Laser Machine World for Laser Technology and Laser Products

Laser heat treatment selectively alters the surface of a material, inducing microstructural enhancements using rapid heating and controlled self-quenching while maintaining its structural integrity. This article provides an overview of how laser heat treatment works, the various technologies and processes involved, key applications across industries, and the future prospects of this rapidly developing technology.   Laser heat treatment is a surface processing technique that uses a high-powered laser beam to selectively change a metal surface's composition, structure, and properties. It is commonly applied to steel and cast iron materials where enhanced wear, fatigue, and corrosion resistance are required. Compared to traditional heat treatment techniques, laser heat treatment has the unique ability to precisely target specific areas for property improvements while maintaining the integrity of the underlying material. This precision enables surface modification without the risk of ...

A laser cutting machine is a kind of equipment that utilizes a laser beam as a cutting tool, widely used in the cutting and processing of metal, non-metal, and other materials 3000W laser cutting machine is a kind of equipment more common in the market present, with high cutting precision and efficiency. In this article, we will introduce in detail the cutting capacity, scope of application, working principle, operation precautions, and other aspects of the 3000W laser cutting machine . Cutting capacity of 3000W laser cutting machine Cutting thickness The cutting thickness of the 3000W laser cutting machine is affected by a variety of factors, such as laser power, cutting speed, material type, and so on. Generally speaking, a 3000W laser cutting machine can cut the thickness range of 0.5mm-20mm. specifically:   l  For carbon steel, a 3000W laser cutting machine can cut the thickness range of 0.5mm-20mm. l  For stainless steel, a 3000W laser cutting machine can cut the thi...

Application and development of 500W laser descaling machine  With the continuous progress of industrial technology, laser descaling, as an efficient and environmentally friendly surface treatment technology, has been widely used in various fields.   With its unique advantages, 500W laser rust remover is becoming an important tool for modern industrial rust removal.   First, the basic principle of laser descaling uses a high-energy laser beam to irradiate the metal surface, so that the rust layer or pollutants rapidly warm, vaporize, or combustion, to achieve the purpose of cleaning the surface.   Compared with traditional mechanical descaling and chemical descaling, laser descaling has the advantages of non-contact, high precision, high efficiency, and no pollution. The characteristics of a 500W laser descaling machine 1. High efficiency: 500W laser power can quickly remove the rust layer on the metal surface, which greatly improves the working efficiency.   2....

As the power of lasers increases, there are more and more 50W, 60W, 70W, and even 100, and 200W fiber optic marking machines . Some are used for deep engraving, some for large format, and some for continuous marking. However, there is a phenomenon that many customers report that after this higher power marking machine has been marking for about 10 minutes, it will be obvious that the machine has no strength. If it stops for about 5 minutes and then turns on the machine to mark, it seems to be OK. But after marking for more than 10 minutes, it is no longer OK... In short, it cannot mark continuously for more than 10 minutes. Many customers think that it is a problem with the fiber laser. The light output of the fiber laser decreases after a long time. They find the laser manufacturer to argue, but it is still the same after changing to another one. At this time, it can be judged that it is not a problem with the laser. So where is the problem? This problem has the following possibilitie...

European researchers  say they have successfully welded two halves of an 8-meter-long fuselage made of carbon-reinforced fibers with a CO2 laser. This means that ultralight passenger aircraft can be manufactured using this method.   The demonstration, completed by a large international consortium led by Airbus and comprising several Fraunhofer institutes, provides proof of concept for the chipless connection of carbon fiber-reinforced thermoplastic (CFRTP) component structures with a CO2 laser. Dynamic Beam Shaping Working under the Multifunctional Fuselage Demonstrator (MFFD) project, which is part of the EU's wider Clean Skies 2 research program, the team at the Fraunhofer Institute for Materials and Beam Technology (IWS) in Dresden says the novel construction method and process will significantly reduce weight, material and time. The novel construction method and process will significantly reduce weight, material, and time.   They used a CO2 source to weld long seams ...

 With the continuous development of the manufacturing industry, the application of automation technology in the welding field has become increasingly popular. Welding is an indispensable part of the manufacturing industry, and its level of automation and intelligence is directly related to product quality and production efficiency. As advanced welding auxiliary equipment, the MRJ laser welding seam tracker can be adapted to most welding robots on the market, achieving breakthroughs in intelligent welding and bringing revolutionary changes to many industries. MRJ Laser Weld Seam Tracker uses laser sensors to perform non-contact measurements of weld seams. Detecting and tracking the weld seam position in real-time, ensures the accurate alignment of the weld seams during the welding process, thereby achieving high-quality welding. Its principle mainly includes key steps such as laser emission, weld seam identification, and tracking control. The laser beam is emitted by the laser trans...

With the advancement of science and technology and the accelerated pace of transformation and upgrading of the manufacturing industry, the glass deep processing industry, as an important part of modern industry, has put forward higher requirements for precision processing, efficient production, energy conservation, and environmental protection. As an innovative pioneer in the field of laser technology, GZ laser tech actively responds to market demand and creates a new high-peak MOPA laser----[F-120-GT-10-N2-Pro+] The peak power of fiber pulse laser has long been in the order of 10kW and is widely used in marking metal materials. For hard and brittle materials such as glass that are difficult to process, breaking the peak limit of nanosecond fiber pulse laser has always been the direction pursued by fiber MOPA pulse technology. GZ laser tech 120W high peak GT-Pro+ laser adopts a self-designed amplifier scheme and electronic control scheme, which greatly increases the peak power of singl...