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Ultra-high integration
Laser source, boards, power supplies, brackets, fans, rectifiers, photocells, encoders, etc. integrated into small boxes
Communication port
Support RS-232, TCP/IP protocols
Compact package
Smaller package size, lighter weight, all-round foam padding
Non-consumable
● No need to replace consumables
● Requires only electrical energy
● One-time investment
● Maintenance-free
Energy-saving
● Non-wasteful
● 100% utilisation
● No emissions
Laser marking systems bring numerous benefits, making them indispensable for modern manufacturing:
Unmatched Precision: Essential for intricate 2D barcodes like QR codes and Data Matrix codes.
Permanence: Ideal for industries needing durable marks resistant to wear, such as automotive and aerospace.
Environmental Sustainability: No inks or chemicals, aligning with eco-friendly practices.
Versatility: Suitable for marking on metals, plastics, ceramics, and more.
Customizability: Easy adjustments for diverse applications.
Additionally, these systems integrate seamlessly into production lines, enhancing automation and efficiency.
Fiber laser marking technology has revolutionized the field of product labeling. Using optical fibers, it generates highly focused laser beams that ensure intricate designs, legible text, and durable marks.
Durability: Permanent marks resistant to wear and exposure.
Versatility: Compatible with a wide range of materials, including metals and plastics.
Speed and Precision: Capable of producing detailed 2D barcodes at high speeds.
Eco-Friendly: Eliminates consumables like ink, reducing environmental impact.
This cutting-edge technology is particularly suitable for industries requiring long-lasting identification solutions, driving efficiency and sustainability in manufacturing processes.
| No. | Project | Parameter |
| 1 | Model number | HF20XXB |
| 2 | Laser power | 20/30W/50W/100W （optional） |
| 3 | Laser level | Class IV（IEC 60825-1） |
| 4 | Laser type | Pulse Fiber laser |
| 5 | Wavelength | 1064nm |
| 6 | Marking field | 110*110mm-300*300mm(optional) |
| 7 | Marking depth | ≤0.01mm |
| 8 | Marking speed | ≤10000mm/s(optional) |
| 9 | Marking line width | 0.01-0.2mm |
| 10 | Min character size | 0.015mm |
| 11 | Repeat accuracy | 0.01mm |
| 12 | Cooling method | Air-cooled |
| 13 | Laser source expected life | >100,000 hours |
| 14 | Standard user interface | Touch panel/PC |
| 15 | Consumables | No |
| 16 | Temperature | 0-45℃ |
| 17 | Power consumption | 700 W |
| 18 | Electrical requirement | L/N/PE 100 – 240 VAC, 50/60 Hz |
Fiber laser marking machines employ advanced technology to create high-precision, permanent markings. Here's how they work:
Laser Source: A fiber-based laser amplifies the beam, producing a concentrated and powerful output.
Engraving Process: The laser alters the material’s surface properties, resulting in a durable mark.
Software Integration: Sophisticated software allows for customization and automation, enabling users to design and adjust markings effortlessly.
This precise process ensures high-resolution 2D barcodes, making it ideal for industries like automotive, electronics, and medical devices.
| Materials | Reaction | Materials | Reaction | ||
| Metal | Stainless steel | √√ | Plastic | PE | √ |
| Aluminum | √√ | PP | - | ||
| Anodized aluminum | √√ | PVC | √√ | ||
| Brass | √√ | PPR | √ | ||
| Coated metal | √√ | ABS | √ | ||
| Copper | √ | PET | - | ||
| Gold, silver, nickel, platinum | √ | Nylon | √ | ||
| Carbon steel | √√ | MPP | - | ||
| Titanium | √√ | PC | - | ||
| Ceramics | Ceramic | √ | Electrical and medical ceramic | Electrical and medical ceramic | √ |
Excellent Reaction: √√ Good reaction: √ Poor reaction: -
Laser marking systems are designed for easy integration into existing workflows, offering flexibility for various industrial applications.
Regulatory Compliance: High-quality, permanent marks meet industry standards in sectors like pharmaceuticals and electronics.
Supply Chain Management: Durable 2D barcodes improve traceability and inventory control.
Brand Protection: High-resolution markings deter counterfeiting and safeguard product authenticity.
Eco-Friendliness: Laser systems contribute to sustainable manufacturing practices.
The future of laser marking is exciting, with advancements in:
IoT Integration: Enabling real-time monitoring and predictive maintenance.
Material Compatibility: New systems will support a wider range of materials.
Sustainability: Development of energy-efficient lasers to reduce environmental impact.
Automotive: A major car manufacturer reduced supply chain errors by implementing laser marking for part identification.
Electronics: A smartphone maker improved labeling precision for intricate components using fiber lasers.
Pharmaceuticals: A drug company ensured compliance with strict regulations through laser-marked traceable codes.
Electric lift
Fume extractor
Foot switch
Conveyor
