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Laser Marking Equipment

3D Laser Marking Machine

3D Laser Marking Machine
Applicable Materials / Fields
● XYZ three-axis dynamic focusing system prevents defocusing and enables real-time focal point tracking during deep engraving
● Supports 3D engraving and marking on inclined surfaces, steps, cylinders, cones, spheres, and stretched curved surfaces
● Uniform and consistent marking at the edges with distortion-free patterns, delivering perfect marking results
● User-friendly software that is easy to learn and operate
Model No. | JBL-LMF Series
Application | Supports deep engraving, marking, product numbering, barcode, and inline production
Features | Suitable for workpieces with height differences and curved surfaces. Ensures consistent marking quality and reduced distortion or color deviation. Greatly improves marking flexibility.
Specifications |  Laser Power: 20W / 30W / 50W
 Marking Area: 200 x 200 mm, 300 x 300 mm
 Engraving Speed: 5000 mm/s
 Operating Temperature: 10℃ ~ 40℃
 Humidity: ≦ 75%
 Power Consumption: ≦ 800W
 Cooling Method: Air cooling
 Power Supply: AC 110V / 220V 60Hz
 Machine Weight: 150 KG
 Machine Dimensions: 6000 x 700 x 1400 mm 

 

A demo machine is available on-site. For inquiries, please contact Chengbo Laser.
Schedule a Machine Viewing
FAQ
Q&A
Q
Will there be smoke or odor during the laser marking process? How is it handled?
A
Some materials may generate a small amount of smoke or odor during laser marking, especially when using a CO₂ laser on materials such as wood or leather. We recommend customers use a dedicated laser fume extractor, which efficiently filters smoke and odors, keeping the workspace clean and maintaining air quality to ensure the health of operators.
A
The price of a laser marking machine varies depending on the laser type, power, configuration, and functions (such as whether it includes an automation system or vision positioning). Prices typically range from several hundred thousand to over one million NTD. Standard configurations usually include the main unit, control software, computer (optional), fixtures (optional), installation, and training. We will provide a detailed quotation based on your specific requirements.
A
The primary difference between laser welding and traditional welding lies in the heat source and energy density. Laser welding offers high energy density, low heat input, fast welding speed, minimal thermal deformation, narrow and deep weld seams, no need for filler material (in certain cases), and the ability to weld difficult-to-weld materials. Traditional welding, on the other hand, often results in a larger heat-affected zone, more noticeable deformation, and slower speed.
A
The choice of laser welding machine power depends on the type of material, thickness, required welding depth, and welding speed. Generally, higher power allows for processing thicker materials, achieving deeper welds, and welding at faster speeds. Common power ranges from several hundred watts to several kilowatts.Jumbo provides testing services and can recommend the most suitable power level based on your specific needs.
A
Our equipment is designed with user-friendliness in mind, featuring an intuitive and simple interface. We provide detailed operation manuals and on-site training, enabling general technicians to operate the machine after instruction. Jumbo also offers fixture design and automation design services to reduce labor requirements.
A

To help you make the best choice, we need to understand your welding requirements in detail, including:

  1. Type and thickness of materials

  2. Desired welding depth and width

  3. Daily or monthly production capacity requirements

  4. Existing production line setup

  5. Specific requirements for welding quality, precision, and efficiency

  6. Budget range

Based on this information, Jumbo professional team will recommend the most suitable equipment and configuration for you.