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OLAT
8443919090
OALT peripheral supporting equipment
Peripheral equipment: UV photoholder, ink concentration tester, industrial oven, CCD, plasma.
Printing consumables: steel plate, rubber head, ink, web plate, rubber scraping, handprint platform and other kinds of consumables.
Adapt to printing in plastic rubber, metal glass, ceramic wood products and other materials, widely used in glass cosmetics, stationery and office supplies, electronic and electrical appliances, craft decoration, medicine, ceramics and other fields. It can be printed on the plane, spherical and curved surfaces, such as pen ruler, makeup bottles, glass bottles, industrial gloves, fishing rod lamp tube, glass touch screen, film electric, electronic parts, key keyboard, medical tube, chip, memory card, computer and mobile phone furniture tools.
The basic principle of visual automatic positioning technology is to transfer the collected physical images to the PLC image processing system through the CCD brought by the machine and equipment, calculate the offset position and Angle through the image processing and positioning software, and then feedback to the external platform motion controller, and complete the position correction function through precision servo drive. The accuracy can be set manually, beyond the accuracy range, the system cannot complete the alarm notification.
The visual automatic positioning system process is as follows:
1) Confirm the CCD and clearly image, and the platform can operate normally
2) Set the platform parameters and positioning accuracy according to the type of the platform (such as XY θ)
3) The samples were learned and corrected to calculate the relative relationship of the coordinate position between the platform and the CCD
4) Shooting the target object
5) Shooting object
6) Positioning process, automatically calculate the offset distance and angle (number of pulses)
7) Control the platform movement according to the offset pulse value
8) If the accuracy is qualified, end the automatic alignment within the range, otherwise return to step 4) continue the automatic Adjust adjustment until qualified, or the alert is displayed. The conventional equipment configuration of visual automatic positioning system includes: positioning camera and lens, light source, positioning host and PLC program software, display, man-machine interface, operating handle, servo motor and drive equipment, motion controller, etc
OALT peripheral supporting equipment
Peripheral equipment: UV photoholder, ink concentration tester, industrial oven, CCD, plasma.
Printing consumables: steel plate, rubber head, ink, web plate, rubber scraping, handprint platform and other kinds of consumables.
Adapt to printing in plastic rubber, metal glass, ceramic wood products and other materials, widely used in glass cosmetics, stationery and office supplies, electronic and electrical appliances, craft decoration, medicine, ceramics and other fields. It can be printed on the plane, spherical and curved surfaces, such as pen ruler, makeup bottles, glass bottles, industrial gloves, fishing rod lamp tube, glass touch screen, film electric, electronic parts, key keyboard, medical tube, chip, memory card, computer and mobile phone furniture tools.
The basic principle of visual automatic positioning technology is to transfer the collected physical images to the PLC image processing system through the CCD brought by the machine and equipment, calculate the offset position and Angle through the image processing and positioning software, and then feedback to the external platform motion controller, and complete the position correction function through precision servo drive. The accuracy can be set manually, beyond the accuracy range, the system cannot complete the alarm notification.
The visual automatic positioning system process is as follows:
1) Confirm the CCD and clearly image, and the platform can operate normally
2) Set the platform parameters and positioning accuracy according to the type of the platform (such as XY θ)
3) The samples were learned and corrected to calculate the relative relationship of the coordinate position between the platform and the CCD
4) Shooting the target object
5) Shooting object
6) Positioning process, automatically calculate the offset distance and angle (number of pulses)
7) Control the platform movement according to the offset pulse value
8) If the accuracy is qualified, end the automatic alignment within the range, otherwise return to step 4) continue the automatic Adjust adjustment until qualified, or the alert is displayed. The conventional equipment configuration of visual automatic positioning system includes: positioning camera and lens, light source, positioning host and PLC program software, display, man-machine interface, operating handle, servo motor and drive equipment, motion controller, etc
