Laser marking machine
Whether you need a manually loaded workstation or a fully automated machine, we offer a variety of solutions built for industrial applications and optimized for metal marking.
What isFiber laser marking machine
Low Power Fiber Laser Marking Machine
The fiber laser marking machine uses a fiber laser to generate a laser beam with a wavelength of usually 1064nm, which is focused by an optical system and acts on the surface of the material.
Material: Metal
Main Features
- The marking is corrosion-resistant and wear-resistant
- Fiber lasers are small in size and have high equipment integration
- Suitable for marking complex patterns and tiny text
- Can mark metal, plastic, ceramic, glass and other materials
Fiber laser marking machine
Fiber laser marking machines are widely used in the following fields due to their high precision, high efficiency and multi-material adaptability.
Material: Metal
What isUV laser marking machine
Industrial UV laser marking machine
Aiming for large-scale production, more automated functions
Material: Metal
Main Features
- Suitable for heat-sensitive materials such as plastics, glass, and ceramics
- Aiming for large-scale production, more automated functions
- Suitable for high-strength production lines
- High initial investment but good long-term benefits
UV laser marking machine
With many years of experience and a professional team, we guarantee the quality of the machines and fast delivery.
Material: Metal
Main Features
- The surface of the product is slightly damaged
- Lower temperatures
- Smaller engraving points
What is3D laser marking machine
3D Dynamic Marking Laser 3D Engraving Machine
Ability to adjust focus in real time in the Z-axis (depth) direction to achieve precise processing of curved surfaces or multi-layer materials
Material: Metal
Main Features
- Integrated robot compatibility, single scan of complex objects without stopping for positioning
- Supports deep engraving and relief effects (such as multi-layer textures). The software can import 3D models (STL format) to generate three-dimensional paths.
- Can dynamically adjust the focus on the Z axis (0-50mm range) to achieve "non-contact 3D engraving"
3D Laser Marking Machine
Unlike traditional 2D laser marking machines, 3D laser marking machines are equipped with a galvanometer system or Z-axis dynamic focusing mirror that can automatically adjust the focus. They can proc
Material: Metal
Main Features
- Laser marking of irregular surfaces
- Deeply impressed; deeply remembered
- 3D laser marking
- Engraving on products at different heights without adjusting focus.
What isCo2 laser marking machine
Flying Co2 Laser Marking Machine
Using CO2 gas laser to generate infrared laser beam, mainly for surface treatment of non-metallic materials
Material: Metal
Main Features
- Excellent adaptability to non-metallic materials
- Dynamic "on the fly" marking capability
- Low cost and high cost performance
- Suitable for marking large areas and rough surfaces
CO2 laser marking machine
It is often used in industrial production to achieve efficient and automated marking.
Material: Metal
Main Features
- Reduce consumption
- Long life
- Engraving of most non-metallic materials
- Simple dielectric structure
OurLaser marking machineRegarding the production line Advantage
Production output
Our laser marking machines can improve your productivity, thereby increasing your output.
Reduce costs
Laser marking machines use a non-contact process and require no consumables, helping you minimize downtime.
Product traceability
Our laser technology allows you to achieve traceability in harsh environments
Stablize
Our machines are equipped with high-quality laser sources, which guarantee 24/7 operation for at least 10 years with the same marking quality and low maintenance costs.
AboutLaser marking machineType Frequently Asked Questions
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How to choose the right laser type
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Fiber laser is suitable for metals (such as stainless steel), CO2 is suitable for non-metals (such as plastics and wood), and UV is suitable for heat-sensitive materials (such as glass); the choice depends on the material absorption rate and marking depth
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The marking effect is unclear or blurry. How can I adjust the parameters?
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Blurring may be caused by incorrect focus, low power or material reflection. Adjust the focus distance (usually ±0.01mm accuracy), increase the power (20-100W depending on the material) or reduce the speed.
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What materials and patterns can be marked? What applications are they suitable for?
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Applicable to metals, non-metals, plastics, etc.; can mark QR codes, barcodes, and patterns. Applications include electronic component anti-counterfeiting, automotive parts traceability, and medical device serial numbers.