[Case Study] Prevention of Work Takeaway, Stable Storage in Chip Trays
Introduction of case studies that are economical and easily replaceable on-site due to their interchangeable nature.
We received a request from a semiconductor manufacturing company in Hiroshima Prefecture and would like to introduce a case where we implemented measures to prevent workpiece carry-back and ensure stable storage in chip trays. We recommend using flat collets made of carbide and heat-resistant resin for those who have issues with scratches on the chip surface and chipping. Being interchangeable, it is economical and can be easily replaced on the worksite, allowing for continuous use in top-class condition. The tip shapes are round, square, and rectangular, with a wide range of sizes available as standard specifications. 【Case Study】 ■Challenge There was no experience in transferring small workpieces with openings below 1mm, making it a difficult situation, and we had to decline inquiries from users. There were expectations for preventing workpiece carry-back and stable storage in chip trays. ■Result Approximately 100,000 chip sizes of 0.75mm opening and t=0.2mm were handled without any carry-back. This was an area where existing collets could not be used at all. *For more details, please refer to the PDF document or feel free to contact us.
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[Customer Feedback] The quick response from the sales team was very helpful. I had a very good impression as they always proposed from the customer's perspective while being polite. I feel that their sales approach is backed by technical expertise and confidence in the content they propose. *For more details, please refer to the PDF document or feel free to contact us.*
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[Usage] Recommended for those who have issues with chip chipping by scratching the surface of the chip with flat collets made of hard and heat-resistant resin. *For more details, please refer to the PDF materials or feel free to contact us.
