Visual Control of Printing Complex

The complex of visual control of printing (KVKP) is designed to visualize the image of the print output on the canvas during the operation of the roll printing machine and can be used instead of a stroboscope, providing more convenient observation of the printing process.

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Machine Vision Systems and Robotics
- Visual Control of Printing Complex
- Automated Machine Vision SYstem for Counting the Number of Loaves of Bread on the Oven Grid
- Machine Vision System for Magnetic Luminescent Control of Wheels
- Automated Excise Stamp Control System
- Automated Visual Quality Control System for Lid Assembly
- Automated Adhesive Layer Control System
- Automated System for Visual Quality Control of Markings
- Automated System for Visual Quality Control of Printing and Marking on Plates
- Automated Control System for Veneer Edge Gluing Line
- Contactless Control of Plastic Molding
- Robotic Cell for Testing Car Multimedia System
- Automated Stand for Magnetic Luminescent Control of Railway Wheels
- Automated Visual Control System for Canned Food in Glass Containers
- Railway Wheel Number Identification Complex
- Serial Production Mark Quality Control
- Hardware and Software Complex for Measuring Geometric Parameters
- Automated Marking Quality Control System
- Installation of Visual Inspection of the Inner Surface of Hollow Cylindrical Parts
- Stacker Robot
- Sorting Robot
- Non-contact Optical Installation for Control of the Shape of Castings
- System of Visual Quality Control of Printing on Packaging
- Electromechanical Relay Assembly Control
- System of High-Speed Synchronous Registration of Analog, Digital, and Video Signals
- Automated Live Fish Measuring System
- Visual Control System of Label Printing Quality
- Automated System for Identification and Control of Pharmaceutical Codes
- Dashboard Check
- Determination of the Geometrics Dimensions of the Tablets
- Measurement of Volume and Particle Size Distribution of Material
- Pruning Saw Control
- Checking the Geometry and the Placement of the Weld
- Automatic Welding Control System
- Wheelset Axle Identification Using 2D DMC Codes
- Non-Contact Optical Setup for Recording the Beat of a Rotating Object
- Complex of Visualization and Image Recording for a Video Microscope
- Automated Visual Control System
- Automated Quality Control System of Capillary Blood Collection Tubes

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