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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
Fiber laser technology sets itself apart with its use of optical fibers doped with rare earth elements, such as ytterbium. This innovative design ensures:
Superior beam quality: Delivering unparalleled precision and detail.
Energy efficiency: Consuming less power compared to traditional laser technologies.
Durability: With minimal maintenance needs, fiber lasers are built for long-term performance.
These attributes make fiber lasers the backbone of modern laser marking machines, driving their exceptional reliability and cost-effectiveness.
The flying fiber laser marking machine offers numerous advantages, solidifying its place in modern manufacturing:
These machines are engineered for high-speed environments, maintaining consistent marking quality even in rapid production lines. This translates to:
Uninterrupted workflows and reduced downtime.
Enhanced throughput, boosting overall productivity.
Whether marking plastics or metals, these machines adapt effortlessly, eliminating the need for multiple systems. Their ability to produce high-quality results on both delicate and robust materials broadens their application scope.
The non-contact process ensures precise, distortion-free markings, while the durability of these marks guarantees long-lasting traceability and branding.
Operates without consumables, reducing waste.
Low maintenance costs contribute to long-term savings.
Energy-efficient operation minimizes environmental impact.
| 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 |
| 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 | √ |
Different laser powers and marking fields are available. The appropriate configuration should be selected according to material, marking content, production-line speed and required marking area.
The Flying Fiber Laser Marking Machine is designed for continuous production environments that require fast, permanent and non-contact product identification. It can be integrated with automated production lines to mark moving products made from metals and selected plastics, making it suitable for applications involving serial numbers, batch information, logos, identification codes and other production-related marking requirements. The machine can be used across industries such as automotive parts, electronics, hardware, medical devices, packaging and general industrial manufacturing.
These industries demand precision and durability. Flying fiber laser marking machines provide:
Permanent marks on critical components like engine parts and control panels.
Resistance to harsh environmental conditions, ensuring compliance with stringent standards.
For tiny, sensitive components, these machines deliver fine, detailed markings without damaging the material. This is crucial for:
Regulatory compliance.
Improved product traceability and quality control.
Electric lift
Fume extractor
Foot switch
Conveyor
A Flying Fiber Laser Marking Machine is designed for online marking on products moving continuously along a production line. It can synchronize laser marking with product movement, making it suitable for continuous industrial coding and identification applications.
The Flying Fiber Laser Marking Machine is suitable for a wide range of metals and selected plastic materials. Marking results can vary depending on the material, so sample testing is recommended for specific plastic products before production use.
Yes. The main advantage of a Flying Fiber Laser Marking Machine is its ability to mark moving products during continuous production. It can be integrated with production lines for online marking without requiring each product to remain stationary.
The available laser power options include 20W, 30W, 50W and 100W. The appropriate configuration should be selected according to the material, marking content, production-line speed and required marking area.
To select the right Flying Fiber Laser Marking Machine, consider the product material, production-line speed, marking area, product size and required marking content. Providing these details can help determine the suitable laser power and machine configuration.
