In gear steel machining systems, end-face machining is a critical process that directly affects gear assembly accuracy, transmission stability, and over...Read More »

In the field of gear steel machining, the machining accuracy of the gear outer circle directly affects the gear transmission stability, assembly accuracy, and s...Read More »

In the field of machining, cutting tools, as the “teeth of industry”, directly determine machining efficiency, product precision, and production costs. ...Read More »

In the field of precision machining, CBN inserts, with their ultra-high hardness and high-temperature resistance, have become the core tool for machinin...Read More »

In the field of machining, cutting difficult-to-machine materials such as hardened steel, wear-resistant cast iron, and high-temperature alloys always f...Read More »

The core causes of CBN inserts wear:1. Mechanical wear: abrasive cutting and impact spalling of hard phases2. Chemical wear: material reaction at high temperatu...Read More »

In the field of hard turning, tool performance directly determines machining efficiency, accuracy, and cost control. When facing difficult-to-machine materials ...Read More »

In the rolling production process of the steel industry, rolls are core components determining the precision and quality of plates and profiles. Their high hard...Read More »

Brake discs are mostly made of gray cast iron, with major grades including FC250 and FC300. Tool selection is crucial when mass-producing these workpieces.Tradi...Read More »

The “golden partner” for efficient cutting—Hardened steel processing and CBN inserts Hardened steel generally refers to steel parts with HRC>45 after heat tr...Read More »