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Cermet Turning Inserts

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Cermet Inserts compare to other materials, with the advantage of long tool life and excellent surface finish, combining toughness with superior wear resistance.

UKO Cermet Inserts are an enhancement to our general turning inserts, specifically designed for high-speed finishing. Compared to our Carbide inserts, Cermet inserts allow faster cutting speeds, with less deterioration and wear during uninterrupted cutting.

Cermet is a trend to use in CNC cutting processing in the future, UKO provides a standard type of cermet turning inserts such as TNMG/CNMG/WNMG/CCMT/TCMT/DCMT/DNMG, etc.

Product details

UKO’s cermet turning inserts grade is suitable for machining steel, powder metallurgy metal, difficult to process cast iron and stainless steel materials for superficing processing, finishing and semi-finishing.

Features:

  • The scope of application has different chip-breaking grooves and geometric bilateral and single-sided-side cermet blades, including amelioration blade.
  • Covered several standard blade-shaped cermet vehicles with chip-breaking grooves, which helps to select a more suitable Chip-Breaking Grooves for each chip-breaking grooves.
  • Chip-Breaking Grooves design is designed to be able to reliably chip-breaking in fully automated processing applications.

Related Overview

Thread Turning Inserts

Thread Turning Inserts

Standard Turning Inserts

Standard Turning Inserts

Grooving and Parting Insert

Grooving and Parting Insert

High Feed Milling Inserts

High Feed Milling Inserts

Face Milling Insert

Face Milling Insert

Drilling Insert

Drilling Insert

Cermet Idexable Insert

Cermet Idexable Insert

Basic Milling Insert

Basic Milling Insert

Why Choose Us?

  • CVD coated carbide: the aluminum oxide coating using fine grains increases the wear resistance of the carbide inserts and breaking resistance.
  • PVD coated carbide: adopts a unique PVD nano-coating that effectively improves the quality of the carbide blades.
  • Cermet: optimized tissue and special alloy binding phase, improved wear resistance and chipping resistance, good finishing surface, and high-speed cutting.
  • Cemented carbide: The surface treatment method of special carbide matrix is adopted, suitable for cutting aluminum alloy, copper alloy, non-metallic material, etc.
  • A high-quality grinding tool ensures high precision and repeatability
  • Suitable for the stability of all workpiece materials, reduce machine tool accident shutdown
  • Optimized coating processes can extend carbide blades life or increase productivity
  • We offer a number of optional indexable carbide inserts shapes while ensuring that the toughness of carbide inserts and carbide inserts wear resistance can we ensure the service life of carbide blades.
  • Based on the type and shape of the processing workpiece, there are a variety of solutions suitable for blade clamping.
  • We combine the integrated cutting parameters, the geometric structure of chip-breaking grooves, and the three aspects of the cutting force, and reasonable chip-breaking grooves design promotes chip curling, break, protects the tool, and enhances the life of carbide inserts.
Penny Peng

Penny Peng

Marketing Director

“ Prompt Feedback and Professional Service. ”

(86) 137 5507 9029

Resource

Do you have cutting tools for my HRC55 steel parts?2021-07-23T02:32:12+00:00

Firstly, please let us know which model you use, such as APMT, SDMT, WNMU… Then we will recommend a suitable grade according to your workpiece.

Do you have the cutting parameters for the SDMT120512 face milling insert?2021-07-23T02:31:11+00:00

The feed is about 4000mm/min, the ap=0.8-1.0mm. The cutting parameters is just for reference. The specific processing parameters should be comprehensively determined according to working conditions, milling machine types, processing materials, etc.

Which carbide inserts are suitable for face milling?2021-07-23T02:30:17+00:00

Our fast feed milling inserts are very suitable for face milling, including SDMT, SNMU, WNMU, LNMG, HNMG.

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