Used SVS MSX-1000 #9364590 for sale

SVS MSX-1000 is a photoresist equipment produced by SVS (Synopsys Validity Solutions) that is used primarily for contact, proximity, and projection printing applications. The system is designed to provide high resolution, reliable, repeatable results in both vacuum and atmospheric contact applications. The unit features the latest photoresist, a combination of etched aluminum and chromium, as well as patented software algorithms and a high-resolution mask. The key feature of SVS MSX 1000 is its robust and highly accurate photoresist overlayer performance. This enables it to handle a wide range of problems without the need for additional process steps. Its specially designed software algorithms identify structural features and design rules that can minimize edge and over etch effects. This allows the machine to produce exceptional high-resolution images that are accurate and repeatable. Additionally, this tool uses three independently controlled servers, one to generate the image, one to apply the photoresist, and one to monitor the exposure parameters. This will ensure that the asset maintains a controlled environment and produces consistent results. MSX-1000 was specifically designed for the microelectronics industry, offering high throughput and low error rates for consistent subcontractor calculations. The model is made of a motorized mask shifter with interchangeable fittings and a dynamic focus control. The shutter actuation, exposure sequence, and post-exposure processes are all automated. MSX 1000 can support a range of photo resists and is compatible with a variety of chemicals, depending on the application. The equipment is capable of reporting detailed process information, such as spot size, resolution, and exposure time, in addition to producing reliable results. Additionally, the system is designed to be easily integrated with existing cleanroom environments. SVS MSX-1000 is a reliable, affordable photoresist unit that is capable of producing high resolution images with a high level of repeatability, ensuring exceptional results with minimal additional process steps. With its powerful features and seamless integration, it is an ideal choice for microelectronic production environments.