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GSX MILL VL Roughing

Features a design optimized for unequal spacing of teeth and variable leads to improve chipping resistance and enable high-efficiency machining

Nick shape
  • Suitable for unequal spacing of teeth and variable leads
    Excellent chipping resistance
Flute geometry
  • Stiffness to withstand heavy cutting
    Chip evacuation performance that enables pocket machining
GSX MILL VL Roughing

Applicable work materials

Low-carbon steels
Soft steels

SS400, S10C

Carbon steels
Alloy steels

S45C, SCM440

Pre-hardened steels
High alloy steels

SUJ, NAK

Tempered steels
 

SKD, SKH

Hardened steels
 

Hardened Steels

150HB 225HB 275HB 30 40HRC 40 50HRC 50 65HRC
   

Stainless steels

SUS304

Heat-resistant alloy

Ti/Ni Alloys

Cast iron

FC/FCD

Aluminum alloy

AC/ADC

Copper/copper alloy

Cu

Graphite

Graphite

: optimal : applicable ×: not applicable No mark: not recommended


GSX II coating

  • Achieves excellent heat resistance with enhanced oxidation resistance and heat dissipation
  • Features a new layered structure for high hardness
  • Optimizes the crystal structure of the film for increased resistance to wear and adhesion

Heat resistance far superior to competitors

Oxidation resistance evaluation (calo test crater after being held for 1 hour in the atmosphere at 1,100°C)

Coating (oxidation resistance temperature) Calo test crater
GSX II coating
1,100°C
Company A C coating
1,200°C (Company A's listed value)
Company B D coating
1,300°C (Company B's listed value)

Oxidation resistance tests conducted under NACHI standards showed GSX II coating limits oxidation to 0.3µm from the surface, whereas coating products of competitors resulted in
total oxidation of the coating layer.