Used QUORUM TECH / BIO-RAD / POLARON ISI PS-2 #177727 for sale

The Quorum TechnologiesQUORUM TECH / BIO-RAD / POLARON ISI PS-2 is a sputtering equipment intended for the operation of an inert atmosphere chamber of up to 1 sq ft. The system utilizes a three-axis sputtering table and utilizes three piece construction components for greater usability and reliability. The three-axis sputtering table is fabricated from an aluminum alloy and incorporates provisions for three independent sputter cathodes with separate electrical and vacuum access. The motorized sputtering table allows for the rotation of all three cathodes into and from the processing chamber, giving the user a full range of control in chamber deposition. A Quartz sputter shield is built in as a safety precaution to protect against dust particles and other impurities during operation. The unit comes with an extensive set of operational controls, allowing the user to ramp the sputter rate, power settings, and other settings with great precision. The construction of the machine is exceptionally robust, with a machined stainless steel wall construction and electrostatic epoxy coating to protect against corrosive atmospheres. The deck of the tool also contains a putter switch which can be toggled on and off to ensure assistance in ion bombardment of the substrate and guard against substrate damage. The asset is also equipped with an in-house cooling model, which is designed to regulate the hot spots that occur during sputtering. In addition to this, the equipment comes complete with a high-vacuum system and a leak detection unit to ensure a safe, controlled environment for the chamber. Furthermore, the machine has a range of interfaces and software options to provide the user with the most efficient mode of operation. In the event of contamination, the tool comes with a self diagnostics module to identify the issue and ensure regular maintenance of the asset. In general, the Quorum TechnologiesBIO-RAD ISI PS-2 is a highly-flexible, high-performance sputtering model ideal for a variety of research and production applications.