Used CANON PLA 501 F #66342 for sale

CANON PLA 501 F is a high-precision mask aligner used for photolithography semiconductor devices. It is designed to achieve photoresist patterning accuracy of +/-1.0μm or better and processes DUV, NUV and i-line resists. This highly reliable precision aligner provides high resolution and integration for a wide range of semiconductor devices. CANON PLA-501F has a low temperature range of -20 to +350 degrees Celsius which makes it well-suited for temperature-sensitive processes. The aligner employs a laser interferometer and precision vacuum wafer stage which enables ultra-fine alignment accuracy and fast alignment speed. It employs a built-in real-time defect inspection system with a high-magnification options and an automated mask handling system that enables quick mask loading and unloading. PLA 501F is equipped with an advanced computer user interface and a comprehensive range of built-in software that provides auto alignment, pattern smoothing, simulate-shade inspection and calibration abilities. This mask aligner supports a variety of data formats including AutoCAD DXF, Gerber and WSY files, as well as OPL (Optical Proximity Layout) OPL and OPLX. Compatible with most popular photolithography systems, PLA 501 F offers excellent alignment precision for a variety of production processes. CANON PLA 501F has a high throughput rate, making it suitable for small and large-scale production. It has a low cost of ownership, including minimal maintenance and low power consumption. PLA-501F comes with a versatile range of accessories that allow it to be used for either manual or automated processes, increasing the system's usability and process optimization. CANON PLA 501 F is designed for flexibility, accuracy, and efficiency. Its robust design and reliability, coupled with its precision alignment, makes it a great choice for photolithography processes. With its wide range of features and process capability, CANON PLA-501F is a market-leading mask aligner that ensures accurate results in a cost-effective package.