A lineup of three types of extrusion heads! A new 3D printer that allows you to choose from a variety of heads.
The "M.A.T." is an all-in-one ceramics 3D printer that enables manufacturing by combining an extrusion-type head with green processing. The FFF head uses dedicated filaments made of metal or ceramics, and shapes the desired form through a uniquely developed original water-cooled head. Additionally, the pellet extrusion head, which employs a direct extrusion method, offers various advantages such as reduced material costs, a degreasing process using water-based solvents, and improved recyclability. 【Features】 ■ High-precision and stable drive system ■ High-performance extrusion system that feeds filaments precisely without damaging them ■ Built-in cooling system that achieves high reliability and molding efficiency ■ Heating chamber that enables the molding of high melting point materials ■ Easy removal of molded objects ■ Robust structure that can accommodate heavy tools *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications (Partial)】 ■ Fabrication Method: Material Extrusion Molding ■ Main Body Dimensions: 660(W)mm x 610(D)mm x 630(H)mm ■ Printable Area: 200(W)mm × 200(D)mm × 200(H)mm ■ Weight: Approximately 60kg ■ Power Supply: 230V, 16A, 50Hz * 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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At Shin-East V Ceramics, we leverage the properties of ceramics to provide new added value through our unique technology. We have achieved significant results and high trust across various fields, from components for manufacturing and inspection equipment, including semiconductors, LCDs, and electronic components, to ultra-precision measuring instruments such as straight edges and right-angle masters, as well as ceramics application products like XY stages. Additionally, with the sale of ceramics 3D printers, it has become easier to commercialize complex shapes that were previously difficult to handle, as well as hollow structures for weight reduction and enhanced functionality. This has led to adoption in a wider range of fields and industries, from aerospace to biomedical sectors.