100W 150W 180W 250W 350W 3D Dynamic Focus CO2 Laser Marking Machine

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

Basic Specifications

Model NO.

G-40

Cooling System

Water Cooling

Technical Class

Continuous Wave Laser

Applicable Material

Nonmetal

Structure Type

Galvanometer

Laser Technology

Laser Vapor Cutting

Max Marking Speed

10,000mm/S

Laser Power

100W - 800W Options

Certificate

CE, FDA, RoHS, ISO-9001

HS Code

8456110090

CO2 Laser Marking Machine Overview

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 marking complex 3D objects.

Suitable for various materials and sizes, working sizes range from 400mm * 400mm to 800mm * 800mm. Custom configurations are available for specific material requirements.

Technical Specification

Main Machine Models
Model Type	G-40, G-40E, G-60, G-60E, G-80, G-80E, G-160
Working Table Size	400mm400mm to 1600mmInfinity (Customizable)
Laser Power	100W, 150W, 180W, 250W, 350W, 500W, 600W, 800W, 1000W

Machine Specifications
Laser Source	CO2 RF Laser Tube / CO2 Glass Laser Tube
Max Marking Speed	10,000mm/s
Max Cutting Speed	1000mm/s
Repetition Precision	±0.01mm
Focusing	3-axis dynamic focusing
Cooling Mode	Water Cooling and Protection System
Operation System	Windows with DSP Controller

Core Benefits & Features

Ultra-High Speed

Integration of RF laser tubes and high-speed Galvo scanning systems allows for ultra-fast marking, perfect for high-volume industrial production without quality compromise.

High Precision

High-quality optical components and 3-axis dynamic focusing enable extremely precise engraving for detailed fine text and intricate designs.

Extensive Material Processing

Handles materials including: paper, cardboard, leather, plastic, denim, fabrics, wood, acrylic, vinyl, and more.

Working Table Options

Conveyor Table	Honeycomb Bed	Shuttle Table
Ideal for roll materials and continuous mass production.	Best for delicate or small items; prevents material burning via airflow.	Dual platforms for loading while processing, increasing productivity.

Machine Highlights

Galvanometer System (CTI)

Uses two high-speed motors to control mirrors, directing the beam much faster than traditional Cartesian systems while maintaining pinpoint precision.

3D Dynamic System

Automatically adjusts focus in real-time based on height variations, ensuring consistent depth on uneven or complex 3D surfaces.

RF vs Glass Laser Tube

RF Tube: High stability, long lifespan (20,000+ hours), maintenance-free.
Glass Tube: Cost-effective for low-to-medium power tasks like wood or leather engraving.

Case Study & Logistics

Packaging & Shipping

Delivery: 15-20 working days after payment.
Warranty: 12 months (Laser tube 6 months).

Professional Support

Customized Laser Solutions
Professional Guidance & Training
Material Testing & Online Support
Worldwide Client References

Frequently Asked Questions

1. What is a Galvo Laser?

A galvo laser utilizes galvanometer-controlled mirrors to direct the laser beam. It is known for extremely high speed and precision compared to traditional plotter-style lasers.

2. Can a Galvo Laser cut materials?

Yes, but it is primarily designed for thin materials like paper, film, and thin fabrics. Its main strength lies in marking and engraving at high speeds.

3. What is the difference between a Galvo Laser and a Laser Plotter?

Galvo systems use mirrors for rapid beam movement (ideal for high-speed marking), while plotters move the entire laser head along X/Y axes (better for large-format cutting of thick materials).

4. What materials can a CO2 laser marking machine handle?

It effectively processes non-metallic materials such as wood, plastic, leather, glass, acrylic, denim, and paper.

5. What is the difference between laser marking and engraving?

Marking changes the surface color without removing material, while engraving removes material to create a recessed 3D pattern or groove.

6. Why choose a 3D dynamic focusing system?

It allows the machine to adjust its focal point automatically for curved or uneven surfaces, ensuring consistent engraving quality across the entire workpiece.