Tecomet precision net shape forging increases tensile and fatigue strength, improves raw material yields, and reduces cost of secondary operations for your orthopedic implants.
Tecomet precision net shape forging increases tensile and fatigue strength, improves raw material yields, and reduces cost of secondary operations for your trauma and extremity reconstruction implants.
Tecomet precision photochemical etching is ideal for burr-free and stress-free titanium CMF implants with intricate details and high quality requirements.
Tecomet precision forging, machining, and photochemical etching increases tensile strength, improves raw material yields, reduces cost of secondary operations, and adds unique surface textures for your spinal implants.
Tecomet precision photochemical etching and stack lamination for complex and high performance collimators, arrays, detectors, and scatter reduction grids.
Tecomet precision machined components and superior brazed, laser and electron beam welded assemblies conform to the tightest tolerances and vacuum requirements for your vision system components.
Tecomet precision 3D photochemical etching and EDM machining produces burr free and stress free thin film grids that conform to the tightest tolerances.
Tecomet precision CNC machined components from high performance alloys with superior brazed, laser and electron beam welded assemblies conform to the tightest tolerances and your mission critical requirements.
Tecomet precision machined components and superior brazed, laser and electron beam welded assemblies conform to the tightest tolerances, vacuum/leak standards, and your unique and critical requirements.