Used SEZ SP 201 #9228157 for sale

SEZ SP 201
Manufacturer
SEZ
Model
SP 201
ID: 9228157
Wafer Size: 8"
Etchers, 8".
SEZ SP 201 is an etcher/asher, which is a type of equipment used for the process of etching and ashing. This process is used to separate and process materials for use in semiconductor manufacturing. The etching process involves using chemical or physical methods to remove a layer of material from a substrate. Ashing is the process of burning an organic material to leave behind a solid ash residue. This residue is then used as an insulator, dopant, or substrate for further processing. SP 201 is a laboratory-grade etcher/asher, which provides accurate and precise results. This device is equipped with a powerful carbon dioxide (CO2) laser, and features state-of-the-art controlling systems, allowing it to accurately etch a range of materials, including silicon, polysilicon, copper, and other materials used in the semiconductor industry. SEZ SP 201 is easy to use and has a convenient design. It allows multiple configurations, and can be configured in either etching or ashing mode. The device also features various protective layers and sensors to ensure a safe and efficient operation. It includes a built-in exhaust system, vacuum valve, and other safety-related technologies. Additionally, SP 201 is equipped with a sophisticated control system, allowing for the precise control of the etching and ashing processes. SEZ SP 201 is also efficient and economical. It can etch small and large areas with accuracy. Additionally, the device is also environmentally friendly, and due to its advanced CO2 laser technology, it does not produce harmful emissions. The device is also durable, and has been tested for performance and accuracy thousands of times before being released for sale. In conclusion, SP 201 is an efficient and accurate etcher/asher, ideal for use in semiconductor processing. It features an advanced control system, powerful laser, and other modern technologies, making it an ideal choice for use in semiconductor processing. The device is both efficient and economical, and is highly certified for safety and accuracy.
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