Energy meter external low voltage circuit breaker robot + automatic laser marking equipment

Short Description:

Automatic Positioning and Adjustment: The robot can automatically position itself to the position to be marked according to the preset programme and make automatic adjustment according to the size and shape of the circuit breaker to ensure the accuracy of laser marking.

Automatic laser marking: the robot is equipped with laser marking equipment, which can carry out high-precision laser marking on the circuit breaker according to the preset marking pattern and text content. Laser marking is characterised by fast speed, clear marking and good durability.

Diversified marking function: the robot can carry out a variety of different types of marking according to the needs, such as product models, serial numbers, brand logos, standard symbols and so on. This makes it easier for users to mark and identify during subsequent use and maintenance.

Efficient production: the robot has high-speed movement and processing capabilities, can quickly complete the laser marking task, and can be seamlessly connected with the production line to achieve production automation and mass production.

Quality control and traceability: The robot can automatically detect and quality control the laser marking results to ensure that the quality of the marking meets the requirements. At the same time, the robot can record the marking information of each circuit breaker, which is convenient for subsequent traceability and quality feedback.

Flexible and adjustable: the robot has a flexible and adjustable function, which can automatically change moulds and adjust according to different models and sizes of circuit breakers. This can be adapted to the production needs of products of different specifications.

Operation interface and alarm function: The robot is equipped with a user-friendly operation interface for parameter setting, operation monitoring and fault diagnosis. At the same time, the robot is equipped with a fault alarm function, once an abnormal situation occurs, it can timely alarm and provide fault diagnosis information.


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  • 1. Equipment input voltage; 380V ± 10%, 50Hz; ± 1Hz;
    2. Device compatibility 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, 3 seconds per pole; Five different specifications of equipment.
    4. The same shelf product can be switched between different poles with just one click or by scanning the code; Different shell products require manual replacement of molds or fixtures.
    5. The method of detecting defective products is CCD visual inspection.
    6. Laser parameters can be pre stored in the control system and automatically retrieved for marking; The marking content can be edited freely.
    7. The equipment is automatically loaded and unloaded by robots, and the fixtures 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, and Taiwan.
    11. The equipment can be optionally 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 independent intellectual property rights.

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