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GSX MILL VL

Endmill with unequal tooth spacing and variable leads

  • Periodicity of cutting stress is effectively suppressed by continuously changing outer teeth spacing, allowing for chattering control.

For titanium alloy and SUS and for steels

  • There are two types, for steels and for titanium alloy and SUS that support almost any work materials.

GSX II coating

  • With the multi-layer of heat resistance coating and hard coating, GSX MILL VL supports cutting of hardened materials. With high wear resistance and anti-adhesion properties, stable chip removal is realized for a wide range of work materials.

 

Unequal spacing of teeth · Variable leads

Reduce vibration and realize high quality milling by adapting unequal index and lead design.

Comparison of vibration

Applicable to wide range of materials by two series

GSX-II Coating

Excellent heat resistance

  • Achieve high heat Resistance with Al-rich composition.

Multi layer structure

  • High hardness of coating in according to multi layer structure with AlCr and AlCrX.

Crystal structure

  • Great wear and resistance with optimum crystal structure.
GSX-II Coating

Evaluation of oxidation resistance
Status of coating films after keeping with 1,100°C in the air after 1 hour.

GSX MILL VL Series

GSX MILL VL Anti-Vibration Effect (Movie)

Conventional 4 Flutes End mill

GSX MILL VL

No-chatter,Higher quality surface finish

Comparison of surface roughness

Surface roughness comparison of milling on Titanium alloys

No chattering on corner

Wear comparison after 140m milling of stainless steels (SUS304)

The wear of GSXVL4T is very small and normal. Possible to keep milling.

Application example of pocket thin-wall milling of Titanium Alloys

High speed milling of thin-wall.

Reduction Process in SUS410J

Milling to generator blades

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