Used CANON PLA 600F #9382829 for sale

CANON PLA 600F is a mask aligner developed by CANON Semiconductor Equipment Corporation, a division of CANON Group. CANON PLA600F is designed for the rapid and accurate alignment of photomasks or optical lithography processes used in the photolithography production of semiconductor devices. The high resolution of the mask images can be precisely aligned by using the high-performance laser-positioning equipment and a built-in reference lens. The ability to align multiple layers to a high accuracy ensures the correct positioning of images on the masks or wafers. This helps to create high-quality devices with minimal defects. The mask aligner also features an aperture plate, which can accommodate a variety of mask sizes and shapes. This ensures the optimal alignment of the mask when the position of the imaged area is changed. The lens aperture plate is adjustable and can be adjusted to different depth settings. PLA-600F boasts a sophisticated image analysis system, which enables it to identify the smallest of defects and accurately measure the layer thickness. Via the unit's integrated measurement software, the accuracy of the mask or wafer alignment is monitored and adjusted, ensuring a high level of uniformity. The software is also able to monitor the positioning of the masks, allowing adjustments to be made if necessary. The mask aligner is compatible with a number of CANON technologies, such as its mask design and analysis software. This allows users to create custom masks and optimize the image analysis process. The machine also features automatic self-checkpoints, which monitor primary operational parameters such as the temperature and power supply. This helps to reduce costly errors associated with non-functioning parts. The software also records information on the device, along with the image alignment conditions, making it easy to review information and helps to ensure accuracy. In terms of safety, the mask aligner is pre-programed with a built-in safety tool. This limits the maximum laser power based on a user's operating environment, ensuring the safety of operators.