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fiber laser marking system

fiber laser marking system

For more than 15 years, Zing has been providing top-quality fiber laser marking systems that are perfect for marking metal and nonmetal materials. Our industrial laser marking technology is renowned for its reliability and exceptional quality. All of our machines come with CE and FDA...

Description

For more than 15 years, Zing has been providing top-quality fiber laser marking systems that are perfect for marking metal and nonmetal materials. Our industrial laser marking technology is renowned for its reliability and exceptional quality. All of our machines come with CE and FDA certifications, ensuring that you receive only the highest standards of quality and safety. Whether you need a fiber marking laser for industrial use or require a fiber laser marking system for your business, Zing has the perfect solution for you. With our unmatched expertise and dedication to customer satisfaction, you can trust us to deliver exceptional results every time.

The use features of fiber laser marking system:

The quality of the beam is outstanding, making it ideal for precise and delicate marking.

The portable design of this equipment makes it convenient to carry around, and its small size allows it to adapt to various processing sites that often require changes. This ensures that the equipment can be easily transported and used on the go, making it ideal for anyone who needs to move around frequently. With its portable feature, this equipment is perfect for those who require a flexible solution that can be easily transported from one site to another.

The equipment's high reliability ensures laser power output stability.

Introduction to Equipment Composition and Configuration:
When it comes to equipment composition and configuration, it is important to understand the various components that make up a system. This includes the arrangement and setup of different equipment to ensure optimal performance and functionality. By rearranging the content provided, we can delve into the details of how equipment composition and configuration play a crucial role in multiple industries.
In any system, equipment composition refers to the combination of different tools, machines, or devices that work together to achieve a specific goal. These components can vary depending on the industry or application. For instance, in the manufacturing sector, equipment composition may involve machinery such as conveyors, robots, and assembly lines. In the field of information technology, it may encompass servers, routers, switches, and other network devices.
However, equipment composition alone is not enough. The way these components are configured is equally significant. Equipment configuration involves the arrangement, alignment, and adjustment of the different parts to ensure seamless operation. This process requires expertise and knowledge to optimize the performance of the system.
The configuration of equipment involves considering factors such as connectivity, compatibility, and efficiency. It may require understanding the specifications and capabilities of each component and identifying the best way to integrate them. This can involve setting up the necessary connections, adjusting settings, and aligning the components to work in harmony.
The importance of proper equipment composition and configuration cannot be overstated. A well-designed system can enhance productivity, reduce downtime, and improve overall efficiency. It ensures that all equipment operates at its full potential and minimizes the risk of failures or malfunctions.
In conclusion, equipment composition and configuration play a vital role in various industries. The combination of different components and their proper arrangement is essential for achieving optimal performance and functionality. It is crucial to understand the specifications and capabilities of each part and to configure them accordingly. By paying attention to these factors, businesses can maximize productivity and ensure smooth operations.

The components of a fiber-optic laser marking machine include an IPG fiber laser light, a road and galvanometer scanning system, a computer control system, and a workbench.

The optical fiber laser marking machine boasts exceptional beam quality, making it an ideal choice for marking various materials. The machine is designed to deliver highly satisfying results in terms of precision and accuracy, making it suitable for a wide range of applications. With its superior beam quality, this marking machine offers unparalleled performance to meet your specific needs and requirements. Whether you need to mark metals, plastics, or other materials, the optical fiber laser marking machine delivers consistent and precise results every time. Choose this laser marking machine today and experience the difference it makes in your operations.

There are various materials that can be marked using laser technology. These materials include metal, ceramic, PCB, coating plastic, and glass to name a few. The effects of marking on each of these materials will vary depending on the material properties and the application requirements. Laser marking is a versatile process that can be used in a range of industries from automotive to electronics to medical devices. The precision and speed of the laser allows for accurate and efficient marking, making it a popular choice for manufacturers and designers.

Life of the optical fiber laser:

The optical fiber laser marking machine is equipped with a laser diode with a wavelength of 915 nm, which serves as the power source for the pumping process. With an impressive lifespan of up to 100,000 hours, this machine is a reliable and efficient option for your marking needs.

Even when faced with challenging conditions, the small and delicate size of this device makes it an ideal choice. Its compact design allows it to remain functional in adverse settings.

Optical fiber is a great choice for its softness and flexibility, making it easy to work with. Its compact structure and small size also make it an ideal option for small spaces, where larger cooling systems wouldn't fit. This high surface area-to-volume ratio also means that the fiber has excellent cooling properties, requiring only simple air cooling to operate in tough environments. Even in conditions with high impact, vibration, temperature, or dirt, fiber is still able to work at optimal levels.

Free maintenance operation:

No maintenance is required for the optical fiber laser, except for occasional lens cleaning and adjustments.

Technology parameter table of fiber marking laser:

Technology index

Z30

Laser parameters

optical maser

WUHAN RAYCUS

Laser wavelength

1064nm

Average output power

30W

Whether or not to bring the light isolation

bring

Modulation frequency range

20kHz~80kHz

Galvanometer parameters

Maximum speed

7000mm/s

resolution

0.001mm

Repositioning precision

0.003mm

Optical output characteristics

Marking range

F = 160 mm, range 110 x 110 mm (with standard)

Minimum line width

0.01mm

inimum height of characters

0.2mm

Cooling system

Cooling way

Air cooling

System properties

Laser power supply

0.5KW/AC220V/50Hz

Manual working table stroke

Movements itinerary 285 mm (desktop type)

Environmental requirements

0 ~ 35 ° C, 90% or humidity

 

Samples of fiber laser marking machine:

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