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Round edge chamfering process Product List

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Processing of the R-shaped edge at the tip of round bars made of steel, SUS, titanium, and tungsten.

Processing of the R-shaped edge at the tip of round bars made of steel, SUS, titanium, and tungsten.

Supports precision machining. Materials include round wire (steel, stainless steel, titanium, tungsten).

We would like to introduce a case study of "advanced grinding processing" conducted by our company. Materials: round wire (steel, SUS, titanium, tungsten) Sizes: φ0.5 to 2.5mm L: 50 to 150mm - High-precision grinding processing - Compatibility with various materials Please feel free to contact us when you need our services. *For more details, please download the PDF or feel free to inquire.

  • Processing Contract
  • Round edge chamfering process

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【Fishing】Processing of the R-shaped edge of round bars made of steel, SUS, titanium, and tungsten.

【Fishing】Processing of the R-shaped edge of round bars made of steel, SUS, titanium, and tungsten.

For manufacturing fishing hooks. The materials are round wire (steel, stainless steel, titanium, tungsten).

In the manufacturing of fishing hooks, the shape and strength of the hook point, as well as the selection of materials, are crucial for enhancing hooking performance and durability. In particular, smooth processing around the hook point is essential to avoid causing discomfort to the fish and to ensure a secure catch. Improper processing can lead to missed catches and accelerate wear on the hook point. Our company leverages the technology cultivated through years of fishing tackle manufacturing to provide precise tip R-edge processing required for fishing hook production. 【Usage Scenarios】 - Manufacturing of fishing hooks - Materials: Round wire (steel, SUS, titanium, tungsten) - Sizes: φ0.5 to 2.5mm, L: 50 to 150mm 【Benefits of Implementation】 - Improved performance of fishing hooks through high-precision grinding processing - A wide range of product development by accommodating various materials

  • Processing Contract
  • Round edge chamfering process

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Processing of the R-shaped edge of round bars made of semiconductor steel, SUS, titanium, and tungsten.

Processing of the R-shaped edge of round bars made of semiconductor steel, SUS, titanium, and tungsten.

Precision machining for semiconductor manufacturing fixtures. Compatible with a variety of materials.

In the semiconductor manufacturing industry, jigs used for the assembly and transport of precise components require high dimensional accuracy and surface treatment. Particularly in situations where fine parts are handled, even slight irregularities or burrs on the jigs can affect the products. Therefore, precise processing of the materials and shapes of the jigs is essential for maintaining product quality. Our company responds to the needs for jigs in semiconductor manufacturing by providing end R processing for round wires made from a variety of materials such as steel, SUS, titanium, and tungsten, within the range of φ0.5 to 2.5mm and L: 50 to 150mm. 【Usage Scenarios】 - Parts for semiconductor manufacturing equipment - Jigs for precision assembly - Inspection jigs 【Benefits of Implementation】 - Improved dimensional accuracy of jigs - Reduced damage to fine parts - Enhanced reliability of the entire equipment

  • Processing Contract
  • Round edge chamfering process

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[Robot] R-edge processing of round bars made of steel, SUS, titanium, and tungsten.

[Robot] R-edge processing of round bars made of steel, SUS, titanium, and tungsten.

Round wire processing that meets the precision machining required for robot joint components.

In robot joint components, smooth operation and high durability are required. In particular, precise chamfering at the points where parts come into contact is essential, as it reduces friction, suppresses wear, and enables smooth movement. Inadequate chamfering can lead to awkward motion and premature deterioration of parts. Our R-chamfering processing for steel, SUS, titanium, and tungsten round wires addresses these challenges and contributes to the improvement of robot performance. 【Application Scenes】 - Joints of robot arms - Actuator components requiring precise movement - Movable parts that need durability 【Effects of Implementation】 - Improved smoothness of joint movements - Reduced wear of parts and extended lifespan - Enhanced overall performance of the robot

  • Processing Contract
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