Electrasem's contract manufacturing capabilities include sophisticated thin film vacuum deposition equipment that relies on Rf and DC bias etching and sputtering. Their capabilities allow them to produce advanced electronic circuitry for a wide range of sophisticated sensor and other high reliability applications required in diverse industries. (read more)

Export, PA, Summer 2009 – Oerlikon Leybold Vacuum USA has introduced the UNIVEX line of universal experimentation PVD vacuum coating systems for use in research & development and pilot production applications. (read more)

Fairfield Crystal Technology's evaporation chemicals for optical coating are produced to a consistent high quality and purity. Our deposition materials are 99.999% pure. They evaporate cleanly and completely, without out-gassing or spitting and leave a hard, uniform coating on the substrate. (read more)

Fused Deposition Modeling (FDM) is an additive fabrication process that can be used for Production, Tooling, and Prototyping. Rapid PSI specifically chose a FORTUS 900mc because of its accuracy and ability to run ULTEM 9085™ for the aircraft industry. With a fire retardant material and a large build platform, the 900mc is ideal for producing aircraft production parts. (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. (read more)

The Kaman SMU-9000-5U measuring system is a noncontact system that offers high resolution to one nanometer. It features repeatability and is available with a wide range of sensor options. (read more)

Synertech P/M manufactures targets for sputtering and cathodic arc deposition. The technology includes blending of elementary powders and associated powder compositions, cold pressing, high temperature out-gassing and HIP. (read more)

Laser cladding (or Laser Metal Deposition) is a method by which a powdered or wire feedstock material is melted and consolidated by use of a laser. the most common technique is LAP® (or Laser applied wire) - Metallic powder with the use of a laser produces what is known as a melt pool. The melt pool is deposited onto a substrate... (read more)

Laser Cladding from Joining Technologies. The unprecedented precision and reliability of our laser cladding processes is now available to private industry for the first time. As the exclusive provider of LAP™ (Laser Applied Powder) surface restoration technology... (read more)

Vacuum technology plays a significant role in many modern production procedures and research tasks. To meet those needs, HEIDENHAIN Corporation offers high quality linear encoders in three product versions, all differing in accuracy, vacuum class, bake-out temperature, electrical connection and production environment. (read more)