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Mini type CO2 galvo laser marking machine

DATE:2016-10-27READ:


Mini type CO2 galvo laser marking machine
Machine Introduction


The Mini Galvo CO₂ Laser Marking Machine is a compact, high-precision industrial marking solution developed by HUHAI LASER, adopting advanced galvanometer scanning technology and stable CO₂ radio-frequency laser source. It is specially designed for nonmetal surface permanent marking, featuring small footprint, fast speed, low maintenance and easy operation.

 

Core Technical Parameters

Laser Type: RF CO₂ Laser

Laser Power: 30W / 40W /60W / 100W (optional)

Wavelength: 10.64μm

Marking Area: 110×110mm / 175×175mm (customizable)

Marking Speed: Up to 7000mm/s

Cooling Mode: Air cooling

Control System: Intelligent touchscreen controller

Machine Size: Compact desktop design, spacesaving

Certifications: CE, FDA, ISO, IAF certified

 

Key Advantages

Mini Compact Structure: Desktop small-size design, easy to move and place, ideal for small-batch workshop and lab use.

High-Speed Galvo Scanning: Galvanometer system ensures ultra-fast marking speed with clear, delicate patterns, texts and codes.

Wide Non-Metal Compatibility: Perfect for most non-metal materials without damaging the substrate.

Stable & Low-Cost: Air-cooled design with no water chiller needed, zero consumables, long service life, low operating cost.

User-Friendly Operation: Supports multiple languages, compatible with common graphic software, one-click parameter adjustment.

 

Main Application Materials & Industries

Materials: Wood, leather, plastic, rubber, paper, bamboo, acrylic, glass, ceramic, cloth, food packaging, etc.

Industries: Gift crafts, leather goods, food & beverage packaging, electronic accessories, medical supplies, stationery, furniture marking, small-batch production processing.


Working Principle

The CO₂ laser beam is precisely deflected by the high-speed galvanometer scanner, focusing on non-metal surfaces. Materials absorb laser energy for carbonization, ablation or color change, forming permanent, wearresistant marks including texts, barcodes, QR codes, serial numbers, patterns and logos.