
Reduce chattering High rigidity and efficient chip evacuation Internal
Grooving The highly rigid design reduces chattering by approximately 30% as compared to the conventional products. The wide pocket improves chip evacuation
Die steel
Die steel
Mono-block structure Grooving Oil hole ② improves chip evacuation Cut-Off ① Supply coolant directly onto the Oil hole GNDI rake face of the cutting edge Threading Mono-block structure GNDIS GNDI
Stable, Less vibration Unstable Vibration Heavy Vibration
ChipChipChip BitingBitingBiting
GND type Conventional product (unit type) GND type Competitor A Competitor B
Work material: SCM415 Work material: SCM415 Holder: GNDL R2525M-220 Insert: GCM N2002-GG Holder: GNDI R2532-T306 Insert: GCM N3002-GG Cutting conditions: v = 100 m/min f = 0.10 mm/rev a = 20.0 mm, wet Cutting conditions: v = 100 m/min f = 0.05 mm/rev a = 3.0 mm, Wet
c p c p
Competitor Improved machining efficiency more than 3x
| f=0.08mm/rev | Normal wear | Breakage | |
| Machining efficiency | GND type | Competitor |
Work material: SCM435 Work material: S53C Holder: GN Insert: GCM N3002-GG (AC530U) Holder: GNDM L2525M-618 Insert: GCM N6030-RG (AC530U) Cutting conditions: v = 130 m/min f = 0.30 mm/rev Wet Cutting conditions: v = 130 m/min f = 0.3 mm/rev Wet c c