Used OMEGA M200 #9267244 for sale

OMEGA M200 is a diffusion furnace and equipment of accessories engineered to facilitate rapid thermal processing of material in research and industrial applications. This high-performance system is capable of precise thermal processing of various substrates such as silicon, SiC, and others with temperatures ranging from room-temperature to a maximum of 1400°C, in either an inert gas or vacuum atmosphere. M200 is designed with a robust construction, composed of an hermetically sealed quartz tube over the heating zone, a deep cooling jacket surrounding the entire tube, and a recirculating forced exhaust unit. Additionally, the open frame design allows for easy access to the sample chamber, and the vertical geometry simplifies cleaning and maintenance. To enable the highest level of safety, the internal furnace chamber is monitored and protected by sophisticated temperature controllers with overtemperature protection, while the exterior edge doors and sights windows are thermally-insulated to ensure user safety. For the best in performance, OMEGA M200 features advanced technology to precisely heat the sample material with dual-zone technology, allowing for independent temperature control of the heating zone and the sample chamber. Moreover, the temperature profile of the entire furnace process can be recorded and reproduced with the built-in process controller for repeatable profiles. Beyond the core hardware, M200 machine includes a range of accessories to optimize function and utilization, such as load locks for rapid transfer routines, external gas lines for introducing process gases, multicolor displays for optimized user interface, and additional sensors and probes for process mapping. Overall, OMEGA M200 is an ideal thermal processing platform engineered to maximize throughput and repeatability for a wide range of materials in research and industrial applications. Its robust design, wide range of operating temperatures, and range of accessories allows users to implement optimized thermal processing protocols for the best possible results.