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Turning inserts Japanese metal ceramics

1. Sharp blade, durable and wear-resistant, smooth cutting
2. Made of carbide and tungsten steel materials
3. The blade is sharper and shock-resistant, and the processing is more wear-resistant and durable. It is not easy to chip and break chips smoothly. It is specially designed to process stainless steel and other materials.
4. High-precision blades can effectively reduce friction and reduce losses.
5. Double-sided sharpness, hexagonal angle available, different R angles to meet your finishing and rough turning needs, reducing cutting resistance to achieve sharp cutting

Product Detail

90Cermet turning inserts

Specification Model Processing materials Coating Benchmarking products
CCMT060204-MT T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
CCMTO9T304-MT T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
TCMTO90204-MT T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
TCMT110204-MT T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
SCMTO9T304-MT T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
DCMT070204-FG T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
DCMT11T304-FG T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics
VBMT160404-FG T90 Semi-finishing and finishing of steel parts bright Japanese metal ceramics

FAQ:

1. Flank Wear: (This is a common form of wear.)
Impact: The workpiece dimensions gradually change or the surface finish deteriorates.
Cause: The cutting speed is too high, reaching the end of the tool's service life.
Measures: Adjust the machining parameters, such as reducing the cutting speed and using more wear-resistant inserts.

2. Chipping Issue: (An undesirable form of wear.)
Impact: Sudden changes in workpiece dimensions or surface finish, resulting in a spark-strewn surface with burrs.
Cause: Inappropriate parameter settings, incorrect choice of insert material, poor workpiece rigidity, or unstable insert clamping.
Measures: Check if the parameter settings are reasonable and select the appropriate cutting tools based on the workpiece material.

3. Severe Fracture: (A very undesirable form of wear.)
Impact: Occurs suddenly and unpredictably, leading to the scrap of the tool holder, workpiece, or both.
Cause: Incorrect machining parameter settings, vibration during cutting, or the workpiece or insert not properly installed.
Measures: Set reasonable machining parameters, reduce the feed rate, choose the right cutting inserts, and enhance the rigidity of the workpiece and inserts.

4. Built-up Edge (BUE):
Impact: Inconsistent workpiece dimensions, poor surface finish, and the presence of fuzz or burrs on the workpiece surface.
Cause: Low cutting speed, low feed rate, or the insert not sharp enough.
Measures: Increase the cutting speed, adjust the feed rate, and use sharper inserts.

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