Korloy HRMD is more economical due to the use of 6 cutting edges compared to HRM tool with a 3 edge positive insert HRMDouble HRMD is more economical due t

Korloy HRMD is more economical due to the use of 6 cutting edges compared to HRM tool with a 3 edge positive insert HRMDouble HRMD is more economical due t

Korloy HRMD is more economical due to the use of 6 cutting edges compared to HRM tool with a 3 edge positive insert HRMDouble HRMD is more economical due to the use of 6 cutting edges compared to HRM tool with a 3 edge positive insert High rake angle cutting edge and chip breaker reduces cutting load Negative geometry has been designed for rigidity of cutting edge and double sided function Simple screw on system and stable support achieves strong clamping force Unique insert design for high feed and multifunctional machining HRMD insert with symmetrical cutting edge is applicable for both R and L type machining Features of Insert o 0 O Nose-R Security of rigid edge in ramping Pocket machining Round edge suitable for high feed rates Insert geometry Possible to use R/L type machining 0 Minor cutting edge Improvement of surface roughness in high feed machining Special design for decreasing thrust force Symmetrical insert design for R/L type tool 0 Major cutting edge Symmetrical design insert for R/L type tool Superior cutting performance due to high rake angle cutting edge Low cutting resistance in high feed Special design for decreasing thrust force 0 Clamping surface Design for stable clamping Prevention of friction by chip O Chip breaker Reduction of cutting load due to high rake angle Improvement of chip flow and evacuation in various applications Prevention of damage on clamping face of insert Features of Cutter Milling Inner coolant system Improvement of chip control and evacuation Longer tool life due to reduced cutting temperature Simple screw on system Strong clamping of screw on system Convenient clamping system Wide chip pocket for better chip evacuation 3-surface constrained system Strong clamping system Stable clamping system against different cutting resistances in various machining applications 208 Technical Information for HRMDouble