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

1 / 5

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

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

Send Inquiry

Product Description

Technical Overview & Basic Information

Model:G-40

Application:Textile, Aerospace, Automotive, Woodwork, etc.

Cooling System:Water Cooling

Technical Class:Continuous Wave Laser

Applicable Material:Nonmetal

Structure Type:Galvanometer

Laser Classification:Gaseous Laser

Laser Technology:Laser Vapor Cutting

Laser Power:100W - 800W Options

Max Marking Speed:10,000mm/s

Certificate:CE, FDA, RoHS, ISO-9001

HS Code:8456110090

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, different working sizes are available ranging from 400mm * 400mm to 800mm * 800mm. Customized configurations are available to meet specific marking requirements.

Technical Specification

Machine Model Specifications
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
Laser Source	CO2 RF Laser Tube / CO2 Glass Laser Tube
Max Marking Speed	10,000mm/s
Repetition Precision	±0.01mm
Cooling Mode	Water Cooling and Protection System

Machine Features & Benefits

🚀 Ultra-High Speed

With the integration of the RF laser tube and the high-speed Galvo scanning system, the machine achieves ultra-fast marking speeds, perfect for high-volume production without compromising on quality.

🎯 High Precision

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

🛠️ Economic & Ergonomic Design

Intuitive touch-screen control systems for easy operation.
Compact design for seamless integration into production lines.
Automated system controls reducing human error and improving efficiency.

Key System Highlights

Galvanometer System

Uses two high-speed motors to control mirrors that direct the laser beam, maintaining precision while moving much faster than traditional systems.

3D Dynamic System

Automatically adjusts the focus in real-time based on height variations, ensuring consistent quality on uneven surfaces.

CCD Camera Alignment

Provides real-time visual feedback for precise positioning, alignment, and automatic calibration on irregularly shaped objects.

Application Case Studies

Frequently Asked Questions

1. What is a Galvo Laser? A galvanometer laser uses controlled mirrors to direct the laser beam's movement. It is known for high speed and precision in marking, engraving, and scanning applications.

2. Can a Galvo Laser cut materials? Yes, but it is primarily designed for thin materials and delicate cuts. Its main strengths are high-speed marking and engraving.

3. What is the difference between laser marking and engraving? Marking changes the surface color without deep material removal, while engraving removes material to create recessed 3D textures or grooves.

4. Why use a 3D Dynamic Focusing system? It allows the laser to maintain optimal focus on non-flat or complex 3D objects by adjusting the focal distance automatically during the process.

5. Which materials can a CO2 laser process? It is ideal for non-metallic materials including paper, wood, acrylic, leather, fabrics, denim, and certain plastics.

6. How does the water chiller protect the machine? High-power CO2 lasers generate heat; the industrial water chiller maintains an optimal temperature for the laser tube to prevent overheating and extend its lifespan.