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Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
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Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic
Advanced Laser Marking Solutions for Durable Metal and Plastic

Advanced Laser Marking Solutions for Durable Metal and Plastic

Customization: Available
After-sales Service: Online Service
Warranty: 12 Months
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Product Description

Basic Information
Model NO.:HMLY-01
Laser Visibility:Visible
Applicable Material:Metal
Cooling System:Air Cooling
Technical Class:Continuous Wave Laser
Laser Wavelength:Fiber Laser
Laser Classification:Semiconductor Laser
Type:Laser Marking Machine
Marking Method:Scanning Marking
Laser Output Power:3, 5, 8 or 10W
Fiber Length:5m
Minimum Character:0.15mm
Power:AC 220V/50Hz
Working Temp:10-40 Degrees
Cooling Method:Water Cooling
Character Depth:0.3mm to 1mm
Laser Frequency:20-80Hz
Origin:China
Product Description

High Quality PCB Laser Marking System

This system realizes fully automatic online dynamic marking for the PCB industry, and achieves fully automatic loading and unloading through the SMEMA standard interface.

Laser Marking Equipment
Laser Marking Detail

核心特点 Features:

✓PCB blue oil, green oil, white oil, copper plate and other laser marking applications.
✓Machinable characters, bar codes, two-dimensional codes, trademark logo, etc.
✓High Precision CCD Positioning and two dimensional code recognition.
✓The width of the tracks can be adjusted, orientation of board in/out is optional.
✓Fully automatic online, connects to SMT flow line, supports SMEMA standard.
Product Parameters
Laser Type Scan Range Max Power Consumption Operating Height Sample Size Dimensions Weight
Fiber / Green / UV / CO2 50x50mm² (customizable) 2.5kW 900±20mm 50x50mm²-460x510mm² 1000x600x1700mm³ Less than 1.5 tons
Our Advantages
Advanced Solutions
Quality Manufacturing
01 Innovation-Driven Solutions

Pioneering advanced semiconductor equipment with 10+ patents, evolving for emerging tech nodes.

02 Global Compliance & Quality

ISO 9001 & CE certified manufacturing, ensuring precision (±5µm) and reliability.

03 End-to-End Support

24/7 technical assistance + on-site training, minimizing downtime and maximizing yield.

04 Secure Global Logistics

Efficient global shipments to 30+ countries with full customs documentation.

Key Technical Features:

  • Multi-material compatibility (PCB/IC/metal/glass/ceramics)
  • On-the-fly marking & encoder synchronization
  • 10μm precision | 100K+ hours lifespan
  • MES/ERP system integration
Applications

• Electronics: PCB/wafer traceability
• Metal: Deep engraving
• Medical: Biocompatible marking

Application 1
Application 2
Application 3
System Interface
Marking Sample
Packaging & Shipping
Standard Packaging
Frequently Asked Questions
FAQ Support
Technical Support
What materials can your laser marking systems process?
Our systems support electronics (PCBs, IC wafers), metals (stainless steel, aluminum), and non-metals (glass, ceramics).
What's the smallest character size achievable?
Standard precision is 0.05mm (50μm), while high-precision UV lasers can reach up to 0.01mm (10μm) for micro-components.
Can the system integrate with automated production lines?
Yes. It features on-the-fly marking, encoder synchronization, and MES/ERP connectivity for dynamic data like QR codes.
How does laser marking compare to inkjet?
Laser marking offers high permanence and speed (ms/character) with superior precision compared to the low permanence of inkjet.
Is the process safe for delicate materials like thin glass?
Yes, our cold lasers (UV/Green) provide zero thermal stress, and parameter presets avoid cracking or over-etching.
How long does the laser source last?
Fiber lasers typically last 80,000-100,000 hours, while UV lasers last between 30,000-50,000 hours.

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