Used CANON PLA 250W #9218255 for sale

CANON mask aligner is a state-of-the-art lithography tool used for patterning advanced layers in the fabrication of integrated circuits and other nanofabrication applications. With a resolution of 1 micron, theCANON CANON PLA 250W Mask Aligner is capable of printing light-emitting diode (LED) chips, semiconductor devices and other complex structures on a transparent substrate. PLA 250W Mask Aligner features a heated chuck and a servo-based wafer alignment system, allowing for precise and repeatable alignment of the substrate surface. The device offers a high-resolution printing process with a uniform illumination area. The flat surface of the chuck guarantees an accurate and smooth substrate placement, therefore reducing the occurrence of misalignment or defects. The system is also equipped with a menu-driven touchscreen for easy set up of alignment and exposure parameters. CANON PLA 250W Mask Aligner has an alignment precision of 8 microns in X-Y direction and 25 microns in focus direction, with a greater optical resolution of 1 micron which is suitable for high resolution lithography applications. The device is compatible with monochromatic or RGB illumination sources, with an exposure wavelength of 355nm. It has a high-resolution optics system to ensure crystal clear printing. TheCANON PLA 250W Mask Aligner has an exposure power of 250W, providing enough energy to imprint excellent patterns. Furthermore, CANON PLA 250W Mask Aligner is extremely user-friendly and easy to operate, making it ideal for nanofabrication applications such as mask making, etching, and imaging. It can also be used as a standalone machine or integrated into larger systems for full automation. PLA 250W Mask Aligner is a powerful and reliable tool for lithography applications, making it a great choice for those needing precision patterning for their projects. The device is highly versatile, accurate, and easy to use, providing the highest resolution and quality imaging for integrated circuit production.