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Lansu Smart Vision Fiber Laser Marking System for Metal Manufacturing

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Product Description

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Basic Information

Model NO. Visual fiber laser marking machine
Applicable Material Metal / Plastic
Cooling System Air Cooling
Technical Class Pulse Laser
Laser Wavelength Fiber Laser (1064nm)
Marking Method Scanning Marking
Graphic Format BMP/DXF/PLT/JPEG/TIF/AI/PNG
Working Accuracy 0.01mm
Production Capacity 5000 Pieces/Year
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Product Description

Smart Vision Fiber Laser Marking System
Precision Fiber Laser Marking
  • Efficiency: Achieve rapid positioning and marking multiple products at once. Compatible with automatic assembly lines.
  • High Precision: Combination of marking machine and CCD vision enables high-precision positioning at any angle and any position.
  • Automation: Seamlessly integrates with vibration plates, XY platforms, and assembly lines for unmanned production.
  • Flexibility: Easily change marking content, patterns, text, and QR codes via software without mechanical adjustments.
Laser Marking Application
Vision System Laser Detail
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Technical Parameters

Feature Specification
Laser sourceRaycus/ Max/ GZ/ JPT
Laser wavelength1064nm
Marking speed≤7000mm/s
Minimum character0.05mm
Repeatability±0.01 mm
Marking area150*150mm (optional)
Cooling modeAir cooling
Expected Service Life100,000 hr
SoftwareEZCAD
Specifications Diagram
Workpiece Samples
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Manufacturing & Quality

Factory Environment
Assembly Line
Quality Control
Testing Area
Equipment Setup
Storage

Frequently Asked Questions

1. What materials are suitable for this visual fiber laser marking machine?

The machine is primarily designed for metals and a wide range of plastics, including ABS, PP, PC, PA, TPU, and more. It is ideal for small items like IC chips, screws, and resistors.

2. How does the CCD vision system enhance the marking process?

The CCD vision system allows for automatic identification and positioning. It can recognize and mark products at any angle or position on the workspace, eliminating the need for precise manual jigging.

3. What is the expected lifespan of the laser source?

The fiber laser source is highly durable with an expected service life of up to 100,000 hours, supporting long-term, stable industrial production.

4. Can this machine be integrated into an automated production line?

Yes, it is designed for automation. It can cooperate with vibration plates, assembly lines, and XY platforms to achieve unmanned and fully automated marking workflows.

5. What software is used for designing and control?

The machine utilizes EZCAD software, which supports various graphic formats like DXF, PLT, AI, and PNG, allowing for easy adjustment of QR codes, text, and patterns.

6. Does the machine require complex cooling equipment?

No, the system uses a highly efficient air-cooling mode, making it more compact and easier to maintain than water-cooled alternatives.

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