CCD camera visual positioning laser marking machine is aimed at the problems of difficult feeding, poor positioning and slow speed caused by the difficulty of fixture design and manufacture in batch irregular marking. CCD camera marking is carried out by using an external camera to capture feature points in real time. solve. The system can supply materials at will, accurately position and mark, which greatly improves the marking efficiency.
It uses the principle of visual positioning. First, the template is formulated for the product and saved as a standard template. The product is photographed during processing, and the product can be accurately processed after the computer is compared and the position is adjusted. The shape of the processed product can be identified as round, square, and irregular; this process is especially suitable for small products, which can eliminate the processing of the positioning tray fixing fixture, which greatly saves the laser marking processing cycle.
Technical Parameters
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Model
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TXT-DB-CCDF30/50 (Fiber)
TXT-DB-CCDC30/50(CO2)
TXT-DB-CCDU5/10 (UV)
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Laser type
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UV/Fiber/CO2
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Laser Wavelength
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355mm/1064mm/10640mm
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Marking Speed
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0-8000mm/s
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Marking area
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110mm*110mm/130mm*130mm(option)
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Control Board
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BJJCZ
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Control Software
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EZCAD
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Galvo Head
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Sino-Galvo
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F-theta Lens
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100mm-400mm Optional
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Camera system
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Single CCD/Dual CCD/Coaxial CCD camera positioning system
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positioning accuracy
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±0.01mm
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Minimum line width
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0.01mm
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Power Consumption
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≤800W
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Cooling Mode
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Air Cooling
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Supported format
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DWG,DFX,BMP,JPG,PNG,TIF,PCX, TAG, GIF, PLT etc
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Supported Bar code
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CODE39, EAN, CODE128, Data Matrix, PDF417 etc
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Voltage
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110V/220V Optional
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Application
As a non-contact modern precision machining method, it is widely used in all walks of life. It can be marked on any special-shaped surface without deformation and internal stress of the workpiece, and high-precision machining quality can be obtained. Identity is guaranteed. Using the vision system to assist laser marking can bring the advantages of laser processing into full play. It can not only solve the problem of marking accuracy, but also has high adaptability, eliminating the need to use fixtures, reducing costs, and improving the product line. Automated processes reduce manual participation and improve system efficiency.
