Description

The galvanometer scanner with optical encoder adopts an optical grating encoder as its feedback system, offering high resolution and exceptional repeatability. It enables precise laser beam positioning and control. Thanks to its low drift characteristics, the scanner maintains excellent performance and stability even under varying ambient temperatures.

With fast response and outstanding dynamic performance, the galvanometer scanner ensures high efficiency and accuracy during laser scanning processes. It is suitable for various laser applications such as marking, cutting, and welding. Featuring strong anti-interference capability, it operates reliably in complex environments and is widely used in precision processing industries.

Specifications

Max Aperture (Beam) Size:	10 mm
Wavelength:	Other (see Data Sheet)
Max Scan Angle:	25 degrees
Repeatability:	1 μrad
Linearity:	90 %
Rotor Inertia:	0.6 g·cm2
Torque Constant:	7.5 mN·m/Amp
Peak Current:	10 Amp
Max Coil Temperature:	100 °C
Coil Resistance:	155 Ohms
Coil Inductance:	2.5 mH
Back EMF Voltage:	Not Specified
Weight:	220 g

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Download Data Sheet

Features

High Resolution:
With an optical grating encoder as the feedback system, the galvanometer scanner provides extremely high resolution, ensuring precise positioning and control.
Exceptional Repeatability:
Thanks to the precise feedback of the optical encoder, the galvanometer scanner maintains outstanding repeatability across multiple operations, making it ideal for applications requiring high accuracy.
Low Drift:
The galvanometer scanner maintains stable performance even under changing ambient temperatures, effectively reducing system errors caused by temperature fluctuations.
Fast Response:
Featuring excellent dynamic performance, the galvanometer scanner responds quickly to control signals, enabling high-speed and accurate scanning and positioning.
High Stability:
Optimized rotor and system design give the galvanometer scanner excellent stability, making it suitable for long-term continuous operation.

Applications

Compatible with various laser wavelengths and energy levels, suitable for different types of laser applications such as marking, cutting, and welding.