The mantainence of the fiber laser device’s lenses1. Lens replacement.Replaceable components should be equipped in the dust-free plant. In principle, the modules of the optical lens can’t be assembled or disassembled except the drawer of protective lens.

Laser cutting is simply the use of high power and high density laser beam after focusing the workpiece, so that the irradiated material melting, gasification, or to reach the point of ignition, and the beam coaxial air flow blown off the molten material, to achieve a processing method of cutting parts.They fall into the following categories：(a) laser melting cuttingIn laser melting cutting, the workpiece is partially melted and the molten material is ejected by means of an air stream.

1) Excellent beam quality: smaller focusing spot, finer cutting lines, higher working efficiency and better processing quality;2) Extremely high cutting speed: twice that of CO2 laser cutting machine with the same power;3) Extremely high stability: the world-class imported fiber laser is adopted, which has stable performance and the service life of key components can reach 100,000 hours;4) Extremely high photoelectric conversion efficiency: the photoelectric conversion efficiency of fiber laser cutting machine is about 30%, which is three times higher than that of CO2 laser cutting machine, wh

Fiber laser cutting machine is an efficient and precise cutting equipment widely used in modern industrial manufacturing. It uses laser technology to focus the laser beam onto a very small focal point, and achieves cutting by instantly heating and vaporizing the surface of the workpiece with a high-energy laser beam.Fiber laser cutting machines have many advantages. First of all, laser cutting has very high cutting accuracy and speed, which can achieve accurate cutting of various materials, including metal, plastic, wood, etc.

1. The laser marking machine can engrave metal and various non-metallic materials. It is more suitable for the processing of products requiring fine and high precision.2. It is used in electronic components, integrated circuits (IC), electrical appliances, mobile phone communications, hardware products, tool accessories, precision equipment, glasses, watches, jewelry, auto accessories, plastic keys, building materials, PVC pipes, medical equipment and other industries.3.

1. The laser marking machine mainly marks the trajectory of the character to be marked, and the dot matrix laser machine scribes some important trajectory points of the character to be identified.  Therefore, in the case of the same energy, the new dot matrix laser marking machine prints faster. 2. If the human body has sufficient health, it can resist the slight radiation of the laser marking machine.  The laser marking machine can be divided into two types, namely, scribing type and dot matrix type, depending on the form of the logo.

Introduction: Quasi-continuous (QCW) fiber lasers can operate in both pulsed and continuous (CW) modes, so a single laser can handle a variety of processing tasks that previously required two different lasers.There are many reasons for businesses to use quasi-continuous (QCW) fiber lasers, such as fiber lasers combining the drilling and welding advantages of a pulsed Nd:YAG laser with the cutting capabilities of a CO2 laser.

When it comes to fiber laser cutting machines, we have to mention its importance and wide application in modern industrial production.This advanced cutting technology has become the first choice for many manufacturing companies because it provides efficient, precise and reliable cutting solutions.Fiber laser cutting machines use high-energy laser beams to cut a variety of materials, including metals, plastics, glass, etc., with many advantages such as fast speed,contactless cutting, precise control and high-quality cut surfaces.The working principle of fiber laser cutting machines is based on

In the new era of welding, fiber laser welding machines push welding technology to a new heightWith the continuous development of industrial technology, welding technology is also constantly innovating.

Smart portabilityExcessive accuracyHigh efficiencyExcessive stabilityExcessive speedLow noiseWide applicability