Laser Marking Machine Parts
Your Premier Laser Marking Machine Parts Manufacturer
Founded over ten years ago, Liaocheng Tianxiang CNC Equipment Co., Ltd. is a leading manufacturer of CNC engraving equipment in China. We specialize in the research and development, production, sales, and service of a wide range of CNC engraving machines-including woodworking, stone, metal, and multifunctional high-precision systems.
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Galvanometer Laser Marking MachineGalvanometer Laser Marking Machine The galvanometer has good operation stability, high positioningAdd to Inquiry -
Marking Airport MirrorField mirror is a necessary accessory of laser marking machine equipment, also known as flat fieldAdd to Inquiry
Why choose us
Customer-Focused Services
From consultation and machine selection to design upgrades and after-sales support, we deliver tailored, end-to-end solutions.
Independent Manufacturing
With a fully equipped factory and dedicated R&D team, we offer flexible machine customization, including specialized tooling fixtures.
Experienced Technical Team
Our team brings years of hands-on experience in CNC system development and application, ensuring expert guidance and reliable service.
Global Market Presence
Tianxiang CNC products are trusted by customers in over 40 countries, including South Korea, Russia, the United States, Japan, Malaysia, Vietnam, and Italy.
Galvanometer Laser Marking Machine The galvanometer has good operation stability, high positioning accuracy, fast marking speed and strong anti-interference ability.
Technical Specifications
(Custom configurations available upon request.)For example
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Speed |
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Marking speed(1) |
8000mm/s |
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Position speed(1) |
15000mm/s |
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Write in speed(2) |
559cps |
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Step Response Time(1% of full scale) |
260us |
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Step Response Time(10% of full scale) |
830us |
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Tracking Error Time |
≤144us |
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Precision and Error |
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Linearity |
99.90% |
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Repeatability (RMS) |
<8μRad. |
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Gain Error |
<5mRad. |
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Zero Offset |
<5mRad. |
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Long-term Drift Over 8 Hours |
<0.5mRad. |
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Scale Drift |
<40PPM/ºC |
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Zero Drift |
<15μRad./ºC |
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Power and Signal |
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Input Voltage |
±15VDC |
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Rated Current |
2A |
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Interface Signal |
Digital |
XY2-100 |
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Analog |
±5V |
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Peak current |
8A |
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Position signal input resistance |
10KΩ±1% |
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Max Machinery Scan Angle(4) |
±11° |
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Working Current, Temperature, Dimension |
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Working Temperature |
0ºC--45ºC |
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Storage Temperature |
-10ºC--60ºC |
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Aperture |
10mm |
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Galvanometer Scanner Dimension (L×W×H) |
114×96.5×93.7mm |
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Galvanometer Scanner Weight |
≈1.8kg |
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Differential photoelectric sensor accurately detects the position of the motor rotor, good linearity, small drift,
High resolution and repeated positioning accuracy.
Accurate load design for 10mm lens, high precision motor assembly, reasonable structure, static friction
The erasure coefficient and zero offset are small to ensure the good dynamic characteristics of the system.
The driver has the function of position and speed advance detection, which greatly improves the dynamic response of the whole system
Performance and scan speed.
Designed with overload, overcurrent and reverse protection, make the system run more reliable.
The whole system adopts electromagnetic compatibility optimization design, high signal-to-noise ratio and strong anti-interference ability.
The common problems such as temperature drift, signal interference and zero drift of galvanometer motor are solved.
The operation of a laser galvanometer involves several key components:
Galvanometer Motors:
These motors convert electrical signals into mechanical movement. When voltage is applied, they rotate the mirrors at specific angles.
Closed-Loop Control System:
This system continuously monitors the position of the mirrors using sensors and adjusts the electrical input to maintain precise control over the beam’s direction.
Mirrors:
Typically mounted on the galvanometer motors, these mirrors reflect the laser beam onto the target surface. The angle of reflection changes according to the motor’s position, allowing for rapid scanning over a wide area.
Operating Mechanism:
Beam Origination: The laser generates a beam which is directed towards the galvanometer scanners.
Beam Deflection: As the beam enters the system, it first encounters the X-axis mirror, which adjusts the beam horizontally based on the required design parameters. It then moves to the Y-axis mirror for vertical positioning.
Precision Control: The position of each mirror is finely controlled by the servo motors, responding to commands from the controlling software. This software dictates the path, intensity, and speed of the engraving based on the input design.
Focus and Impact: After deflection, the beam passes through an F-theta lens, which focuses the laser to a precise point on the material’s surface. This allows for detailed markings to be made with high precision.
FAQ
As one of the most professional laser marking machine parts manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy high-grade laser marking machine parts for sale here from our factory.
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