Hy-Vac Group, a Detroit area group of companies with businesses in precision machining, heat treat, brazing and assembly, has announced the opening of a new facility in Collierville, Tennessee. The new facility will operate as Hy-Vac Medical Technologies, and will specialize in the production of orthopedic implants for a wide variety of medical customers. Collierville is located just east of Memphis, in Shelby County.

The new facility offers 18,000 square feet of production capacity, and will allow Hy-Vac to focus its leading edge technology in the area of orthopedic implants of Sintered Titanium and Cobalt Chromium porous coatings, heat treating and machining. The centerpieces of the new facility are two state-of-the-art Vac Aero 4848 high vacuum furnaces. Hy-Vac’s proprietary Sinter Stage manufacturing system will control production processes. A major customer of the new facility is Smith & Nephew Orthopaedics.

Headquarted just outside Detroit in Sterling Heights, Michigan, Hy-Vac Group consists of Hy-Vac Technologies, Inc., and Norbert Industries, Inc. Hy-Vac Technologies, which offers heat treating, brazing and tube assemblies, is one of the Midwest’s largest heat treaters of aluminum. Norbert is a precision machining and assembly company. Both Hy-Vac and Norbert offer sophisticated machining, processing and assembly solutions to global customers in the medical, aerospace and automotive industries.

In announcing the opening of the new Tennessee facility, Kevan Johnston, President and CEO of Hy-Vac Group, stated that the company’s guiding principles are very straightforward. "We deliver quality parts to our customers on-time and at a reasonable cost. Our strong industry relationships have been developed by adhering to these principals, and these relationships in turn have allowed us to achieve significant growth in a very competitive environment."

Other members of the new management team at the new facility in Collierville include Clay Clayton, VP of Medical Operations, and Kevin Brinkley, Operations Manager.

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