Used AMAT / APPLIED MATERIALS CENTURA #9135918 for sale

AMAT / APPLIED MATERIALS CENTURA Rapid Thermal Processing (RTP) reactor is an advanced manufacturing equipment designed for fabrication of advanced electronic components. This reactor utilizes a combination of rapid thermal processing and advanced robotic automation to enable the efficient production of components for a variety of applications. The RTP reactor consists of an advanced multi-zone furnace system and a specialized robotic-controlled handling unit. The furnace machine is capable of rapidly raising temperatures up to 1000°C, enabling rapid production of multiple components in a single cycle. The multi-zone configuration allows the heating of multiple components while preventing cross-contamination. The furnace is also outfitted with a number of protection and control systems including an advanced temperature control tool. The robotic automation asset utilizes a combination of vacuum vacuum-assisted transfer and automated positioning to provide precise and rapid manipulation of components during the production cycle. The robot is capable of accurately placing components into the furnace, as well as controlling their temperature during the process. The robot also has the capability to move components out of the furnace and into a sub assembly module for further processing. The RTP reactor is designed to produce a variety of components ranging from polymer-based to metal-oxides, across a broad range of applications, including LED lighting, advanced semiconductors, MEMS, displays, and many others. This advanced automation model is capable of efficiently producing a large number of components, with no cross-contamination or outgassing, making it an ideal choice for advanced manufacturers. AMAT CENTURA RTP reactor is a truly revolutionary design, integrating advanced technology with efficiency. It offers maximum flexibility for advanced electronic component production, enabling efficient and cost-effective fabrication. This equipment is well-suited for high-volume, low-mix applications, allowing manufacturers to produce a variety of components with high yields and excellent quality.