fn=0.05~0.35(mm/r)

M-level double-sided chip breaker groove has excellent chip breaker performance when processing P-class mild steel and medium carbon steel, and can obtain high-quality finished surface.

fn=0.05~0.35(mm/r)

M-level double-sided chip breaker groove, ideal finishing machining range, high finished surface

fn=0.05~0.3(mm/r)

M-level double-sided breaker groove, sharp edge, effectively solve the processing difficulties of stainless steel chip breaking, sticking phenomenon, surface hardening, etc., and obtain high-quality finished surface.

fn=0.05~0.3(mm/r)

The E-level double-sided chip breaker groove has the advantages of high transposition accuracy, hard working prevention, strong wear resistance, and can obtain high machining accuracy and high quality finished surface.

Wiper

fn=0.1~0.4(mm/r)

M-level double-sided chip breaker groove, with wiper design, can obtain better surface quality in high-feed and efficient.

fn=0.15~0.5(mm/r)

The M-level double-sided chip breaker groove has the advantages of small cutting force and wide chip breaker range, which can also get better chip breaking effect on alloy steel with high viscosity.

fn=0.15~0.5(mm/r)

M-level double-sided chip breaker groove, with higher edge strength than DM, is suitable for semi-finishing with unstable working conditions, and can also be used for cast iron processing to obtain lower cutting force.

fn=0.05~0.3(mm/r)

The M-level double-sided chip breaker groove has the advantages of high transposition accuracy, high work hardening prevention and wear resistance, and higher work efficiency than NF.

fn=0.1~0.3(mm/r)

The M-level double-sided chip breaker groove can effectively solve the processing difficulties of stainless steel chip breaking and sticking phenomenon, and obtain higher processing efficiency than EF.

fn=0.2~0.5(mm/r)

M-level double-sided chip breaker groove, good cutting edge strength and versatility.

GR

fn=0.3~0.8(mm/r)

M-level double-sided chip breaker groove, the first choice for light load rough machining, metal removal rate and cutting edge economy can be obtained.

ap= 2.5-8 (mm)

fn=0.2-0.6(mm/r)

Single side

ap= 2.5-20 (mm)

fn=0.2-1.2(mm/r)

The M-level single/double-sided chip breaker groove has strong impact resistance. The groove design has the best balance point in the edge safety and sharpness, solves the difficulties such as high cutting heat and sticking phenomenon in the processing of stainless steel, and achieves high efficiency.

DR single side

fn=0.3-0.8 (mm/r)

The M-level single-sided chip breaker groove has high cutting edge safety, and can obtain high metal removal rate and low cutting force under large cutting depth and greater feeding.

fn= 0.3-1.0(mm/r)

M-level single-sided chip breaker groove, strong edge, high safety, strong plastic deformation resistance under high metal removal rate.

fn=0.05-0.6(mm/r)

M-level double-sided, high cutting edge strength, is the solution to overcome the undesirable processing factors such as sand hole and slag inclusion in the cast iron processing.

fn=0.05-0.3(mm/r)

G-level, PCBN and PCD superhard materials are welded to the cemented carbide matrix, which are the solutions for processing materials with high hardness and non-ferrous metals 

fn= 0.05-0.4(mm/r)

G-level double-sided, ceramic blade, blade angle can be used to process hardened steel, cast iron, steel and other materials under different treatment conditions.

Precision machining

ap=0.02-1.5(mm)

fn= 0.01-0.08(mm/r)

G-level precision, large rake angle design, sharp cutting edge, faster cutting, it is the preferred groove for precision turning of small shaft parts.

fn= 0.03-0.25(mm/r)

G-level precision, sharp edge, small tip arc, effectively prevent vibration during machining, suitable for precision boring and precision machining of outer circle.

fn=0.05-0.3(mm/r)

G-level precision, it is the first choice for precision machining

fn=0.05-0.3 (mm/r)

M-level precision, suitable for internal and external finishing of steel, cast iron and other materials.

fn=0.05-0.3 (mm/r)

M-level precision, sharp edge, suitable for finishing of stainless steel, mild steel and other viscous materials.

fn=0.05-0.2 (mm/r)

E, G-level precision, sharp edge, suitable for finishing of inner hole and outer circle of high temperature alloy materials.

fn=0.2-0.5(mm/r)

M-level precision, suitable for semi finishing of inner hole and outer circle of steel, cast iron and other materials.

fn=0.2-0.5(mm/r)

M-level accuracy, the elasticity of the cutting edge is better than EF, and the machining efficiency is higher than EF.

fn=0.2-0.6(mm/r)

M-level precision, suitable for profiling of steel, cast iron and other materials.

fn=0.05-0.5(mm/r)

M, G-level precision, high cutting edge strength, suitable for inner hole and outer circle machining of cast iron materials.

fn=0.3-0.7(mm/r)

M-level precision, suitable for rough machining of inner hole and outer circle of steel, stainless steel, cast iron and other materials.

fn=0.3-1.2(mm/r)

M-level single-sided chip breaker groove, strong cutting edge, high safety, profiling rough machining preferred.

fn=0.05-0.5(mm/r)

H-level accuracy. Large rake angle and relief angle make the cutting edge of the insert sharper, and the cutting is more brisk while ensuring effective chip breaking of the insert.

fn=0.1-0.5(mm/r)

G-level precision, large front angle, surface polishing treatment, effectively prevent built-up edge, can obtain high quality finished surface and long life.

fn=0.05-0.3(mm/r)

G-level precision, PCBN, PCD superhard materials are welded to the cemented carbide matrix, which is the solution of high hardness and non-ferrous metal processing.