Portable fiber laser marking machine

Portable laser marking machines are laser marking devices that are small in size, lightweight, and easy to move and carry. Their core functions are the same as those of traditional laser marking machines... They form permanent marks on the surface of materials through high-energy laser beams. However, in terms of design, more attention is paid to flexibility and mobility, making them suitable for scenarios where fixed operations are inconvenient or on-site marking is required.

Key features:

1.Outstanding portability: Small in size (common sizes include desktop or portable, with weights mostly ranging from 5 to 30 kg), and some are equipped with handles or rollers for easy transportation.

2.Flexible power supply: Besides conventional mains power supply, some models support batteries (with a battery life of several hours) or vehicle power supplies, adapting to environments without fixed power sources such as outdoors and on-site.

3.Simple operation: It is mostly equipped with a touch screen or wireless control via mobile phone/computer. No complex debugging is required, and non-professionals can quickly get started.

4.Function Adaptation: The power is mostly low to medium power (5W - 50W), taking into account both marking accuracy (in the micron level) and energy consumption. It is suitable for marking small and medium - sized areas and lightweight and thin materials.

Working principle

Consistent with traditional laser marking machines: A high-energy laser beam is generated by the laser generator, focused by a focusing lens, and then acts on the surface of the material. Using the thermal effects of the laser (vaporization, color change, micro-melting), permanent and clear marks (such as text, QR codes, patterns, etc.) are formed on the material surface. Moreover, it is a non-contact processing method that does not damage the internal structure of the material.

Applicable scenarios

On - site / outdoor operations: such as on - site numbering and marking of large - scale equipment (mechanical parts, pipelines, molds), and traceability identification of engineering components.

Small-batch / customized production: such as personalized pattern marking for jewelry, gifts, and stationery, and parameter marking for small electronic components (connectors, sensors);

Mobile service scenarios: such as in the maintenance industry (adding labels to maintenance parts), demonstrating the marking effect at exhibition sites;

Laboratory / Small Space Operations: For scenarios with limited space such as university research and small factories, it can be flexibly placed and used.

Advantages

Flexible mobility: Break through the limitations of fixed workshops and adapt to operations in multiple scenarios.

High - efficiency and energy - saving: The low - power models have low energy consumption. When paired with a battery, they can operate off - grid.

Precision and reliability: Retain the high-precision advantages of laser marking, with clear, wear-resistant, and corrosion-resistant markings.

Wide range of applicable materials: It can mark on various materials such as metals (stainless steel, aluminum alloy), plastics, leather, wood, ceramics, etc.

Precautions

Power limitations: The medium and low-power design limits its ability to deeply mark thick metals and high-hardness materials. Heat dissipation limitations: The compact size may result in a relatively short continuous working time (it is necessary to avoid long-term full-load operation to prevent overheating). Protection requirements: Although it is portable, laser safety still needs to be noted. Special goggles should be worn during operation to avoid direct irradiation on the human body. In conclusion, the portable laser marking machine is a "lightweight extension" of traditional laser marking technology. With its flexible mobility and scene adaptability, it occupies an important position in the demands for small-batch, mobile, and customized marking, and is widely used in fields such as manufacturing, service industry, and personalized customization.

Product introduction

1.Excellent beam quality: The divergence angle is 1/4 that of semiconductor-pumped lasers. It is particularly suitable for precision and fine marking.

2.Low operating cost: The total power consumption of the whole machine is less than 500W, which is 1/10 of that of lamp-pumped solid-state marking machines, greatly reducing energy expenditure.

3.Maintenance-free operation: The laser requires no maintenance at all, and there is no need to adjust or clean the lenses.

4.Long service life of the laser: Laser diodes are used as the pump source, with an average working time of up to 100,000 hours.

5.Fast processing speed: The processing speed is more than 3 times that of traditional laser marking machines.