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Carbide EDM electrodes Product List

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Ultra-fine diameter superhard discharge machining electrode for semiconductor molds

Ultra-fine diameter superhard discharge machining electrode for semiconductor molds

Tungsten carbide electrode with a minimum diameter of φ0.01. For precision drilling of fine holes in mold processing.

In the semiconductor industry, high-precision micro-machining is required for mold processing. In particular, for molds that are essential for semiconductor manufacturing, the ability to process fine holes with high precision significantly affects product quality and yield. Conventional electrodes have limitations in terms of thinness and durability, leading to challenges in machining accuracy and efficiency. Sanwa Creation's ultra-small diameter carbide discharge machining electrodes address these issues. 【Application Scenarios】 - Micro hole processing for semiconductor molds - Electrical discharge machining of precision parts - Mold processing requiring high-precision drilling 【Benefits of Implementation】 - Achievement of high-precision micro hole processing - Improvement of mold lifespan - Reduction of processing time - Increase in yield

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  • Carbide EDM electrodes

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Ultra-fine diameter carbide discharge machining electrodes for research institutions

Ultra-fine diameter carbide discharge machining electrodes for research institutions

Electrodes for electrical discharge machining made of superhard alloy with a minimum diameter of φ0.01mm. Contributes to improved accuracy in experiments.

In experiments conducted at research institutions, fine machining precision is required. In particular, when precise drilling is necessary, the accuracy of the electrode influences the experimental results. Our ultra-fine diameter carbide discharge machining electrodes, with a minimum diameter of φ0.01mm and the use of carbide alloys, achieve high-precision drilling, enhancing the reliability of experiments. 【Application Scenarios】 - Experiments requiring fine machining - High-precision drilling - Machining that leverages the properties of carbide alloys 【Effects of Implementation】 - Improvement in experimental accuracy - Reduction in machining time - Enhanced reproducibility of experiments

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Ultra-fine diameter super hard discharge machining electrode for precision molds

Ultra-fine diameter super hard discharge machining electrode for precision molds

Electrodes for electrical discharge machining made of ultra-hard alloy with a minimum diameter of φ0.01. For fine shape processing.

In the precision mold industry, the miniaturization of products necessitates the fine shape processing of molds. Particularly in fields such as electronic components and medical devices, micron-level precision is required, making fine hole drilling and shape processing through electrical discharge machining crucial. Conventional electrodes have faced challenges in processing precision and durability, which can lead to increased processing time and costs. Sanwa Creation's ultra-small diameter carbide electrical discharge machining electrodes address these issues by utilizing high-hardness carbide alloys. 【Application Scenarios】 - Fine hole processing - Production of precision molds - Fine shape processing - Manufacturing of high-precision parts 【Benefits of Implementation】 - Achieving high-precision processing - Reducing processing time - Improving tool lifespan - Cost reduction

  • Other consumables
  • Carbide EDM electrodes

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Ultra-fine diameter carbide discharge machining electrode for electronic component connectors

Ultra-fine diameter carbide discharge machining electrode for electronic component connectors

Solving the challenges of connector manufacturing! Ultra-hard alloy electrode material with a minimum diameter of φ0.01.

In the electronic components industry, particularly in connector manufacturing, there is a demand for miniaturization and high precision. As connectors become smaller, the precision of the internal fine hole machining affects the quality of the products. Traditional machining methods can lead to issues with hole diameter and positional accuracy, potentially resulting in lower yield and increased costs. Sanwa Creation's ultra-small diameter carbide discharge machining electrodes address this challenge. With electrodes made of carbide alloy starting from a minimum diameter of φ0.01, high-precision hole machining is achieved, contributing to the improvement of connector quality. 【Application Scenes】 - Processing pin holes for connectors - Fine hole machining for electronic components - Manufacturing of connector parts requiring high precision 【Benefits of Implementation】 - Improved product quality through high-precision hole machining - Enhanced yield and cost reduction - Capability to manufacture small connectors - High durability due to carbide alloy - Flexible product offerings through custom-made solutions

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  • Carbide EDM electrodes

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Ultra-fine diameter carbide discharge machining electrode for automotive injectors

Ultra-fine diameter carbide discharge machining electrode for automotive injectors

For precision machining of injectors. Ultra-hard alloy electrode material with a minimum diameter of φ0.01.

In the automotive injector industry, there is a demand for improved precision in fuel injection. The performance of injectors is directly linked to fuel efficiency and compliance with emissions regulations, making the precision of fine hole machining crucial. Traditional electrodes have faced challenges in machining precision and durability, but our ultra-fine diameter carbide discharge machining electrodes solve these issues. 【Application Scenarios】 - Machining fuel injection holes in injectors - Electrical discharge machining of fine components - Machining of parts requiring high precision 【Benefits of Implementation】 - Improved injector performance through high-precision hole machining - High durability due to carbide alloy - Capability for ultra-fine diameter machining starting from φ0.01

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  • Carbide EDM electrodes

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