Used SVS / SCIENTIFIC VALUE SOLUTIONS MSX-1000 #293757518 for sale

SVS / SCIENTIFIC VALUE SOLUTIONS MSX-1000 is a photoresist equipment designed for advanced imaging and precision patterning applications. It utilizes a complicated system of multiple chemicals and hardware components to produce critical image etching and 3D topographical microstructures. SVS MSX-1000 incorporates a hydraulic elevating stage with a precision X-Y motion control which is synchronized with a high-resolution focused beam, allowing for accurate and repeatable imaging. An automated bulk chemical dispenser performs rapid solution delivery while a high resolution imager and an imaging monitor ensures consistent bridging, mixing and pattern definition. For a processor, SCIENTIFIC VALUE SOLUTIONS MSX1000 utilizes an embedded controller with a high-performance unit that can handle the most complex pattern definition and control requirements. The CPU utilizes a cutting-edge graphical user interface and features real-time feedback of the photographically-etched pattern. This allows for more precise real-time reactive processing of the shapes, curves, sizes and angles. SVS / SCIENTIFIC VALUE SOLUTIONS MSX1000 is a reliable and efficient machine, highly effective in producing high tolerance and stability when compared to similar photoresist systems. It is designed to maximize efficiency in production processes with the ability to produce multiple images in one run, as well as provide short cycle times and high resolution imaging that is consistent and reliable. Additional features of the machine include low maintenance costs and reduced waste in production, as well as the ability to speed up the process and provide job customization. Furthermore, MSX-1000 also offers a complete online monitoring machine and process evaluation assistance, allowing for complete traceability of the process. SVS MSX1000 is an essential tool for manufacturers, labs, and companies requiring high complex precision patterning and etching, allowing them to create finely detailed 3D topographical microstructures that are consistent in quality, reliable in performance and efficient at scale.