We introduce a vacuum chuck with a porous integrated structure that does not require O-rings or adhesives.
The "Porous Integrated Machining Vacuum Chuck" offers high design flexibility and is well-suited for small quantities and a variety of products. Due to its integrated machining without the use of adhesives, it is suitable for use in high-temperature areas. It is possible to simultaneously form circuits for other fluids along with the vacuum circuit, such as vacuum chucks with temperature control circuits. 【Features】 ■ Suitable for high-temperature use due to integrated machining without adhesives ■ High design flexibility and easy adaptation for small quantities and a variety of products ■ Ability to simultaneously form circuits for other fluids along with the vacuum circuit (e.g., vacuum chucks with temperature control circuits) *For more details, please refer to the PDF materials or feel free to contact us.
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basic information
"Do you have any such requests?" - I want to manage so that there is no temperature difference between the work and the stage. - I want to heat or cool the work before setting it up in the workspace. - I want to use it as a vacuum chuck at high temperatures above 250°C. *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Company information
Bukinokata Manufacturing Co., Ltd. has been consistently engaged in the design and production of molds for plastic injection molding since 1968. Initially, we received requests for the production of molds for various plastic products, but recently, customer demands have become more advanced, including nano-order surface precision, end mill processing below 0.1 mm, machining of difficult materials such as Elmax and Inconel, and fine processing of carbide. While inheriting the mold-making techniques cultivated by many predecessors, we aim to be a company that is trusted and regarded as reliable by our customers, without neglecting the challenge of new technologies such as ultra-fine processing and high hardness/difficult material machining.