[SDGs Case Study] Achieving Energy Savings, Space Reduction, and Improved Work Efficiency

Introducing a one-touch high-current connector! Now, even women and elderly workers can perform tasks smoothly.

In the semiconductor manufacturing process, polycrystalline silicon is melted to create single crystal rods (ingots), which are then sliced to produce wafers. In the limited space within the equipment, there was a disconnection at the power supply points rated at 150-200A, and the conventional connectors were long in length, making the connection and disconnection process difficult and cumbersome. To prevent connection failures, a "high current connector" was introduced that uses springs to maintain a constant contact pressure at the connection points. This one-touch type connector allows for smoother operation even for women and elderly workers, significantly improving productivity. [Case Summary] ■ Issue: Conventional connectors were long in length, making connection and disconnection difficult. ■ After Implementation: - No electrical connection failures occurred. - Power consumption was reduced, contributing to energy savings. - Space savings of about 30% made connection and disconnection easier. - Productivity significantly increased. *For more details, please refer to the PDF document or feel free to contact us.

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