New Approach to Mold Design: Optimization Strategy for Investment Casting of Medical Equipment Parts

Classification: Industry News

Time: 2026-01-21

The manufacturing accuracy of medical equipment parts is not only directly related to equipment performance, but also closely related to patient safety. In the complicated process of investment casting, mold design level has become a key factor affecting part quality.

The manufacturing accuracy of medical equipment parts is not only directly related to equipment performance, but also closely related to patient safety. In the complicated process of investment casting, mold design level has become a key factor affecting part quality. How to improve casting efficiency and part accuracy through mold optimization has become a focus of attention for investment casting manufacturers and customers.

Mold design should take into account both structural rationality and process adaptability. For the complicated shapes of medical equipment parts, such as micro catheter connectors, high-precision sensor housings, etc., the mold needs to adopt a parting surface optimization design to reduce the impact of the parting line on the surface of the parts. At the same time, by analyzing the filling path of the metal liquid through simulation software, adjusting the position and quantity of the gate, avoiding defects such as air porosity and shrinkage, and ensuring a compact internal structure of the part.

The material selection and heat treatment process also affect the lifespan of the mold. Choosing high wear-resistant and heat-resistant alloy steel, combined with vacuum quenching treatment, can improve the stability of the mold in high temperature and high pressure environments and extend its service life. In addition, the application of modular design concept enables the mold to quickly replace the core, adapt to the production needs of multiple varieties and small batches of medical equipment parts, and reduce manufacturing costs.

Every step of improvement in mold design, from structural optimization to material upgrading, is driving investment casting of medical equipment parts towards higher standards. In future, with the deep application of 3D printing technology and intelligent simulation, mold design will become more refined, providing more reliable part support for the medical equipment industry.

Qingdao Tianheyuan Metal Co., Ltd. has over 24 years of professional casting experience. The company adopts the silica sol investment casting process, and currently produces over 1300 tons of castings annually. Most of our products are directly exported to many countries and regions such as Europe, North America, Japan, and South Korea. If you want to learn more about medical equipment parts, please feel free to call us.

WhatsApp: +86-18253267925

Email: sales1@thycasting.com

Tel: +86-(0)532-86767438

Mobile: +86-13863968325

Address: No.9 Xiangjiang Road, Jiaozhou Economic & Technological Development Zone, Qingdao, Shandong, China, 266319

Website: www.thycasting.com

Keywords: New Approach to Mold Design: Optimization Strategy for Investment Casting of Medical Equipment Parts

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