High-Speed Laser Marking Solution for Industrial Applications

Introduction to the GO7 Series Galvo Scanner Head

The GO7 Series 2D Galvo Scanner Head is a high-performance digital galvanometer scanning system designed for modern laser processing equipment. Built for high precision, high speed, and excellent stability, this galvo scanner head is widely used in laser marking machines, laser engraving systems, laser cutting equipment, laser welding devices, and laser cleaning solutions.

With support for multiple wavelengths such as 1064 nm, 355 nm, 10.6 μm, and 532 nm, the GO7 Series laser galvanometer scanner is compatible with fiber lasers, CO₂ lasers, and UV laser systems. This flexibility makes it an ideal solution for manufacturers looking for reliable and cost-effective laser scanning technology.

High-Speed Performance for Industrial Laser Processing

One of the most important advantages of the GO7 Series galvo scanner head is its exceptional scanning speed. High-speed scanning enables faster production cycles and improved manufacturing efficiency.

Key performance highlights include:

• Marking speed up to 6000 mm/s

• Positioning speed up to 15 m/s

• Step response time as low as 300 μs

• Tracking error time as low as 220 μs

Thanks to these capabilities, the laser galvo scanner ensures smooth and accurate motion during high-speed laser marking or engraving tasks. Whether used for serial number marking, QR code engraving, or precision graphics, the GO7 Series provides consistent results even at high production volumes.

Outstanding Precision and Stability

Precision is critical in laser processing applications. The GO7 Series galvanometer scanner head is engineered to deliver superior accuracy and long-term stability.

Important accuracy specifications include:

• Linearity up to 99.90%

• Repeatability as low as <2 μrad

• Minimal gain error and zero offset

• Low long-term drift during extended operation

These characteristics make the laser galvanometer scanner suitable for high-precision applications such as electronics manufacturing, medical device marking, semiconductor processing, and precision metal engraving.

Even after long operating hours, the GO7 Series maintains stable performance, ensuring consistent marking quality without distortion or positioning errors.

Wide Laser Compatibility

The GO7 Series galvo scanner head supports multiple laser wavelengths, making it suitable for various laser sources.

Supported wavelengths include:

• 1064 nm fiber lasers

• 355 nm UV lasers

• 10.6 μm CO₂ lasers

• 532 nm green lasers

Because of this compatibility, the laser scanning galvanometer can be integrated into different types of laser equipment including:

• Fiber laser marking machines

• CO₂ laser engraving systems

• UV laser marking equipment

• Laser cleaning machines

• Laser welding platforms

This versatility makes the GO7 Series a practical choice for system integrators and laser equipment manufacturers.

Compact Design and Easy Integration

The GO7 Series laser galvanometer scanner features a compact and lightweight mechanical structure, allowing easy integration into industrial laser systems.

Main hardware features include:

• 10 mm aperture

• XY2-100 standard digital interface

• Compact dimensions around 114 × 96.5 × 95 mm

• Weight as low as 1.39 kg

The standard XY2-100 communication protocol ensures seamless compatibility with many popular laser marking controllers and control boards, simplifying system integration for machine builders.

Typical Applications of the GO7 Series Galvo Scanner

The GO7 Series galvo scanner head is widely used across many industries due to its speed and precision.

Typical applications include:

Metal Laser Marking

The laser galvanometer scanner is ideal for marking serial numbers, logos, barcodes, and QR codes on stainless steel, aluminum, copper, and other metals.

Electronics Manufacturing

High precision makes the galvo scanner head suitable for PCB marking, electronic component engraving, and micro-processing tasks.

Automotive Industry

Automotive manufacturers use the laser scanning galvanometer for permanent part identification and traceability marking.

Medical Devices

The stable and accurate scanning system enables safe and permanent marking on surgical tools and medical instruments.

Laser Engraving and Decoration

The laser galvo scanner can create detailed graphics and patterns on plastics, glass, ceramics, and coated materials.

Reliable Operation in Industrial Environments

The GO7 Series galvo scanner head is designed to operate reliably in demanding industrial environments.

Operating conditions include:

• Working temperature: 0°C – 45°C

• Storage temperature: -20°C – 60°C

• Stable operation with low thermal drift

These characteristics ensure that the laser galvanometer scanning system maintains stable performance even during continuous production shifts.

Why Choose the GO7 Series Galvo Scanner Head?

The GO7 Series 2D Galvo Scanner Head offers an excellent balance of performance, reliability, and cost efficiency, making it a popular choice for laser equipment manufacturers worldwide.

Key advantages include:

• High-speed laser scanning performance

• Excellent precision and repeatability

• Compatibility with multiple laser wavelengths

• Compact design for easy system integration

• Reliable long-term operation

• Competitive cost for OEM integration

For laser machine manufacturers and integrators, the GO7 Series provides a dependable galvanometer scanning solution that enhances machine performance while keeping system costs under control.

Contact Us for GO7 Series Galvo Scanner Solutions

If you are looking for a high-speed and high-precision galvo scanner head for laser marking, engraving, or welding machines, the GO7 Series 2D Galvo Scanner Head is an ideal solution.

Our team can provide:

• Technical consultation

• Integration support

• Customized laser scanning solutions

• Global shipping and professional service

Contact us today to learn more about the GO7 Series laser galvanometer scanner and get a competitive quote for your laser system project.