Vacuum brazing of medical-grade 304 and 316 stainless steel tubing is a core process in the manufacture of high-precision medical devices, such as endoscopic components, surgical instruments, medical catheter connectors, and auxiliary tools for implants.
Modern vacuum heat treatment furnaces are designed to provide precise atmosphere control, uniform heating, and stable thermal processing performance for advanced metal components.
The reduction and high-temperature sintering of cemented carbide, refractory metal, metallized ceramics and powder metallurgy injection molded (MIM) products usually requires not only a regular vacuum sintering furnace, but also a hydrogen system for the relevant processes.