Used OSHITARI LABORATORY SCOX-2000Hz-S #9130783 for sale

OSHITARI LABORATORY SCOX-2000Hz-S is a high performance furnace that provides superior accuracy and temperature control. This furnace features a powerful stainless steel heating chamber along with a three-layer insulation to prevent heat loss. It has an integrated environmental control equipment that maintains steady temperature and ensures safety. SCOX-2000Hz-S offers advanced temperature control that allows the user to set and control temperatures from as low as 100°C to as high as 1600°C with ±1°C accuracy. The integrated digital controller makes operation easy and intuitive with a large LCD display that displays parameters and allows remote operation. OSHITARI LABORATORY SCOX-2000Hz-S is equipped with a high-speed oxidation reduction system which is improved from the original SCOX series. This gives the oven higher thermal efficiency and ensures precise temperature control. It also features advanced monitoring mechanisms which detect and display temperature changes of 0.1°C, allowing extreme precision and accuracy when controlling temperatures inside the oven cavity. SCOX-2000Hz-S has a built-in dual-mode forced convection unit so that either horizontal or vertical airflows can be circulated inside the cavity. This feature enables faster heating/cooling times and helps keep the chamber temperature uniform. The air flow machine can also reduce the volume of exhaust gases discharged from the furnace, making it safer and more efficient. OSHITARI LABORATORY SCOX-2000Hz-S is designed for ultra-high temperature applications, allowing the use of high-temperature specimens like semiconductors, electronic components and ceramics. It also features overcurrent protection to guard against overloading or short-circuiting of equipment, and a backup power tool that keeps SCOX-2000Hz-S running even during power failure. Overall, OSHITARI LABORATORY SCOX-2000Hz-S is an excellent oven choice for precise and advanced temperature control. Its powerful heating asset, efficient convection model, and high accuracy make it ideal for use in laboratories and other high-temperature applications.