Perfect for thin applications! (materials less than .05 inch) In a compact size with up to 100 tons of power. Eliminate secondary operations, reduce maintenance time, extend tool life- just a few of the benefits. Thousands of installations - The largest of the Fortune 500 companies, to the smallest local shops, have improved their process using this patented press technology. (read more)

Fusion manufactures non-ferrous metal powders, custom alloyed to your specifications. Backed by 75 years of metallurgical expertise, powders are produced using inert gas atomization, yielding uniform, rounded particles. Each production heat is tailored to meet customer needs for analysis, density, and other criteria. (read more)

Bunting Metal Detector-Separators detect and automatically purge all types of metal contaminants from gravity or pneumatically conveyed dry materials. Bunting units feature programmable Product Effect Compensation plus adjustable sensitivity settings and flap-opening times to minimize loss of good product. Models are also available for liquids, pastes, and slurries. (read more)

Whether it's a full turn-key press system or simply a component press system, FEC can handle the job! (read more)

Cold Isostatic Pressing (CIP) is a method of compacting powders into green bodies and near-net shaped in a pressure vessel. The powder, which can be metallic, ceramic or graphite, is sealed in a flexible mold shaped like the end product. High pressure is used up to 600 MPa (6,000 bar/87,000 psi) having water as pressure medium. (read more)

Hot Isostatic Pressing (HIP) is a process that uniquely combines pressure and temperature to produce materials and parts with substantially better properties than other methods. The pressure medium is an inert gas, normaly Argon. (read more)

TPL offers a range of titanate powders with controlled size and chemistry. The nano-size powders are produced via an aqueous, low temperature process that allows for binary and tertiary oxide compositions with controlled stoichiometries. (read more)

Tool Steel from Hitachi Metals. The tool steel used in most plastic molds, stamping press molds, and cold and hot-forging molds does not possess isotropic mechanical properties. Mechanical strength in the transverse direction is significantly lower than that in the longitudinal direction leading to higher cracking ratios and an increase in the fatigue crack propagation. (read more)

Our unique and highly developed metal deposition process, coined LAP™ (Laser Applied Powder), offers government and private industry first-time access to this extraordinary metal surface restoration technology. We will initially focus on surface restoration for aerospace, power generation, and defense applications. (read more)

Refined Metals encompasses air-melt master alloys for foundry and forging applications. A wide range of grade chemistries are available, including cobalt base, nickel base, copper base, and iron base alloys. (read more)