Used ASIA NEO TECH NCO+IR-0870C #293643808 for sale

ASIA NEO TECH NCO+IR-0870C is a high-specification diffusion furnace & accessories designed specifically for atomic-layer processing. It is capable of a wide range of annealing, oxidation, and oxidation-resistance processing up to temperatures of 1000°C. It includes a NCO-IR (Near Contact-type Oxidation Furnace with Infrared Heater) that allows rapid heating and cooling in an atmosphere of controlled nitrogen, so that oxidation at the atomic layer level can be accurately performed with little change among samples due to atmospheric interference. The stainless steel chamber is also equipped with an openable top cover, allowing sample changes and measurements to be performed quickly. In addition, the NCO+IR-0870C makes use of a special double-chamber design, with the inside of the inner chamber being exclusively controlled for diffusion process. The chamber is also equipped with a quartz chamber cap, which not only provides an insulation effect, but also protects the samples from the atmosphere and heat radiation from the resistive heating. The heating element itself can be switched between AC and DC current operation. The chamber itself is also equipped with several safety features and over-temperature protection. The NCO+IR-0870C diffusion furnace & accessories is also designed for compatibility with automatic wafer transfer systems. The heated quartz chamber and loading arm, as well as the sample chamber have been designed to be easily integrated with automatic wafer transfer and loading systems, allowing for accurate repeatability in processing. The accuracy and repeatability of the diffusion furnace depend on careful control of the chamber atmosphere and temperature. The NCO+IR-0870C makes use of robust control components, allowing precise and repeatable heating of the atmosphere within 3°C of the set temperature, and temperature stabilization and regulation over a wide range of settings, from room temperature up to 1000°C. The NCO+IR-0870C is designed for reliable and accurate atomic-layer processing, making it an ideal choice for research and production of complex and precise material combinations. The combination of precise and repeatable heating, along with excellent oxygen control, makes it an indispensable tool for fabricating materials with unparalleled accuracy.