Suitable for processing hardened steel, precipitation hardening stainless steel, titanium alloy, etc
Excellent slot milling performance, high strength of cutting edge and outstanding chipping resistance ability
Special design for unequal spiral and unequal graduation, stable cutting process
Special design for parabolic chip flute design with excellent chip removal ability

Suitable for high-performance machining of high-temperature alloys such as high-temperature alloy engine power components in the aerospace industry and cobalt-chromium alloy parts in the medical industry;
The optimized circumferential relief angle treatment reduces cutting heat, increases the tool’s wear resistance, and ensures the quality of the cutting surface;
The unequal tooth pitch cutting edges reduce resonance, provide excellent anti-vibration capabilities, and improve the material removal rate and the tool’s service life;
The new fine-grained substrate combined with the highperformance AlTi-based coating achieves a perfect combination of high chipping resistance and high wear resistance;
A professional 5-edge design has been added, aiming to achieve a productivity that exceeds that of 4-edge endmills.

Suitable for specialized machining of impellers and blade disks made of stainless steel, titanium alloy, and high-temperature alloy;
The taper clearance design and vibration suppression design are suitable for deep machining with large overhangs;
The special tool design combined with a high-performance substrate and a special coating results in high machining efficiency.

Suitable for high performance processing of titanium alloys.
The new titanium alloy milling grade is adopted, which has significant improvement in wear resistance and bond resistance.
Special corner radius treatment, improve the cutting edge strength and sharpness, effectively reduce the vibration caused by corner radius.
The use of enhanced large helix angle design and unequal tooth pitch can reduce the harmonics produced by cutting, and eliminate bad chatter.
A professional 5-edge design has been added, designed to exceed the productivity of 4-edge endmills.

The PVD coating with excellent bonding force and high temperature stability of the cemented carbide substrate ensures its wear resistance and resistance to high temperature deformation, covering all the working conditions of high alloy turning.

1.Suitable for semi-finish and finish of blisks
2.The taper void avoidance design and the vibration suppression design,and suitable for large suspension processing.
3.Sultra-fine cemented carbide and special coating, high wear resistance,longer tool life.
4.High precision profile, Radius tolerance士0.0lmm, Tapertolerance士3′.

1.Patented rotation-mimicking structure with arc-shaped locking mechanism ensures smoother indexing..
2.Special high-strength cutting edge design withstands machining under unstable conditions.
3.Multiple chipbreaker types (SF/SM/SH) adapt to diverse machining conditions.
4.Special tool body material enhances strength and machining stability.
5.New grade GMM7130 enhances high-temperature wear resistance and edge toughness.

1.Suitable for rapid feed processing of cavities and sidewalls in industries such as molds and aviation
2.Rich groove types and brand combinations to meet the processing needs of various materials
3.Negative four edges structure+fast feed dedicated groove for high efficiency, high economy, and high stability processing

1.Suitable for rapid feed processing of cavities and sidewalls in industries such as molds and aviation
2.Rich groove types and brand combinations to meet the processing needs of various materials
3.Negative four edges structure+fast feed dedicated groove for high efficiency, high economy, and high stability processing

GT series cover FC, MC, RC, FG, MG, FT, MT, OR and MR geometries. Equipped with complete tool holders, they can achieve parting, slotting, turning, and profile machining; and with multiple grades, they can meet the machining needs of materials such as steel, stainless steel, cast iron, and high-temperature alloy.