When using a fiber laser marking machine for marking or engraving with a certain depth, fine metal powder will be generated. Usually, a blower is needed to blow away the dust to ensure that the laser can effectively reach the substrate. However, this type of dust may cause problems for employees’ occupational health. For this…
Our high-power handheld MOPA fiber laser marking machines are usually modified from desktop systems using handheld optical paths, so higher-power fiber or MOPA lasers can be used in the control chassis to meet the needs of handheld high-power fast deep laser marking and engraving.In addition, there are also compact handheld laser marking machines with desktop…
Fiber laser is named because it radiates laser beams by exciting rare earth metal particles doped in optical fibers. This structure greatly prolongs the life of its pump laser source. Combined with the anti-interference and guiding properties of the optical fiber itself, the fiber laser marking machine has excellent stability, with a typical service life…
This type of machine adds one or more axial moving modules in the X, Y, and Z axes to the conventional fiber laser marking machine. It is mainly used for large and medium-sized workpieces with a small range of single marking content but multiple positions need to be marked.This type of laser marking machine can…
This series uses universal or customized rotary fixtures on conventional fiber laser marking machines, and can be adapted to conventional control boards and operating systems, which can improve the efficiency of small parts identification with less cost increase. This type of machine and fixture continues the advantages of fiber laser marking machines in terms of…
Fiber laser is named because it radiates laser beams by exciting rare earth metal particles doped in optical fibers. This structure greatly prolongs the life of its pump laser source. Combined with the anti-interference and guiding properties of the optical fiber itself, the fiber laser marking machine has excellent stability, with a typical service life…
In the field of fast-paced electronic consumer electronics, precision and efficiency are important. That’s why top service companies in the laptop sector depend on our multi-optical fiber laser marking machines to provide high-precision treatment of surfaces. Recently, we shipped several of these sophisticated equipment to a major manufacturer that handles HP, Dell, Lenovo, and Asus…
In just over a decade, fiber laser markers have surpassed CO2 laser markers to become the most commonly used marking machines in industry. This article will examine the principles, advantages, and applications of fiber laser technology to explain this shift. Additionally, it will address whether other new laser markers can compete with fiber lasers. Very…
This automated, double-sided fiber laser marking machine workstation is perhaps the fastest method. This machine uses one computer to control two MOPA fiber lasers that mark two opposing sides of a workpiece simultaneously. Because the laser direction is not aligned with the tabletop, this machine does not have the typical honeycomb aluminum or marble tabletop…
This is a fiber laser marking machine customized by CRRC for marking after automated rolling of high-speed rail wheels. Due to the need to implement a large number of high-speed rail projects overseas, the machine does not need to be fully automated, but can simply be operated by manual positioning to reduce the overall investment….
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