Transitioning from Cutting Methods: Improving Lead Time and Costs for Small Metal Parts
MIM method that excels in producing finely detailed complex shapes with excellent strength.
A case where switching from cutting processing to MIM manufacturing improved mass production and reduced lead time. By reducing material weight by nearly 90g through hollowing, cost reduction was also achieved. Since product weight significantly impacts costs in MIM, we hollow out as much as possible. 【Product Overview】 Material: SUS304L Size: 40×35×35 【Castem's MIM Manufacturing Method】 ✅ Wide range of support from 10 pieces to tens of thousands ✅ In-house mold production allows for proposals to reduce initial mold costs ✅ ISO9001 certified for both domestic and overseas factories ✅ Wide range of materials beyond standard MIM materials, including iron, stainless steel, and titanium ✅ Capable of integrated production including precision machining, heat treatment, and plating ✅ Suitable for weights from below 1g to 100g (thickness from 0.2mm to 5mm, sizes from a few mm to approximately φ50-80) Numerous achievements in medical device parts, male/female screws, inner tubes, side pushers, etc. For small metal parts manufacturing, please feel free to contact us.
- Company：CASTEM
- Price：Other
