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3D printing is transforming injection mold manufacturing by enabling faster development, improved cooling performance, and more advanced design possibilities. With metal 3D printing, mold inserts can achieve fully conformal cooling channels that reduce cycle time, improve part quality, and extend mold life. 3D printing also accelerates early-stage validation through rapid prototype molds and wax patterns for casting. Complex inserts, venting components, and mold repair can all be optimized using additive manufacturing. By combining traditional machining with 3D-enabled solutions, Guangdian Technology helps customers achieve higher efficiency, lower risk, and better results across automotive lighting, interior trim, home appliances, and other plastic injection applications. Read More

Mold design is the foundation of efficient and high-quality manufacturing. This article explores the entire  mold design process — from  DFM analysis and  3D CAD modeling to  cooling system design,  steel material selection, and  digital simulation.
Discover how  Guangdian Technology leverages over  20 years of experience in  injection mold design to achieve precision, durability, and cost efficiency for industries such as  automotive lighting,  consumer goods, and  electronics.
Learn essential  mold design principles, understand  common challenges, and explore  advanced techniques such as  two-shot molding and  multi-cavity molds that drive the future of modern production. Read More

IntroductionHave you ever wondered how everyday plastic items are mass-produced with such precision? Injection molding machines are the backbone of modern manufacturing, crafting everything from car parts to medical devices. These machines play a crucial role in producing complex plastic components . Read More