New breakthroughs in the development and manufacturing of basic component molds, with 3D printing assisting in the formation of complex molds
Release time:
2025-06-16
Good news has arrived in the field of basic component mold development and manufacturing. The company has successfully applied 3D printing technology to manufacture complex molds, solving the problem of mold structure that is difficult to achieve with traditional processing methods. For molds with special inner cavities and fine features, 3D printing can directly stack materials layer by layer according to the design model, without the need for tedious mold disassembly and assembly processes. Taking a precision electronic component mold as an example, after adopting 3D printing technology, the mold manufacturing cycle has been shortened from the original 15 days to 7 days, and the mold accuracy is higher. The quality of part molding has significantly improved, and the scrap rate has been reduced by about 15%, providing a more efficient and high-quality mold guarantee for the company's basic component production.
Good news has arrived in the field of basic component mold development and manufacturing. The company has successfully applied 3D printing technology to manufacture complex molds, solving the problem of mold structure that is difficult to achieve with traditional processing methods. For molds with special inner cavities and fine features, 3D printing can directly stack materials layer by layer according to the design model, without the need for tedious mold disassembly and assembly processes. Taking a precision electronic component mold as an example, after adopting 3D printing technology, the mold manufacturing cycle has been shortened from the original 15 days to 7 days, and the mold accuracy is higher. The quality of part molding has significantly improved, and the scrap rate has been reduced by about 15%, providing a more efficient and high-quality mold guarantee for the company's basic component production.
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