The accuracy of the stage remains the same! Odent processing that does not require ionizers and the like.
Reduces the glass peeling and charging phenomenon, making ionizers unnecessary! Cuts down on running costs, maintenance, and replacement costs! Original anti-static treatment.
"Odent processing" is an anti-static treatment that reduces the glass peeling charge phenomenon by applying a proprietary specialized chemical etching and plating process. The secret to the anti-static effect lies in the fine, dense, and specially shaped structure on the surface of the aluminum component. This structure allows for point contact with the glass substrate, significantly reducing the actual contact area. By minimizing the effective area involved in charging, the generation of static electricity is also reduced. [Features] ■ Anti-static through corona discharge due to the pointed structure ■ High durability with no degradation of effectiveness even after 300,000 contacts ■ High hardness comparable to hard chrome ■ No distortion during processing due to chemical treatment *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Specifications】 ■Composition: The surface of the Oudent is an electroless nickel layer (10μm) ■Hardness: Before heat treatment 500–600Hv, after heat treatment around 1,000Hv (around 400℃) ■Standard processing size: 1200mm×1200mm×600mm *For products larger than the above, please contact us. *For more details, please refer to the PDF document or feel free to contact us.
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【Usage】 ■Manufacturing equipment for LCDs, organic ELs, PDPs, glass substrates, etc. *For more details, please refer to the PDF document or feel free to contact us.
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We believe that our mission is to evolve and propose surface treatment technologies, which are foundational technologies for manufacturing, have a history dating back to ancient times, and have evolved to support cutting-edge industries of each era, but have now become difficult for anyone to perform. This evolution begins with communication with our customers. We learn about the materials our customers use, understand the required functional characteristics, and study the environment in which the finished products will be used and the roles they are expected to fulfill. If necessary, we collaborate with universities and public research institutions. We then provide the optimal surface treatment technology.
