Single Product

Details

Working Principle

1. Laser Generation
   The CO₂ laser tube generates an infrared laser beam (10.6 μm wavelength), ideal for non-metal materials.

2. 3D Dynamic Focusing
   A high-speed dynamic focusing lens system adjusts the focal distance in real time, enabling precise marking on uneven or curved surfaces.

3. Galvo Scanning System
   High-speed galvanometer mirrors guide the laser beam accurately across the marking area.

4. Software Control
   3D marking software controls focus depth, marking paths, and laser parameters to ensure uniform results across different surface levels.

Key Components

• CO₂ Laser Source: Stable laser output for long-term marking

• 3D Dynamic Focus Module: Automatically adjusts focal depth

• Galvo Scanner Head: High-speed and high-precision beam movement

• 3D Control Software: Supports depth mapping and complex marking

• Work Platform / Rotary Device (Optional): For cylindrical or curved objects

• Cooling System: Air or water cooling for stable operation

Main Features

• True 3D dynamic marking capability

• High-speed marking with consistent focus

• Large marking depth range without moving the workpiece

• Clear, permanent, and high-contrast marks

• Supports complex patterns, text, QR codes, and logos

• Minimal maintenance and long service life

Applications

• Packaging Industry: Date, batch, and logo marking on bottles and containers

• Plastic & Rubber Products: Branding and traceability

• Leather & Wood: Decorative and branding marks

• Medical & Cosmetic Packaging: Non-contact, contamination-free marking

• Electronic Components: Non-metal housings and labels

Advantages

• Eliminates the need for manual height adjustment

• Ensures uniform marking on curved and stepped surfaces

• Improves production speed and efficiency

• Reduces setup time and operator error

• Suitable for automation and production lines

Typical Technical Specifications

• Laser Type: CO₂

• Laser Power: 10W – 60W

• Wavelength: 10.6 μm

• Marking Speed: Up to 7,000 mm/s

• Marking Depth Range (3D): Up to 30–100 mm (model dependent)

• Positioning Accuracy: ±0.01 mm