[For the Semiconductor Industry] Optimal Solutions for Post-Processing Range, Cost, and Precision of Castings
It is not always true that full machining is the correct answer. We will reveal manufacturing cost reduction techniques that utilize the near-net shape of castings.
Is the instruction on the drawing to 'process all around just in case' driving up the cost of the equipment base components? Processing all surfaces not only increases machining costs but also introduces the risk of precision instability due to machining distortion. ■ Selection Criteria for Determining Machining Scope Functional surfaces (mounting surfaces, sliding surfaces): These are directly linked to equipment performance, so we ensure high precision through precision machining. Non-functional surfaces: By leaving the casting surface as is, we can reduce unnecessary machining processes. Additionally, by allowing a certain degree of draft angle, we can maintain the quality of functional surfaces while reducing costs. At Hinode Group, we propose optimal shapes that keep costs down while ensuring the functionality of cast components according to our customers' needs. We leverage our integrated system that covers everything from material development to casting, machining, assembly, and logistics, allowing us to support you from the design phase through to mass production. Why not reconsider your methods for a 'winning design' that reduces costs without compromising precision?
- Company:日之出水道機器 産業機械マーケティング
- Price:Other