MCB robot automatic laser marking equipment

Short Description:

Marking and coding: Robots can use lasers to label products according to preset coding rules. These codes can be different words, numbers, barcodes, QR codes, or other specific symbols used for product traceability and identification. By using laser marking, high-precision and high-definition marking effects can be achieved, ensuring the reliability and durability of the marking.
Automatic marking: MCB robots can automatically place products that need to be marked in the laser marking area according to preset programs. Robots can accurately grasp and locate products, aligning them with laser marking equipment. Then, the robot performs precise marking operations by manipulating laser equipment. The entire process has achieved automation and efficient labeling operations.
Marking parameter adjustment: The robot is equipped with parameter adjustment function, which can flexibly adjust the laser marking parameters according to different product characteristics and marking requirements. For example, parameters such as laser power, marking speed, and marking depth can be adjusted to meet the needs of different materials and effects. This can ensure the quality and consistency of labeling, improve product recognition and aesthetics.
Automatic detection and calibration: The automatic laser marking equipment function of the MCB robot also includes automatic detection and calibration functions. Robots can monitor the status and performance of laser marking equipment, as well as the position and positioning accuracy of products, through sensors and automatic diagnostic systems. If problems or deviations are found, the robot can adjust or calibrate the equipment in a timely manner to ensure the accuracy and consistency of marking.
Fault handling and alarm: The automatic laser marking equipment function of the MCB robot also includes fault handling and alarm functions. Robots can automatically detect and identify equipment faults or abnormal situations, and stop marking operations or issue alarms. Robots can ensure the stable operation and reliability of equipment by automatically adjusting operations or prompting operators for repairs and maintenance.

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1. Equipment input voltage: 380V ± 10%, 50Hz; ± 1Hz;
2. Device compatible poles: 1P, 2P, 3P, 4P, 1P+module, 2P+module, 3P+module, 4P+module
3. Equipment production rhythm: 1 second per pole, 1.2 seconds per pole, 1.5 seconds per pole, 2 seconds per pole, and 3 seconds per pole; Five different specifications of equipment.
4. The same shelf product can be switched between different poles with one click or scan code switching; Different shell frame products require manual replacement of molds or fixtures.
5. The detection method for defective products is CCD visual inspection.
6. Laser parameters can be pre stored in the control system for automatic retrieval and marking; The marking content can be edited at will.
7. The equipment is pneumatic finger automatic loading and unloading, and the fixture can be customized according to the product model.
8. The equipment has alarm display functions such as fault alarm and pressure monitoring.
9. There are two operating systems available: Chinese and English.
10. All core accessories are imported from different countries and regions such as Italy, Sweden, Germany, Japan, the United States, Taiwan, etc.
11. The device can be equipped with functions such as the “Smart Energy Analysis and Energy Conservation Management System” and the “Smart Equipment Service Big Data Cloud Platform”.
12. Having independent and independent intellectual property rights.