Plasma Equipment

Tri-Star Technologies, a leader in the manufacturing of automated equipment for the medical and aerospace industries, is proud to present its full line of plasma treatment systems. Utilizing state of the art plasma technology, Tri-Star PT Series Plasma Systems increase the surface energy of the material they treat. Increased surface energy of a material improves its adhesion characteristics, thereby allowing better bonding, gluing, markability, paintability, coatability, and pottability.

Compare between Tri-Star Plasma Treatments and 3D Corona Treaters for Dielectric Materials.

Our Plasma Systems customers include: Aero, Aerotechnologia S.A. (Mexico), Alcara, Becton Dickinson, Belden Wire & Cable, Boeing, CAE (Canada), Calmont Wire, C&D Aerospace (California), Cessna Aircraft, Cory Components, Delphi, Edwards Airforce Base, EJM Aerospace, Edwards Scientific Laboratories, GEM Gravure, Guidant, Harbour Industries, Hollingsead International, Hughes, Israel Air Force, Litton, Marconi, Martin-Lockheed, Medtronic, Montrose, New England Wire, Petche Company, Raychem Wire & Cable, Raytheon Aircraft, Raytheon (Goleta), Rocketdyne, TAMSCO (Montana), Therasense, Times Microwave, US Navy, Wiedenbach, Woven Electronics, etc.

Available Models:

Choose a model for a full description and technical specs.

PT-1000

PT-1000

For the treatment of wire and cable. The Tri-Star Plasma Treatment (PT) 1000 System improves wettability, durability, and adhesion of wire and cable insulation.

PT-2000

PT-2000

Tri-Star Technologies presents the PT-2000, a turnkey system that dramatically increases the surface energy of any non-conductive material, including silicone rubber, resins, fluropolymers (Teflon), and plastics.

PT-2000P Duradyne

PT-2000P Duradyne

The Duradyne series of plasma systems, by its ability to improve surface wettability characteristics, provides a more efficient and economical method to significantly improve performance of adhesives in any optical connector for terminating, potting or sealing applications without the clouding or overheating of optical components.