Brush Medical

MEDICAL SPECIALTY APPLICATIONS:

Selective electroplating and electron beam welding of dissimilar hybrid sensor materials to provide specific local properties
Wirebonding of leadframe and terminal materials

Electron beam welded electrical interconnect materials, providing robust dissimilar metal joining of niobium, tantalum, titanium and nickel
Clad materials for biocompatibility, strength, conductivity or electrical wire bonding
Battery/capacitor composite materials of aluminum, titanium, nickel, etc. for mechanical and electrical performance
Electron beam welded lead/electrode components
Clad tubing materials for dual alloy vascular devices

Material systems for high reliability connectors

Nitinol composites, joining super-elastic shape memory sections with conventional stainless and biocompatible alloys
Electron beam welded dual metal surgical instruments designed for optimal mechanical and cauterizing properties
Dissimilar alloy inlays in stainless steel, titanium and other base metals used to form into surgical devices with localized unique surface characteristics

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Technical Materials, Inc.

Clad and electron beam welded composite metals
Precious metal electroplating of parts and strip; specializing in stain- less steel and electronic components
Precision tolerance rolling and heat treating of medical/biocompatible alloy strip
Multi-gauge profiling of medical alloy strip
Clad materials for multi-alloy tubes

Technical Materials, Inc. (TMI), of Lincoln, Rhode Island, is a specialty strip metal manufacturer with over 35 years applying metallurgical expertise joining or making surface and shape modifications to multiple metals and alloys. TMI has successfully developed biocompatible hybrid metals for use in implantable medical devices, surgical instruments, and drug delivery devices.

TMI's hybrid metal strips have enabled medical device manufacturers to solve numerous design challenges. These include biocompatibility, corrosion prevention, wear resistance, electrical/ electronic interconnect reliability, joining by soldering and brazing, and thermal management.