Continuing to respond to our customers' "monozukuri" with 60 years of accumulated press technology.
Natori Manufacturing has been engaged in product manufacturing centered around press processing for over 60 years since its establishment. Our specialty processing technology involves directly working with hard and non-stretching materials such as hard steel wire and deformed wire from a coil state, bending them into beautiful three-dimensional shapes. In particular, we have over 40 years of experience in manufacturing wiper arm components. Moving forward, we would like to challenge ourselves in new fields based on the technology we have cultivated so far. 【Sales Items】 ■ Press Processing ■ Titanium Press Processing ■ Press Die Design and Manufacturing ■ Precision Tool Design and Manufacturing ■ Production Tool Design and Manufacturing ■ Manufacturing of Sports Prosthetics, Artificial Arms, and Legs *For more details, please refer to the PDF materials or feel free to contact us.
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【Handled Metals】 ■ Hard Steel Wire ■ β (Beta) Titanium Alloy ■ Deformed Wire ■ Carbon Tool Steel ■ Stainless Steel ■ Alloy Tool Steel ■ Pure Titanium ■ Aluminum Alloy ■ Titanium 64 Alloy ■ Bearing Steel 【Processing Technologies】 ■ Press Processing ■ Press Die Design ■ Press Dies ■ Precision Tool Design and Manufacturing ■ Warm Pressing ■ Titanium Pressing ■ Pressed Parts Processing *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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Natori Seisakusho, which specializes in titanium press processing, hard steel wire press processing, and the production of molds and jigs, is engaged in parts processing for automobiles, medical devices, and mother machines, as well as mold production for automotive and construction hardware. In mold and jig production, we not only perform processing using CAD/CAM but also conduct strength analysis through CAE in the design phase. Additionally, as part of reverse engineering, we repair molds without drawings and add designs to scanned workpieces. In manufacturing, we strive to improve QCD using servo presses, robots, and dedicated machines, and we also handle mass production and prototyping (production without creating molds). Please feel free to contact us with any concerns you may have.