[Case Study] Improvement of Maintenance for Automotive Component Cutting Molds

Using precision mold processing technology, it is possible to design and manufacture molds that maintain a certain level of accuracy even when punches and dies are individually replaced. For molds in fields other than semiconductors, we can offer proposals based on the know-how cultivated in the semiconductor industry. If you have any concerns, please feel free to contact us. This time, we would like to introduce a case where we solved the issues of a customer who was struggling with poor maintenance of molds made with current matching production. **Issue** Poor maintenance of molds made with current matching production - With molds produced using current matching for punches and dies, if either the punch or die needs to be replaced, both must be purchased as a set. - It was also common to have to send the entire mold set back to the mold manufacturer for punch and die replacement, making maintenance at the customer's site difficult. **Solution** Improved maintenance through appropriate clearance design + precision processing technology - By providing clearance for the punch and die and finishing them with micron-level precision, it became possible to replace them individually at the customer's site without the need for current matching when either the punch or die wore out. For more details on this case, please contact us or download our catalog for confirmation.

Using precision mold processing technology, it is possible to design and manufacture molds that maintain a certain level of accuracy even when punches and dies are individually replaced. For molds in fields other than semiconductors, we can offer proposals based on the know-how cultivated in the semiconductor industry. If you have any concerns, please feel free to contact us. This time, we would like to introduce a case where we solved the issues of a customer who was struggling with poor maintenance of molds made through current matching production. 【Issue】 Poor maintenance of molds made through current matching production - In molds produced through current matching, if either the punch or die needs to be replaced, both the punch and die must be purchased as a set. - It was often necessary to send the entire mold set back to the mold manufacturer for punch and die replacement, making maintenance at the customer's site difficult. 【Solution】 Improved maintenance through appropriate clearance design + precision processing technology - By providing clearance between the punch and die and finishing them with micron-level precision, it became possible to replace them individually at the customer's site without the need for current matching. For more details on this case, please contact us or download the catalog for confirmation.

Using precision mold processing technology, it is possible to design and manufacture molds that maintain a certain level of accuracy even when punches and dies are individually replaced. For molds in fields other than semiconductors, we can offer proposals based on the know-how cultivated in the semiconductor industry. If you have any concerns, please feel free to contact us. This time, we would like to introduce a case where we solved the issues of a customer who was struggling with poor maintenance of molds made through current matching production. **Challenge** Poor maintenance of molds made through current matching production - In molds produced through current matching, if either the punch or die needs to be replaced, both the punch and die must be purchased as a set. - There were instances where the entire mold had to be sent back to the mold manufacturer for punch and die replacement, making maintenance at the customer's site difficult. **Solution** Improved maintenance through appropriate clearance design + precision processing technology - By providing clearance for the punch and die and finishing them with micron-level precision, it became possible to replace them individually at the customer's site without current matching when either the punch or die wore out. For more details on this case, please contact us or download the catalog for confirmation.

Using precision mold processing technology, it is possible to design and manufacture molds that maintain a certain level of accuracy even when punches and dies are individually replaced. For molds in fields other than semiconductors, we can offer proposals based on the know-how cultivated in the semiconductor industry. If you have any concerns, please feel free to contact us. This time, we would like to introduce a case where we solved the issues faced by a customer who was struggling with poor maintenance of molds made through current matching production. **Challenge** Poor maintenance of molds made through current matching production - In molds produced with current matching for punches and dies, if either the punch or die needs to be replaced, the entire set of punch and die must be purchased together. - It was sometimes necessary to send the entire mold set back to the mold manufacturer for punch and die replacement, making maintenance at the customer's site difficult. **Solution** Improved maintenance through appropriate clearance design + precision processing technology - By providing clearance for the punch and die and finishing them with micron-level precision, it became possible to replace the worn-out punch and die at the customer's site without the need for current matching. For more details on this case, please contact us or download the catalog for confirmation.