100W 150W 180W 250W 350W Galvo Based Engraving Laser System

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100W 150W 180W 250W 350W Galvo Based Engraving Laser System

Customization:	Available
After-sales Service:	Free Online Technical Support and Training
Warranty:	1 Year

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Product Description

CO2 Laser Marking Machine

A CO2 galvo laser marking machine is a high-speed, precision laser system designed for marking, engraving, and cutting various non-metallic materials and coated metals. The "galvo" system uses galvanometer mirrors to direct the laser beam with exceptional speed and accuracy, making it ideal for intricate designs and high-volume production. The 3D dynamic focusing system is particularly useful for applications where the material surface is not perfectly flat or when you need to mark complex 3D objects.

Suitable for various materials and sizes, our CO2 laser marking machine has different working sizes available ranging from 400mm * 400mm to 800mm * 800mm. Customized laser machine sizes and configurations are also available to meet special material sizes and marking requirements.

Basic Info

Model NO.	G-40	Application	Textile, Aerospace, Automotive, Woodwork, Advertising
Cooling System	Water Cooling	Technical Class	Continuous Wave Laser
Applicable Material	Nonmetal	Structure Type	Galvanometer
Laser Classification	Gaseous Laser	Laser Technology	Laser Vapor Cutting
Control Software	2D, 3D Laser Marking System	Focusing	3-Axis Dynamic Focusing
Laser Power	100W - 800W	Max Marking Speed	10,000mm/S
Certificate	CE, FDA, RoHS, ISO-9001	Processed Materials	Paper, Leather, Fabric, Denim, Film, Vinyl, etc.

Technical Specification

Machine Specifications
Laser Source	CO2 RF Laser Tube, CO2 Glass Laser Tube
Laser Source Brand	Luxinar(Rofin), Coherent, etc.
Life Span	About 20,000 hours
Max Marking Speed	10,000mm/s
Max Cutting Speed	1000mm/s
Repetition Precision	±0.01mm
Min Line Width	0.3mm
Working Table	Fixed Honeycomb / Shuttle Table / Conveyor Table
Laser Frequency	20kHz~200kHz
Focusing	3-axis dynamic focusing
Cooling Mode	Water Cooling and Protection System
Operation System	Windows

Machine Features

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Ultra-High Speed:

Integration of the RF laser tube and the high-speed Galvo scanning system allows for ultra-fast marking speeds, perfect for high-volume production without compromising precision.

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High Precision:

High-quality optical components and RF laser technology enable extremely precise marking, suitable for detailed engraving and fine text.

Highlights of the CO2 Laser Marking Machine

Galvanometer system (CTI): Uses two high-speed motors to control mirrors that direct the laser beam, maintaining high precision at extreme speeds.
3D Dynamic System: Adjusts the laser focus in real-time based on material height variations, ensuring consistent quality on uneven surfaces.

Case Study & Application

Production Capabilities

Wide Range of Laser Machine Types for Fabric, Acrylic, Wood, Leather, etc.
Customized Laser Solutions
Professional Guidance and Training
Material Testing Services
Worldwide Client References

Frequently Asked Questions

1. What is A Galvo Laser? A galvo laser utilizes galvanometer-controlled mirrors to direct the laser beam's position. They are known for high speed, precision, and versatility in marking and engraving.

2. Can a Galvo Laser Cut? Yes, they can cut thinner materials and delicate items, though their primary strength is high-speed marking and engraving.

3. What is the difference between a Galvo Laser and a Laser Plotter? Galvo lasers use mirrors for rapid movement (ideal for high-speed marking), while plotters move the entire laser head along X and Y axes (ideal for large-scale cutting of thick materials).

4. What materials can a CO2 laser marking machine process? It is highly effective on non-metallic materials like wood, plastic, leather, paper, denim, fabrics, acrylic, and glass.

5. What is the difference between laser marking and laser engraving? Laser marking creates surface-level color changes without removing material, while laser engraving removes material to create depth and 3D textures.

6. How does the 3D Dynamic system work? It automatically adjusts the focal length in real-time, allowing the machine to maintain precision even when processing curved or uneven surfaces.