Used RIBER 32 #9260374 for sale

RIBER 32 is a molecular beam epitaxy (MBE) equipment, a type of thin film deposition technology used for growing atomic layers of semiconductor materials. This system is highly suited to modern semiconductor production needs, offering flexibility, temperature control, and a wide range of available compounds. 32 utilizes a unique design that employs two independent vacuum chambers, connected by a transport unit. This allows the MBE reactor to be separated from the rest of the machine, reducing residual contamination and maintaining a clean production environment. The tool is also equipped with a special heating asset that supports substrate temperatures from room temperature up to 1000°C. The substrate holder's movements are controlled by a model of stepper motors, keeping the substrate in the ideal placement for an even deposition. These motors are coupled with the evolution (EV) flow controller, which precisely regulates the sources in the chamber. This ensures a stable environment and consistent results no matter the configuration. The heart of RIBER 32 equipment is its high-temperature effusion cells, which enable the reliable production of high-quality layers. The cells are also capable of being precisely tuned and modified, allowing them to be adapted to different needs. Additionally, the system includes a quartz balance and an on-board leak valve, which let the user adjust the atmosphere pressures within the chamber. 32 unit can be configured and customized with a variety of source inserts, vanes, baffles, and shields, and it has a modular design that incorporates a wide range of deposition processes. This makes it capable of producing a variety of materials, including compounds containing aluminum, arsenic, boron, gallium, indium, phosphorous and silicon. Overall, RIBER 32 is an incredibly capable and versatile MBE machine. With its temperature control, adjustable atmosphere pressures, advanced motor control, and wide array of available compounds and customizable attachments, it offers unmatched versatility and flexibility for a diverse range of semiconductor production needs.