Used AMAT / APPLIED MATERIALS P5000 Mark II #9239534 for sale

AMAT / APPLIED MATERIALS P5000 Mark II solar cell reactor is the industry-leading industrial-grade deposition equipment used worldwide for the production of high efficiency solar cells. This advanced tool enables extreme precision in deposition uniformity and layer repeatability, while delivering extremely low defect density results. Utilizing AMAT advanced technology, AMAT P5000 Mark II reactor is ideal for the production of photovoltaic (PV) devices and solar cells. APPLIED MATERIALS P 5000 MARK II features a multi-zone Argon Oxide and Tunnel Oxide deposition systems. This configuration enables the production of high efficiency, high current output devices. AMAT / APPLIED MATERIALS P 5000 MARK II reactor utilizes a flat and cylindrical substrate to enable extremely uniform layer deposition. The modular design allows for easy upgrading and customization of the machine, depending on the desired deposition rate, thickness control, and substrate increases in size. AMAT P 5000 MARK II reactor integrates a powerful thermal control system and piston pump for optimal control over substrate temperature, process pressure, and particle flush. This minimizes the difficulty in achieving perfect results across all cell areas. P5000 Mark II reactor also includes a high-resolution optical unit which allows for great precision when measuring and controlling the process parameters. The resistance to contamination of P 5000 MARK II reactor is outstanding, due to its filtration machine. APPLIED MATERIALS P5000 Mark II's superior filtration tool ensures that the substrate will be protected from any external contaminations during all stages of detachable. Moreover, a real-time monitoring asset is built-in so that every process parameter can be continuously monitored. AMAT / APPLIED MATERIALS P5000 Mark II reactor is an advanced deposition tool capable of handling the highest production demands and yields. This advanced tool provides superior process capabilities, as well as standards of uniformity, repeatability, and defect density. The result is high efficiency solar cells and PV devices with exceptional performance and value.