Used SES AE3030A2 #9283560 for sale

SES AE3030A2
Manufacturer
SES
Model
AE3030A2
ID: 9283560
System.
SES AE3030A2 is an advanced plasma etcher / asher equipment designed for highly precise, cost-effective machining of a variety of materials. It features a vacuum chamber capable of creating a high-quality vacuum environment in order to optimize the etching and ashing process. This chamber also supports a high non-volatile gas flow. The system utilizes a 13.56 MHz RF generator that is capable of delivering up to 300 W of power, enabling precise control over the ashing process. AE3030A2 incorporates the latest technologies for optimized performance and accuracy. It features a high-precision, linear-drive stepper motor that facilitates a repetition accuracy of three arc-seconds, allowing high-precision, accurate machining. Its advanced digital control unit provides continuously adjustable parameters. An integrated control unit permits real-time programming of etching and ashing parameters. It also includes a built-in graphics display for monitoring and controlling the etching and ashing progress. The machine is equipped with a five-position continuous atmospheric sampler. This sampler maps out the parameters for the etching and ashing process over each of the five positions, thus ensuring a uniform etching quality across the entire substrate. The tool also has an optional high-temperature sputter chamber that is capable of processing samples at temperatures of up to 1700°C. SES AE3030A2 is a reliable, robust, and precise etching and ashing asset. It is capable of optimized etching and ashing of various materials, including metals, plastics, ceramics, and other nonconducting materials. Its ability to accurately map out the etching and ashing parameters over five continuous atmospheric sampler positions ensures uniform results. Additionally, the model's high-temperature sputter chamber provides added flexibility for optimized processing of samples. Finally, its advanced digital control equipment offers continuously adjustable parameters for high-precision, accurate machining.
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