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3.4 "Tex-L-ution" technology has become more popular in recent years, and it has been used to significantly improve the performance of many industrial applications. In this article we will discuss how this technology works and its applications.Tex-L-ution is a form of non- contact machining technology. It is based on the potential of the laser to produce a beam of highly concentrated energy that can be used to cut and shape hard materials into any desired form. The process involves the use of a high-powered laser to precisely cut through metals, plastics, and other materials. The beam is focused onto a special surface and the laser energy heats the material so that it can be cut without damaging the substrate.The advantage of this technology is that it eliminates the need for traditional machining techniques such as drilling and milling, which can be time consuming and expensive. Tex-L-ution also produces minimal emissions and does not require large amounts of power, making it an environmentally friendly process.The primary use of Tex-L-ution technology is in the production of industrial parts. The process is often used in the aerospace, automotive, medical, and electronics industries to produce precision components. It can be used to accurately cut complex shapes and intricate patterns into metals and plastics with a high degree of accuracy and repeatability. It is also used in prototype development and medical device fabrication.Tex-L-ution technology is not only used in the production of parts, but also in the repair and maintenance of existing components. For instance, when a part is corroded or otherwise damaged, the laser can be used to remove contaminants or other materials without damaging the part itself. This process is often used to repair worn-out components in the aerospace industry, as well as to accurately adjust the size of a given part.In addition to its varied uses in industry, Tex-L-ution can also be used in industrial design. Computer-aided design (CAD) systems are often used to model the behavior of industrial components and to iteratively improve their designs. With Tex-L-ution, designers can simulate the cutting process with a high degree of accuracy and test the properties of the material before the design is finalized. Additionally, the technology can be used to produce 3D parts from a variety of materials with accuracy and repeatability.Overall, Tex-L-ution technology has enabled the production, repair, and maintenance of components with accuracy and repeatability. The technology is especially useful in the production of parts with complex shapes and intricate patterns, as well as in the repair and maintenance of existing components. With the rapid advancement of laser technology, this technology has the potential to be used in a variety of applications.

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