High-speed, high-resolution detection processing using the light speed image Fourier transform difference method! A cutting-edge machine employing innovative technology.
The "COF/TAB Automatic Inspection Device" enables online inspection through high-speed processing of optical speed image differential methods. It allows for simplification of the substrate tape feeding mechanism and does not require strict precision for substrate positioning in principle. Additionally, it can automatically punch and engrave good and defective products, as well as display enlarged monitoring of defects and save logs. 【Features】 ■ High-speed, high-resolution detection processing using optical speed image Fourier transform differential method ■ Inspection tailored to the manufacturing line ■ Master creation time for reference images: 10 minutes ■ Simplification of the substrate tape feeding mechanism is possible ■ Does not require strict precision for substrate positioning in principle *For more details, please refer to the PDF document or feel free to contact us.
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【Other Features】 - Automatic hole drilling and marking for good and defective products - Expanded monitor display of defect details and log storage - No need for Verify function (inspection result reproduction function built into the main unit) *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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The Advanced Technology Research Institute has successfully commercialized a laser phase contrast microscope that allows for the non-staining observation of transparent objects such as biological tissues, cells, and bacteria, and has begun accepting orders. We believe it will be useful not only for the culture and examination of iPS cells but also in the fields of biological sciences and medicine, as well as in the development of bioscience products such as cosmetics and health foods. We would be grateful if people from various fields could view and evaluate the product materials and images of the "Laser Phase Contrast Microscope FTM1," which features a novel optical system.