Super large-scale structures and complex-shaped ceramic products! For improving the performance of equipment and machinery.
REPTON
Ceramic parts for machinery. While enhancing the performance and durability of the equipment, we also reduce the total development costs! *Product catalog is currently available for distribution.
Lepton's "ceramic parts" can be molded into large, thin plates ranging from 3000 mm in length to a maximum thickness of 60 mm, allowing for customization to individual devices such as LCD manufacturing equipment, crushing equipment, and semiconductor manufacturing. Thanks to a unique molding method, these special molded ceramics can achieve shapes that were not possible with conventional molding methods, eliminating the need to split, bond, or bolt large parts together. This helps maintain the performance and durability of the equipment while reducing the total development costs. 【Applications】 ■ LCD manufacturing equipment ■ Organic EL manufacturing equipment ■ Semiconductor manufacturing equipment ■ Crushing equipment that dislikes metal contamination and other equipment industries *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Features】 ○ Capable of near-net shape forming ○ Capable of complex forming ○ Easy forming of large and thin-walled products ○ No contamination from impurities such as metals ○ Inexpensive molds can be used with unpressurized forming ○ Supports from dense bodies to porous materials ○ Provided on a made-to-order basis ○ Supports small lot sizes ○ Supports sizes from small to large *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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Our unique manufacturing method, the "thermal gel molding method," has made it possible to achieve shapes and sizes that were previously deemed impossible with conventional ceramics. The "thermal gel molding method" allows for various forms to be created by injecting a slurry of ceramic solvent into a "mold" and heating it to solidify without shrinkage, thus solidifying the solvent as well. Additionally, since there is no contact with metals throughout the entire process, there is no contamination from impurities. Please consult us from the design stage! We are a ceramics manufacturer that fulfills your requests.
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