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Product features:

■ The differential optoelectronic sensor precisely detects the motor rotor's position, offering excellent linearity, minimal drift, and high resolution as well as outstanding repeat positioning accuracy.

■ The design includes overload, overcurrent, and reverse-polarity protection, ensuring more reliable system operation.

■ The entire system features an electromagnetically compatible, optimally designed architecture with a high signal-to-noise ratio and strong anti-interference capability.

■ Addressed common issues such as galvanometer motor temperature drift, signal interference, and zero-point drift.

■ The motor boasts high assembly precision, a rational design, and low static friction coefficient and zero-position offset, ensuring excellent dynamic performance of the system.

■ Compact design and small package size make it easy to integrate into tight spaces.

Performance metrics:

Module Model	MZ1105-07	MZ1440-10	MZ1603-10	MZ2206-12	MZ2206-14
Marking speed (1)	5000 mm/s	4000 mm/s	4000 mm/s	6000 mm/s	2500 mm/s
Positioning speed (1)	5000 mm/s	4000 mm/s	4000 mm/s	8000 mm/s	1500 mm/s
Write speed (2)	300 cps	301 RPM	301 RPM	426 cps	164 cps
Step response time (full stroke) 1% )	360 microseconds	370 microseconds	370 microseconds	<400µs	508 US
Step response time (full stroke) 10% )	700 microseconds	630 microseconds	630 microseconds	<1000µs	820 microseconds
Tracking error	≤162µs	≤202 µs	≤202 µs	≤164 µs	≤360µs
Linearity	99.9%
Repeat positioning accuracy	<8 μRad
Gain Error	<5 mRad
Zero-point offset (batch origin error)	<5 mRad
Long-term drifting (continuous operation) 8 Hours)	<0.5 mRad
Proportional Drift	<40 PPM °C
Zero-point drift	<15 μRad / °C
K9 Matrix	9.1 J/cm²
Yes Matrix	10 J/cm²
Lens reflection wavelength (3)	10600nm / 1064nm / 355nm
Input voltage	±15VDC	±15VDC	±15VDC	±15VDC	±24VDC
Rated current	2A	2A	2A	2A	4A
Interface Protocol	XY2-100
Scan angle	±11°
Operating temperature	0°C ~ 45°C
Storage temperature	-10 °C ~60 °C
Laser input aperture	7mm	10mm	10mm	12mm	14mm

Keywords: Galvanometer Module Series

Galvanometer Module Series

The scanning galvanometer module is a key component in laser technology, primarily used for the rapid and precise deflection of laser beams. Its core components include the galvanometer motor and the mirror, which, by precisely controlling the motor's movement, enable the mirror to deflect the laser beam across a two-dimensional plane, thereby accomplishing tasks such as scanning, positioning, and marking.

info@sino-galvo.com

400-055-8805

Classification

Galvanometer Scanner

Product Inquiry Related Products

Product features:

■ The design includes overload, overcurrent, and reverse-polarity protection, ensuring more reliable system operation.

■ The entire system features an electromagnetically compatible, optimally designed architecture with a high signal-to-noise ratio and strong anti-interference capability.

■ Addressed common issues such as galvanometer motor temperature drift, signal interference, and zero-point drift.

■ The motor boasts high assembly precision, a rational design, and low static friction coefficient and zero-position offset, ensuring excellent dynamic performance of the system.

■ Compact design and small package size make it easy to integrate into tight spaces.

Performance metrics:

Module Model	MZ1105-07	MZ1440-10	MZ1603-10	MZ2206-12	MZ2206-14
Marking speed (1)	5000 mm/s	4000 mm/s	4000 mm/s	6000 mm/s	2500 mm/s
Positioning speed (1)	5000 mm/s	4000 mm/s	4000 mm/s	8000 mm/s	1500 mm/s
Write speed (2)	300 cps	301 RPM	301 RPM	426 cps	164 cps
Step response time (full stroke) 1% )	360 microseconds	370 microseconds	370 microseconds	<400µs	508 US
Step response time (full stroke) 10% )	700 microseconds	630 microseconds	630 microseconds	<1000µs	820 microseconds
Tracking error	≤162µs	≤202 µs	≤202 µs	≤164 µs	≤360µs
Linearity	99.9%
Repeat positioning accuracy	<8 μRad
Gain Error	<5 mRad
Zero-point offset (batch origin error)	<5 mRad
Long-term drifting (continuous operation) 8 Hours)	<0.5 mRad
Proportional Drift	<40 PPM °C
Zero-point drift	<15 μRad / °C
K9 Matrix	9.1 J/cm²
Yes Matrix	10 J/cm²
Lens reflection wavelength (3)	10600nm / 1064nm / 355nm
Input voltage	±15VDC	±15VDC	±15VDC	±15VDC	±24VDC
Rated current	2A	2A	2A	2A	4A
Interface Protocol	XY2-100
Scan angle	±11°
Operating temperature	0°C ~ 45°C
Storage temperature	-10 °C ~60 °C
Laser input aperture	7mm	10mm	10mm	12mm	14mm

Keywords: Galvanometer Module Series

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Galvanometer Module Series

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