Ultra-thin wafers and ultra-thin glass substrates are fixed non-contact with low stress! High-precision non-contact suction cups.
"Non-Contact Chucking" is a non-contact suction pad that achieves low stress and strong gripping power through stable levitation characteristics based on fluid statics and preloading effects from vacuum suction. By adopting our uniquely developed non-contact suction technology, we have reduced air consumption and achieved excellent quietness. 【Features】 ■ Stable levitation characteristics ■ Low air consumption ■ Excellent quietness ■ High precision ■ Low stress *For more details, please refer to the catalog or feel free to contact us.
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【Other Features】 ■ Gap adjustment ■ Strong gripping power ■ Clean ■ Received the "Grand Prize" at the 27th Ota City Small and Medium Enterprises New Products and New Technologies Competition ■ Received the "Minister of Small and Medium Enterprises Award" and the "Special Award for Industry-Academia-Government Collaboration" at the 27th Small and Medium Enterprises Excellent New Technology and New Products Award *For more details, please refer to the catalog or feel free to contact us.
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For more details, please refer to the catalog or feel free to contact us.
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■Company History Our company was founded in 1955 as a manufacturer of carbon for machinery, known as the Carbon Research Institute. After developing precise carbon and mechanical seals, we created porous carbon with fine and uniform pores, and we offer a variety of products primarily for applications in "levitating transport." ■We can solve the following problems: 1. The workpiece is too thin to be transported effectively. ⇒ We need products that can handle delicate workpieces. 2. Scratches occur due to contact during transport. ⇒ We need products that can transport without damaging the workpiece. 3. Wear on the transport surface and drive components leads to increased hassle. ⇒ We want to reduce maintenance costs. ■Features of Porous Carbon It is a porous carbon with fine and uniform pores. By allowing air to flow through the porous structure, a strong fluid film can be formed. This fluid film can levitate films and other materials, enabling the gentle and damage-free transport of delicate workpieces. As workpieces become more high-functioning, there is a growing demand for thinner and more delicate transport, making this material a true next-generation solution for levitating transport.
