Used KURT J. LESKER LSMX Series #9153883 for sale

KURT J. LESKER LSMX Series is a highly reliable evaporator designed for use in high-vacuum applications. The series utilizes a high-efficiency induction evaporator with resistive film heating capabilities to generate the vaporized film. This vaporized film is then condensed in a cold trap, providing the user with a low-temperature, highly clean source of deposition material. LSMX Series is designed to accommodate different substrate shapes and sizes, allowing for versatile usage across numerous deposition applications. KURT J. LESKER LSMX Series utilizes a mechanical pump that, combined with the unique design of the induction coiled geometry, has an effective, recordable pumping speed of a 10-3 Pa level. This pump provides the user with a powerful, reliable performance that is ideal when working at high vacuum levels. Additionally, the series incorporates a thermal collection equipment, which allows for quick evaporant loading and unloading. This eliminates the need for a conventional manual shut-off valve. LSMX Series also features a temperature control system made up of a closed-loop PID electrically tuned control unit. This allows the user to precisely control the temperatures from room temperature up to maximum operating temperatures. Additionally, KURT J. LESKER LSMX Series features a gas management machine that prevents particle condensation in the deposition chamber. The gas is distributed evenly during the process and purified while it is flowing to ensure the highest quality films are deposited. In terms of safety features, LSMX Series utilizes a variety of protective measures, including an energy saving tool, a "Code Red" safety alarm, an emergency shutdown button, and several safety interlocks. This ensures that the entire asset remains safe to use even in the most critical deposition processes. KURT J. LESKER LSMX Series is an excellent choice for those looking for an effective, reliable evaporator with the ability to accommodate numerous substrates and a variety of deposition processes. It offers a robust design that is highly efficient, safe and reliable, making it the perfect choice for high-vacuum applications.