What is multi-wire cutting technology? *Materials available for understanding from the basics.
There are various types of "cutting processing," but our company adopts the fixed abrasive method using diamond wire.
Among the various cutting technologies, our company is capable of mass production using the fixed abrasive method, which is becoming a global trend in recent years, through "multi-wire cutting." We excel particularly in ceramics, metals, and crystalline materials. Compared to the free abrasive method, there are various advantages, and we have compiled information on the mechanisms of the free abrasive method and the fixed abrasive method in multi-wire cutting. 【Contents】 ■ What is multi-wire cutting? ■ Cutting process ■ Comparison of free abrasive method and fixed abrasive method ■ Advantages of the fixed abrasive method ■ Summary *For more details, please download the PDF catalog or feel free to contact us.
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Our main business focuses on precision processing of various hard materials, specializing in "grinding and cutting," including ceramics, crystalline materials, glass, metals, and resins. In recent years, we have particularly concentrated on ultra-precision cutting and polishing of various ceramics required for electronic components, as well as the power semiconductor field represented by SiC single crystals. In cutting technology, we can perform multi-wire cutting using a fixed abrasive method with diamond wire, and in polishing technology, we can achieve ultra-mirror polishing at the nano level. Additionally, in September 2023, we became Neos Group through M&A, establishing a consistent production system within the group that incorporates Neos's expertise in ultra-precision cleaning technology. If you have any issues with cutting, polishing, or cleaning processes, please feel free to contact Shinko Seisakusho!
![[Electronic Components Manufacturing] Introduction of Achievements in Precision Machined Parts](https://image.mono.ipros.com/public/product/image/bcc/2000416595/IPROS16823369392836395583.jpeg?w=280&h=280)
