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Design and processing technology that makes only the action areas of special tools made of hard materials.

We propose the design of the joint (bonding surface) between the carbide part and the base material, and we will accommodate the production of special carbide brazed tools.

Typically, carbide is selected as a material when wear resistance is required. However, considering cost and difficulty in processing, there are many challenges in manufacturing solid carbide products. In such cases, carbide brazing, where only the active parts are made of carbide, can be an effective solution. However, when making only the active parts from carbide, careful consideration must be given to the design of the joint surface with the base material; otherwise, the functionality of the critical carbide part may be compromised, potentially leading to tool failure. Therefore, it is necessary to design the joint section and to process the carbide into an appropriate shape accordingly. For more details, please refer to the "Processing Technology Special" materials.

  • Other processing machines

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Design and processing technology for ultra-hard shapes and brazing positions to reduce shock resistance.

We will support the design and manufacturing of optimal carbide shape processing and brazing positions to reduce shock resistance and enhance tool performance.

In tools where carbide is used at the tip for wear-resistant applications, there may be cases where impact acts as a resistance, leading to a decrease in the tool's effectiveness. To fully utilize the tool's performance, it is necessary to consider optimal shape design to reduce the overall impact resistance of the tool and the brazing position of the carbide part that will be subjected to force. In cases where the tool is welded to the machine body, if the welding position is too close to the brazing position, there is a risk of tool defects due to a decrease in brazing strength caused by the heat during welding. In other words, the shape of the carbide part and the brazing position become important points. For more details, please refer to the "Processing Technology Special Feature."

  • Other processing machines
  • Other machine elements

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