Used AXCELIS / FUSION Microlite #138918 for sale

AXCELIS / FUSION Microlite is an exposure equipment used to accurately pattern microelectronic devices including semiconductor integrated circuits, LSI/VLSI devices, MEMS (Microelectromechanical Systems), printed circuit boards and other related devices. This system is designed to provide the critical features necessary to fabricate the most challenging parts while being both cost and space efficient. FUSION Microlite's compact design, advanced features and superior results are a testament to its superior performance. AXCELIS Microlite unit includes an integrated low-voltage radiation source with a high-speed cathode-ray tube that provides an extremely homogeneous, uniform light to the work surface. The light is produced by a 1-4Kw/h power range with adjustable high-resolution. The fixed backlight capability enables precise accuracy over the entire surface being illuminated. Additionally, the machine is designed with highly controllable light intensity, angle, and diffusing characteristics that provide optimal patterning and aberrating capabilities. A number of other integrated features enhance the performance of Microlite. Its advanced computer control programs make the tool operator friendly and allow for user-defined patterns and designs. With automated light power control and a built-in mitigation asset, the model's performance and longevity is further optimized. The integrated cooling equipment ensures consistent thermal performance throughout its usage. The motorized linear axes of AXCELIS / FUSION Microlite provide extremely accurate, high precision exposures. Its uniform motion capabilities allow for exact repeatability as well as speed control and make it easy to quickly switch between different programmable pattern-wise exposures. Additionally, the motion's smoothness ensures that even the most complex patterns result in consistent, accurate results. FUSION Microlite system offers the ultimate in affordability and technical performance. Its advanced features and tightly integrated performance make it a highly effective tool in the microelectronic industry. Its superior performance and cost effectiveness make it an ideal solution for any microelectronics design or process.