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The Advantages of the Automatic Nesting Function in Laser Tube Cutting Machines

2020.05.01

Laser tube cutting machines are equipped with automatic nesting functionality. Fully automatic laser tube cutting machines utilize a high‑speed plasma gas jet to leverage the heat of the high‑temperature plasma arc for cutting. Consequently, the stability of the arc directly affects cutting quality. If the arc is unstable, it can lead to defects such as buildup and uneven cuts, and it can also shorten the service life of components in the control system. Therefore, it is crucial to ensure arc stability. Insufficient air supply from the air compressor, improper installation of the tube cutting nozzle, and malfunctions in the internal circuit components of the CNC plasma tube cutting machine can all cause the arc in the CNC plasma tube cutting machine to become unstable.

What are the components of laser repair?

2020.04.30

There are many types of lasers. With the exception of free-electron lasers, the fundamental operating principles of all laser types are essentially the same, which means that the troubleshooting and maintenance procedures for lasers are broadly similar. The two indispensable conditions for laser generation are population inversion and gain exceeding loss; therefore, the core components of a laser system are the excitation (or pumping) source and the working medium whose energy levels are metastable. Excitation involves the working medium absorbing external energy and being promoted to an excited state, thereby creating the conditions necessary to achieve and sustain population inversion. Once a laser is damaged, it must be repaired—this is what constitutes laser repair work.

Laser Repair – Laser Repair Manufacturer

2020.04.29

Optical Wave Ultraviolet Laser Maintenance: An ultraviolet laser is a laser with a wavelength of 355 nm. Thanks to its short wavelength and narrow pulse characteristics, it can generate an extremely small focal spot while keeping the heat-affected zone within a limited range—this is known as “cold processing.” It enables highly precise machining while largely preventing mechanical deformation. While ultraviolet light can cause significant harm to humans, it also delivers excellent machining results and maintains high positioning accuracy. These are the key advantages of ultraviolet lasers. To ensure optimal performance, regular laser maintenance is essential.

Laser Equipment Retrofit – Laser Equipment Upgrade

2020.04.28

When laser welding different materials, the position of the laser beam plays a crucial role in determining weld quality—this is especially true for butt joints compared to lap joints. For example, when hardening steel gears are welded onto low-carbon steel barrels, precisely controlling the laser beam’s position helps produce a weld that is primarily composed of low-carbon constituents and exhibits excellent crack resistance. In certain applications involving laser equipment retrofitting or upgrades, the geometry of the workpiece to be welded may require a specific angle of laser beam deflection. As long as the deflection angle between the beam axis and the joint surface remains within 100 degrees, the workpiece’s absorption of laser energy will not be adversely affected.

A Brief Discussion on the Application of Laser Cutting Lines in Automotive Sheet Metal

2019.12.02

Because carbon steel contains carbon, it does not reflect light strongly and absorbs light beams very well. Among all metal materials, carbon steel is the most suitable for laser cutting machine processing; therefore, carbon steel laser cutting machines hold an unshakable position in carbon steel fabrication…

Laser cutting has become the trend in metal processing.

2019.12.02

The rapid advancement of technology has not only spurred reforms in many traditional industries but has also given rise to numerous emerging sectors. Today, we’re going to talk about one such high‑tech method with wide industrial applications—laser cutting...

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