Magnetron Sputtering System
The Torr International's MagSput™ series, the next generation Magnetron Sputtering Deposition system, is practical, inexpensive, expandable and highly reliable, ushering in the future of research.
THIN FILM & NANOTECHNOLOGY
The Torr International's MagSput™ series, the next generation Magnetron Sputtering Deposition system, is practical, inexpensive, expandable and highly reliable, ushering in the future of research.
Torr International’s Compact Research Coater (model number CRC- 600) Sputtering System is a manual planar magnetron sputtering system designed for the nanotechnology research environment.
Ion beam deposition (IBD) is a vacuum deposition process that uses a broad beam ion source directly focused on a sputtering target. Sputtered material from the target then deposits on a nearby substrate, creating a thin film. Some applications will use an assembly of sputter targets that can be indexed to create multilayer thin films. Most IBD applications will use a second ion source, IBAD, to control and enhance the properties of the sputtered film.
Torr’s Electron Beam Deposition system is a practical and highly reliable system. The EB-4P systems have four pocket crucibles varying in volume and a variety of power sources.
Vacuum evaporation is one of the most cost-effective deposition techniques. It’s also one of the oldest techniques, considering that Thomas Edison himself stated “the uses of this invention are unlimited.”
Torr’s Electron Beam Deposition system is a practical and highly reliable system. The EB-4P systems have four pocket crucibles varying in volume and a variety of power sources.
The E-Beam, Thermal Evaporation & Ion Assisted System is completely customizable; Vacuum evaporation is one of the most cost-effective deposition techniques.
The E-beam Evaporation & Ion-Assisted System is completely customizable; the chamber can be designed to accept additional PVD sources. Unused ports are blocked with flanges to allow later additions.