With the rapid development of industry, modern high speed machining and automatic machine tools have put forward higher requirements on the performance and stability of cutter. Cemented carbide is widely used in the production of blades due to its advantages of high hardness, wear resistance, strength and toughness, heat resistance and corrosion resistance. The production process of cemented carbide blade (tool) is complex, and the critical process in sand blasting process directly affects the adhesion strength and appearance phase of blade (tool) coating, and plays a decisive role in the service life of cemented carbide blade (tool).

We know that the blade (blade) is an important tool in the machining process. Today, we are going to learn about the classification of blades and the manufacturing process of cemented carbide blades.

A series of transposable square shoulder milling cutters, including multi-function blades. The blade contains four double-sided tip blades. The blade has excellent complete cutting edge and maximizes machining efficiency in various square shoulder milling and milling slots.

The demand of the industry now makes people use more difficult materials to guarantee the mechanical strength at high temperature. Therefore, in order to improve production efficiency, higher processing stability is needed. Tool integration is another issue in the effort to improve tool economy and improve tool life management, in which manufacturers are using a single tool for a variety of different processing applications.

The blade contains a specially designed gap Angle of the rear cutter surface to meet the requirements of slope milling, screw interpolation and other 3 dimensional milling, while ensuring the integrity of the strong tip of the negative Angle blade. The main blade features a large front Angle design that allows free cutting without compromising the integrity of the cutting edge.

The new blades include AH3135 for steel and stainless steel processing and AH120 for cast iron. The characteristics of the two materials are that they have high anti-collapse ability to ensure the processing stability and reduce the premature failure of the blade and blade.

Product advantages:

Multi-function: because the innovative design of the gap Angle of the rear cutter surface can meet the requirements of 3d machining;

Increase efficiency: the integrity of the cutting edge and anti-collapse damage to achieve large feed processing;

Machining stability: the optimized front blade has a lower processing load of machine tool spindle.

Posted by: hannahgwendolyn at 09:39 AM | No Comments | Add Comment
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