Used SVG / THERMCO / AVIZA 5204 #9226092 for sale

SVG / THERMCO / AVIZA 5204 is a diffusion furnace and accessories equipment designed to optimize the deposition of materials onto wafers and substrates used in a variety of industries. This advanced system features a vertically mounted stainless steel quartz tube containing heated gas for uniform temperature distribution during the deposition process, as well as a dependable mechanical pressure control unit and a gas mixing facility. The optional exhaust machine is designed to ensure that potential contaminants are not deposited on or around the sample. The horizontally mounted quartz tube facilitates rapid process times and low substrate temperatures. An integrated quartz recirculating pump is designed to direct the heated gas to the substrate with great accuracy and minimize thermal gradients. An advanced chamber vent tool helps to reduce gas concentrations by safely removing the vapor. The gas mixing facility is comprised of a precision proportional valve and an integrated bubbler asset with a dedicated gas manifold to provide a clean, controlled atmosphere of gases necessary for the deposition process. Sensitive samples are safely handled with SVG 5204's positional wafer holders, lift handles, and adjustable cooling plenum. The sample holder can be easily adjusted for height and angle so the sample is heated as perfectly as possible. The wafer holders provide a minimum pressure on the sample ensuring even distribution of the heated gas. The optional, externally mounted controller contains a microprocessor that ensures processes are performed correctly and accurately. The controller's touchscreen display allows direct manipulation of all features of the model to give the user maximum process control. It also features preset programs to further simplify the process and increase efficiency. Overall, AVIZA 5204 is a high-performance diffusion furnace and accessories equipment that can meet the deposition needs of a variety of industries. Its precision gas distribution and temperature control help to ensure uniform results for even the most sensitive surfaces, while the ease of use of the controller and its automated programming options help increase efficiency and reduce waste.