When it comes to thin material processing and difficult-to-cut materials, think of "Kouwa Tech."
Experts in precision machining for "hard and thin" realize manufacturing that takes into account suitable jig design, cutting tool processing conditions, and machining methods. 【Five Strengths】 ■ Proficient in sizes from palm-sized to 2000 ■ Skilled in high-speed machining of aluminum and heavy cutting of difficult materials ■ Specializes in complex shapes and precision parts ■ Experienced with thin-walled components that are prone to distortion ■ Capable of consistent support from prototype machining to 1000 units with automated equipment and a 24-hour system *We have processing examples available. For more details, please contact us or download the PDF to view.
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Aerospace - Achievements in "thin material" processing through weight reduction cultivated in the aerospace field - Processing achievements of various types, including aircraft fuselage components, satellite parts, and defense components - Specialization in difficult processing that requires technology through unique jig and tool design
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Sixty years since its founding. We have extensive achievements in the aerospace, medical, and semiconductor fields. We have achieved a thickness of 0.1mm in the processing of "thin materials," which are prone to distortion, through our unique jig and cutting tool design. We also handle the processing of "difficult-to-cut materials" such as Inconel and titanium, with experienced craftsmen and certified inspectors ensuring the quality of our products. ● Achievements in "thin material" processing through weight reduction cultivated in the aerospace field - Processing of various parts such as aircraft body components, satellite components, and defense components - Specializing in difficult processing that requires technology through our unique jig and cutting tool design ● In the semiconductor field, there are strict requirements where "even a hairline scratch is unacceptable" - High-precision parts processing such as components for wafer transport - Flexibly responding to special processing such as "Hale processing" and "electrolytic polishing" ● In the medical field, parts that enter the body prioritize "safety and security" - Processing of components for implants and prosthetic limbs - Collaborating with doctors and experts to support technical challenges in the medical field from the prototype development stage ● Prototype development in next-generation fields - Exploring whether the know-how and achievements cultivated in the aerospace field can be applied to new areas. We are actively challenging prototype development for flying cars, hydrogen engines, EVs, and more.