Experience in producing "medical device parts" using a 3D printer! Rapid prototyping is possible from just one piece.
Our company conducts the production of prototypes using 3D printers, and in the medical field, we have a track record of producing items such as "medical device components." Shapes that are impossible to achieve through machining can be quickly prototyped from a single piece if 3D data is available. We can accommodate build sizes up to 250×330×200mm. Materials can be selected according to the application, including CFRP, glass fiber, and tough nylon. We can also assist with the creation of 3D data. 【Main Equipment】 ■ 3D Printers: 3 units ■ 3D CAD ・AUTOCAD: 1 unit ・SOLIDWORKS: 3 units *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Prototype Flow】 ◎Shortest 4 to 7 days ■Receipt of 3D prototype data / Production of 3D prototype data ■3D prototype modeling ■Finishing ■Delivery *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
【Other Prototype Creation Achievements】 ■ Dental Instruments ■ Machined Parts ■ Mobile Phone Cases ■ Circuit Cases (Support Removal Not Completed) ■ Guitar Picks *For more details, please refer to the PDF document or feel free to contact us.
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Company information
Shinwa Seiko Co., Ltd., located in Ube City, Yamaguchi Prefecture, is a machine processing factory specializing in machining within 300mm. We excel in processing items within 50 to 150mm square, and we produce both round and square items, from single-piece custom matching processing (general-purpose) to new production in medium lots (around 1,000 pieces). Additionally, we routinely handle machining precision tolerances of about H7, and with the newly introduced cylindrical grinding machine, we will be able to offer even higher precision products for round items. The introduction of the cylindrical grinding machine allows for external diameter grinding of work sizes up to φ200×400(mm), enabling the processing of hardened products (HRC 50 or higher) and difficult-to-cut materials that were previously impossible with cutting methods. We have also introduced various 3D printers to propose solutions for the manufacturing challenges of "lightweighting" and "cost reduction" through our "3D printing + precision finishing processing solution."
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