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The problem of burrs in the CNC fiber laser cutting machine during processing is often a headache. Many people mistakenly think that it is a problem with the quality of the equipment, but in fact, the generation of burrs is often related to multiple factors.

If it is a machine, there will be loss, and the metal material small enclosed fiber laser cutting machine is the same. In the long-term development and use process, we will definitely affect the existence of some more or less loss, such as slow cutting speed, poor cutting processing accuracy and other problems. Many people may think that the laser power must have decreased. In fact, there are many reasons that affect the power reduction of the small enclosed fiber laser cutting machine, not necessarily a laser problem. The following analyzes the reasons for the power failure of the small enclosed fiber laser cutting machine:

With the continuous advancement of technology, the laser sheet cutting machine is widely used in various industries due to its efficient and precise cutting capabilities. However, in actual operation, due to different processing requirements, the output power of the laser sheet cutting machine is not fixed, but needs to be reasonably adjusted according to the specific situation. This adjustment directly affects the cutting accuracy and efficiency, so it is particularly critical. So, in what cases do you need to increase the output power of the laser sheet cutting machine?

Continuous laser welding machine is divided into different types. Of course, the lenses of laser welding machines are also of various types. So what are the cleaning methods?

During the operation of the laser marking engraving and engraver machine, it is crucial to adjust the parameters to obtain the ideal marking depth. The following will discuss in detail how to adjust the various parameters of the laser marking engraving and engraver machine to achieve a deeper marking effect.

Thank you for choosing the products of Changchun Eagle Laser Equipment Co., Ltd. and starting our sincere cooperation. We are committed to providing efficient and comprehensive service guarantees to global customers to ensure that your equipment is always in the best operating condition. The following is our service commitment and guarantee content, please read it.

When discussing the technical issue of how thick a fiber laser welding machine can weld, we first need to understand the basic principles, technical characteristics and key factors affecting its welding thickness capability of laser welding. Laser welding, as a high-precision and high-efficiency welding technology, is based on the use of a high-energy-density laser beam as a heat source to form a weld by melting the surface of the welded material, thereby achieving material connection. In this process, factors such as the power, focal length, welding speed and physical properties of the welded material jointly determine the quality and thickness limit of the welding.

In industrial production, laser marking machines have become an indispensable production tool. Especially handheld laser marking machines, today, we will take you to learn in depth how to choose a suitable handheld fiber laser marking machine to help you stand out in the fierce market competition.

I believe that many friends have to consider many aspects before buying products. Today, let's talk about how we should judge whether the QCW fiber laser welder machine is worth buying in terms of performance? At the same time, welding technology also directly affects product quality and production efficiency. Therefore, when we produce and design products, we pay attention to the technical performance of the equipment. Our QCW fiber laser welder machine has become the first choice for many industry customers with its superior performance and reliability. The following are the reasons why you should choose our continuous laser welding machine:

The 6080 fiber laser cutting machine for high power adopts a fully enclosed design, with a simple autofocus function and a special casting frame. It is widely used in electronic circuit PCB boards, sheet metal processing, electrical appliances, glasses legs, accessories, advertising decoration, craft gifts, tool processing, metals, carbides, ceramics, crystals, composite materials, mineral materials, electronic components and biomaterials. In order to enable the equipment to operate efficiently and safely, the operator must have the following professional skills: