Vacuum Component Processing
The Integrity Challenge in Vacuum Brazing Components
We specialize in Precision CNC Machining for critical Vacuum Brazing assemblies. Particularly in the semiconductor and flat panel display (FPD) sectors, components must possess ultimate High Purity and leak-tight integrity. Our core competence lies in precisely manufacturing various vacuum fittings, flanges, valves, seals, and chambers, ensuring all mating surfaces, chamfers, and surface finishes meet the stringent requirements of vacuum systems.
Process Control for Semiconductor Grade Welding
The success of Semiconductor Grade Welding depends critically on upstream machining quality and subsequent cleanliness. During the Precision CNC Machining process, we strictly control tool paths and cutting parameters to prevent micro-cracks and residual stress. We are proficient in handling vacuum-compatible materials such as stainless steel (304/316L), Molybdenum, and Niobium, guaranteeing that components meet High Purity standards before entering the vacuum furnace, ensuring joint strength and zero-leak performance.
Delivering End-to-End Vacuum Solutions
Our service goes beyond mere component machining. With a profound understanding of the Vacuum Brazing process, we offer DFM (Design for Manufacturing) consultation to optimize designs for braze flow and stress distribution. This one-stop approach extends to rigorous final inspection, including pressure testing and Helium Leak Testing, confirming that all vacuum fittings and parts will enable your vacuum system to achieve the highest performance standards.