Used AMAT / APPLIED MATERIALS ENDURA #9198495 for sale

AMAT / APPLIED MATERIALS ENDURA reactor is a high-precision, ultra-precise, multi-process fabrication equipment designed to provide uniformity and consistent results in the production of next generation microchips. It is capable of producing highly reliable and throughput-optimized structures that support high yields by optimizing via density and reducing via diameters. AMAT ENDURA features a multi-zone process-adaptive environment that enables customers to fine-tune and optimize system parameters to achieve their desired goals. This includes advanced in-situ APPLIED MATERIALS ENDURA electrochemical processes and rapid thermal process (RTP) for annealing, among other processes. It has a high-load, variable-field production chamber with a remote-controlled plate-heater and single-side pneumatically-controlled anchors for accurate loading and unloading of the process substrates. The reactor has a unique closed-loop control unit for regulating pressure, temperature, and other process conditions to ensure accuracy and process control. This machine also allows users to save and retrieve process sequences and recipes, making it easy to replicate ideal conditions regardless of the number of wafers processed in each batch. The tool can also be customized to meet customer needs such as additional via architectures, dielectric and conductor material selections, and feature sizes. ENDURA is highly reliable and efficient, with a low particle generation and robust track tools that provide asset integration with excellent substrate preservation. The model features an ultra-fine dynamic process control that preserves critical process parameters and prevents shifting and deformation of fabricated features. This ensures repeatability and prevents any particle shedding due to poor control. Overall, AMAT / APPLIED MATERIALS ENDURA reactor is the perfect equipment for creating reliable, uniform, and high-precision microchips with fast production rates. It is capable of providing stable, consistent results that have been optimized for yield and performance. With a process-adaptive environment, closed-loop control, and low particle generation, this system is ideal for advanced fabrication and is sure to meet the needs of customers.