What is a fiber laser marking machine used for?
Ago 26, 2024
How does a fiber laser marking machine work?
The workflow of the fiber laser marking machine mainly includes the following steps:
- Preparation: Before using the fiber laser marking machine, you need to ensure that the equipment is operating normally and the required materials are complete, such as power supply, optical fiber, target material, etc. At the same time, understand the basic knowledge of the equipment, such as power on/off steps, operation interface, etc.
- Equipment settings: Adjust the parameters according to the content to be marked, including laser power, marking speed, frequency, etc. The adjustment of these parameters directly affects the marking effect and speed, and needs to be debugged according to the actual situation.
- Graphics import: The fiber laser marking machine supports the import of multiple image formats, such as BMP, JPEG, AI, etc. You can choose to import a single graphic or multiple graphics as needed. After importing, you can adjust, enlarge, reduce, rotate, etc. the graphics to meet different needs.
- Marking position setting: Set the marking position according to the material to be marked. The fiber laser marking machine supports both manual adjustment and automatic setting. Manual adjustment requires the operator to make fine adjustments according to the actual situation, while the automatic setting is set through the device’s own ranging function.
- Start marking: After completing the above preparations, you can start marking. The operator only needs to click the “Start” button, and the fiber laser marking machine will automatically mark according to the set parameters and positions. During the marking process, the marking effect can be observed in real time so that instant adjustments can be made.
- Post-marking processing: After marking is completed, some post-processing work is required, such as waiting for the marking area to cool completely to avoid damage due to overheating. Then, clean the target material to remove excess dust and impurities. Finally, carefully check the marking effect to ensure that the expected quality requirements are met.
- Daily maintenance: The normal operation of the fiber laser marking machine requires daily maintenance, including regular inspection of the equipment’s power supply, optical fiber, lens and other components, cleaning the marking area, and keeping the equipment clean and tidy. At the same time, avoid long-term continuous operation of the equipment and take a proper rest to extend the service life of the equipment.
Through the above steps, the fiber laser marking machine can efficiently and accurately complete the marking of various materials to meet the needs of different industries.
What is a fiber laser marking machine used for?
Fiber laser marking machines are mainly used in the watch, jewelry, mold industry, etc., as well as occasions where exquisite patterns, trademarks and text need to be marked. This marking machine uses optical fiber to output laser and realizes the marking function through a high-speed scanning galvanometer system. It has the advantages of high electro-optical conversion efficiency, fast marking speed and good marking quality. Fiber laser marking machines can make permanent marks on the surfaces of various materials, revealing deep materials through the evaporation of surface materials, or leaving traces through the physical changes of surface materials caused by light energy, or burning part of the material through light energy to reveal the required etching patterns, texts, barcodes and other graphics.
In addition, fiber laser marking has high processing efficiency. The laser beam under computer control can move (speed up to 7 meters/second), and the marking process can be completed within seconds. The identification of fiber laser marking is permanent, so many industries use laser technology to mark QR codes, anti-counterfeiting codes, etc. on products to achieve product traceability and anti-counterfeiting. Fiber laser marking is a non-toxic, harmless, pollution-free, safe and clean processing method. It does not require plate making, is simple and fast, and is particularly suitable for occasions with a wide variety of products and the need to flexibly change the marking content.
