360° Rotating Flying Online UV Laser Marking Machine

This machine is developed using a 355nm ultraviolet laser. It also uses third-order intracavity frequency doubling technology. Compared with infrared lasers, the 355 ultraviolet light focusing spot is extremely small, which can greatly reduce the mechanical deformation of the material and has little processing heat impact, so it is mainly used for ultra-fine mark­ing and engraving, and is especially suitable for application fields such as marking food and medical packaging materials, drilling miro holes, high-speed dividing of glass materials, and complex pattern cutting of silicon wafers.

• Highly Modular Architecture:

The system can be disassembled into three independent modules: laser head, control box, and display screen. Each component can be maintained and replaced individually. The modular design makes the system configuration highly flexible, adapting to different application needs.

• Suitable for Multiple Application Scenarios:

The laser head supports 360° arbitrary angle installation and provides 0°-360° scanning head positioning, meeting the needs of various applications such as complex workstations, robot integration, and multi-axis platforms. Equipped with infrared aiming for easy operation and reduced adjustment time, and precision rotating joints, it ensures long-term stability and repeatability.

• Conveyor Belt Synchronization:

Equipped with a high-precision encoder, it monitors production line speed in real time and automatically calculates delay compensation, ensuring accurate flight marking positions.

Note: The product and appearance may change due to upgrade needs. The pictures are for display purposes only. The actual product shall prevail.

Сайт Онлайн производство УФ лазерная маркировочная машина is engineered for high-precision, continuous marking tasks across modern manufacturing lines. Equipped with an advanced ultraviolet laser source, this system delivers ultra-fine marking results on sensitive materials without generating excessive heat, making it ideal for plastics, glass, electronic components, medical devices, and coated surfaces. Unlike traditional systems, the UV laser ensures micro-engraving with exceptional clarity and minimal thermal impact, supporting strict industrial coding and traceability requirements.

For industries seeking versatile marking solutions, this machine seamlessly integrates with automated production lines, enabling real-time marking of moving products. Its superior stability and high-speed performance make it an efficient tool for factories that demand uninterrupted operation. As part of the broader range of Машины для лазерной маркировки offered by Free Optic, users can explore more solutions to match various production needs.

The system incorporates the precision and reliability found in every Ультрафиолетовая лазерная маркировочная машина developed by Free Optic.  With advanced control software and flexible configuration options, it supports barcodes, QR codes, logos, serial numbers, and micro-marking tasks with professional-grade accuracy.

For applications requiring strong performance on metals, pairing the UV system with the company’s Лазерная маркировочная машина для металла solutions provides a complete marking workflow for factories handling multiple material types. More details can be found at .

Free Optic is known for supplying high-quality industrial laser equipment, focusing on efficiency, durability, and automation compatibility. Its UV laser systems help manufacturers enhance product identification, improve traceability, and meet growing market demands for precision marking in mass production.

This Online Production UV Laser Marking Machine is the perfect choice for modern factories seeking reliability, accuracy, and seamless integration.

• The laser marking system adopts a highly modular design, flexibly disassembling into three core components: a laser head module, a control box unit, and a display panel. Each module can be independently maintained and replaced, reducing overall maintenance costs.

• This design allows the system to adapt to various application scenarios, from simple fixed workstations to complex robot integration, providing users with maximum configuration flexibility and investment protection. The laser head and its connections can rotate 360° to accommodate different angles, achieving precise synchronization with industrial production lines.

Multi-angle installation capability

Adjust the position and angle flexibly to adapt to the requirements of the production line environment.