Square shim by wire cutting
This is a square shim for semiconductor manufacturing equipment. The material is SUS304, and the holes and outer circumference of the shim were produced in one cut. Since this square shim is made from a material that is 0.1mm thick, we eliminated any wobbling during processing fluid injection by sandwiching it between thicker steel materials. Additionally, the small diameter holes within the shim were processed using a coreless method, gradually widening the radius of the circle from the center. Our company is capable of sourcing a variety of materials, not only standard steel and SUS but also from amorphous products to special alloys, and we provide one-stop support from prototype processing of custom shims to mass production. Furthermore, based on the data accumulated in our unique production management system, we offer products to customers at reasonable prices. Therefore, we also propose cost reduction suggestions from the design stage based on past processing data. Additionally, in the southern region of Nagano Prefecture where we are located, there is a unique processing network consisting of many excellent niche top companies with specialized technologies. If you are having trouble with the design and manufacturing of custom shims, please feel free to contact our custom shim manufacturing center.
Inquire About This Product
basic information
Name: Square Shim for Semiconductor Manufacturing Equipment Category: Square Shim Material: SUS304 Size: 20×80×0.1mm Processing Method: Wire Cutting Tolerance: ±0.02mm Industry: Semiconductor Manufacturing Equipment
Price range
Delivery Time
Applications/Examples of results
Semiconductor manufacturing equipment
catalog（4）
Download All Catalogs
Company information
Based on the "ultra-precision mold technology" and "precision press processing technology" that we have cultivated over many years, we believe that our role is to quickly respond to societal needs and provide products that can contribute to society with creative ideas. In recent years, we see it as our mission to contribute to societal development by leveraging the "precision shearing technology" and "precision joining technology" we have developed to improve motor efficiency and sensing technology. We are continuously striving for technological innovation through manufacturing that can contribute to society and research and development, and we are committed to ongoing growth.