Fiber Laser Galvanometer 10mm Galvo Scanner Laser Galvo Head

Short Description:

The model CYH galvo scanner has the good running stability, high positioning accuracy, fast marking speed, strong anti-interference ability which can meet most marking applications.

The fiber laser galvo scanner is a powerful and precise laser technology designed to produce high quality and accurate results. The galvo head uses a combination of fiber laser and galvo system to quickly and efficiently mark or engrave on a variety of materials including metals, plastics and ceramics. The technology is commonly used in the manufacturing industry for product labeling and serialization, creating intricate designs, and even in medical applications such as eye surgery. Fiber laser galvanometer scanners are a reliable and cost-effective solution for businesses that require a fast, accurate laser system to meet their needs.

Product Detail

Product Tags


1.Input beam aperture: 10mm
2.Marking speed: 8000mm/s
3.Low drift
4.High Position Accuracy
5.Easy to install and operate
6.Strong anti-interference ability
7.10.6um, 1064nm and 355nm mirrors are available
The galvanometer scanner is an advanced laser technology that provides high quality and precise results. The scanner is designed to control the position and movement of the laser beam. It offers high speed and precision, making it ideal for a wide range of applications such as engraving or marking on different surfaces including metal, plastic and other materials. One of the main features of the galvanometer scanner is its flexibility in terms of angles and movement patterns. It is reliable, efficient and cost-effective, making it the first choice for many industrial applications. Laser galvo head simplify the production process, save time and increase productivity in different industrial sectors.


The 10mm galvo scanner laser galvo head manufacturing, packaging, cutting, marking, welding, and numerous other applications.


Aperture (mm)


Max. scan angle


Marking speed


Red pointers


Small step response time (ms)


Rotational inertia (g*cm2·±10%)


Max. RMS Current (A/axis)


Peak current (A)


Zero drift (μRad./C)


Scale drift (ppm/C)




Repeatability (μRad.)


Long-term drift over 8 hours (mRad)


Operating temperature




Input power requirement (DC)

±15V @ 5A Max RMS

Working Temperature


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