Used KOREA VACUUM TECH KVR-4000 #293654709 for sale

KOREA VACUUM TECH KVR-4000 is a revolutionary rapid thermal processor (RTP), designed for use in optoelectronic applications. Utilizing a unique vacuum oven design, this RTP unit offers unparalleled speed and precision for a wide variety of processes. KVR-4000 is capable of reaching temperatures of up to 850°C in as little as 2 minutes. KOREA VACUUM TECH KVR-4000 features a high-efficiency vacuum equipment that is capable of achieving ultra-low vacuum levels for accurate processing of sensitive materials. The vacuum system utilizes an embedded turbo pump for rapid evacuation, with a specialized clean gas circuit for contamination control. The RTP also incorporates two separate temperature zones, each with a precision temperature controller capable of modulating heating up to 850°C in 1°C increments. This patented design gives users the ability to control thermal processes down to a single degree of accuracy, which is ideal for highly sensitive applications. KVR-4000 also features advanced thermal uniformity control capabilities, including ramp-up and cooling rate finely-tuned for maximum vacuum penetration. It also has an advanced liquid cooling unit which allows for rapid and uniform cooling in all areas of the chamber, maximizing uniformity of temperature across the entire substrate. KOREA VACUUM TECH KVR-4000 provides a multitude of safety features as well, including a safety interlock switch and integrated gas purge. This machine allows for the safe and secure handling of potentially hazardous substances, giving operators peace of mind. Overall, KVR-4000 is an innovative rapid thermal processor (RTP) that offers unparalleled speed and precision when processing opto-electronic devices. This RTP unit allows users to get the most accurate results out of their sensitive materials, thanks to its advanced temperature control and advanced thermal uniformity functions. Its vacuum tool, safety features, and liquid cooling asset further make it an optimal choice for performing sensitive processes with ultimate accuracy.