NetShape Technologies offers a full range of secondary processing Capabilities so that components are delivered meeting final specifications. Secondary processes include sizing, coining, CNC machining, CNC turning, ID/OD grinding, surface grinding, plating, drilling, and tapping.

NetShape Technologies offers a variety of customized assembly solutions utilizing various commodities to provide customers with greater manufacturing efficiency.

NetShape Technologies helps customers improve ROI by employing proven forecasting, JIT and managed inventory programs to their products.

Did you know that the average NetShape Technologies customer saves 25-50% over machined bar stock? Our manufacturing process greatly reduces - if not eliminates - the need for expensive secondary Capabilities. We also lower your costs by reducing the amount of waste produced when compared to other manufacturing methods, so your investment goes toward actual product.

NetShape's parts can be manufactured with special alloys and high temperature sintered or sinter hardened for ultra-high strength and durability. Tested under the most severe operating conditions, your parts will exceed the demands of your application while maintaining the defined specifications. For example, our sintered hardened backing plates have an ultimate tensile strength to 100,000 psi while maintaining desired flatness tolerances.

NetShape Technologies supports customer production runs from thousands of parts per year to the millions. Quick changeovers allow for agile Capabilities and cost-effectiveness.

The reduced weight of our components gives you an overall lighter product, improving fuel consumption and operating efficiencies while lowering your shipping costs.

NetShape's newly developed manufacturing processes push the envelope for your strength and durability needs.

NetShape's robust powder metal or MIM processes coupled with our six sigma manufacturing philosophy produces extremely consistent parts each and every time. For example, because P/M uses a single forming mold to manufacture each part, gear teeth are identical from the first to the last part.