220 BMP130 BMP120 BKC215 BKC115

型号Type 尺寸 Size r IC S d L CCMT120408-GK 0.8 12.7 4.76 5.5 12.9 牌号 BR215 BR115

Through the application of diverse inserts and meticulous regulation of cutting depth, chip dimensions, and edge geometry, superior accuracy and surface quality are achieved during external cylindrical finishing.