Used VISION SEMICON VSP-88H #9145026 for sale

VISION SEMICON VSP-88H is a powerful, high-efficiency oven/furnace to be used in a wide range of applications. VSP-88H is a single chamber, ceramic fiber-lined box furnace designed to reach top temperatures of up to 1,200°C. It features a dual-shell design which helps to provide excellent temperature uniformity, and a maximum process time of 48 hours. The temperature inside the furnace can be easily controlled thanks to its advanced digital temperature control system, and the PID temperature profile control function can be set from 100°C to 1,200°C. VISION SEMICON VSP-88H is designed with safety in mind. An auto-safety interlock function stops the power when the door is open, and the furnace is further protected by an over temperature safety module. It also includes an emergency stop switch, for extra safety and protection. VSP-88H features a hinged door that is easy to open and close. The alloyed stainless steel shell helps to maintain consistent heat inside the furnace, and minimizes oxidation of sensitive components. The box combination is constructed to work in high temperatures and low thermal capacity, making it suitable for high-temperature processes. VISION SEMICON VSP-88H is equipped with a vacuum port and is suitable for operations involving rapid cooling or releasing of vacuum. It also has a high-pressure gas supply, allowing it to be used with Co2/nitrogen/argon/helium, for inert gas or controlled atmosphere. A quartz tube window is included on the rear side, offering additional safety during operation and allowing close observation of the process. VSP-88H is a powerful oven/furnace, designed to provide excellent performance and safety. Its advanced-digital control system allows precise temperature control and monitoring, while its secure shell and emergency shut-off switch further contribute to its reliability. It is suitable for operations at high temperatures, offering great temperature uniformity, extended process time and inert gas/controlled atmosphere operation.