Used CANON PLA 600 FA #293747917 for sale

Manufacturer
CANON
Model
PLA 600 FA
ID: 293747917
Mask aligner.
CANON PLA 600 FA is a mask aligner that is used in high-precision manufacturing processes such as nanoimprint lithography. It is a precision machine that uses a high-power light source to precisely and accurately align a photomask over a substrate. The equipment is designed to be used in applications requiring precise alignment and overlay control. CANON PLA-600FA mask aligner is designed to meet the most precise manufacturing requirements. It has a wide field of view and a long focal length, ensuring accuracy when aligning the photomask over the substrate. The system also has precise repeatability, ensuring consistency and reliability throughout the process. The precise alignment of the mask is also achieved using Imaging Confirmation Technology (ICT), which enables accurate judgment of the alignment. The ICT also helps optimize depth and position of the mask, further improving mask overlay accuracy. The unit features a high-power light source for precise imaging, with a working wavelength range from 250-1100nm. PLA 600FA can be used with a variety of sizes, from a minimum of 150-1000µm, enabling a wide range of projects to be completed with high accuracy. The machine features various stages for adjusting the photomask and substrate including a high-efficiency mask XY stage with a maximum speed of 25mm/sec and a symmetrical XY stage with a maximum speed of 8mm/sec. The tool also supports a range of correction services, such as real-time distortion correction and error reduction, to minimize variations in the final pattern. PLA-600FA also supports the deposition of thin films with a maximum thickness of 1000nm. The asset is easy to operate and can be automated to improve productivity. Overall, PLA 600 FA is an exceptional mask aligner designed to meet the most precise and accurate requirements. Its powerful light source, sophisticated imaging model, and various correction techniques make it an ideal choice for nanoimprint lithography and other precision manufacturing processes.
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