Explore developments across industries where industrial chillers play a vital role, from laser processing to 3D printing, medical, packaging, and beyond.
Ultra-high power lasers are mainly used in cutting and welding of shipbuilding, aerospace, nuclear power facility safety, etc. The introduction of ultra-high power fiber lasers of 60kW and above has pushed the power of industrial lasers to another level. Following the trend of laser development, Teyu launched the CWFL-60000 ultrahigh power fiber laser chiller.
The operational procedures for both laser engraving and CNC engraving machines are identical. While laser engraving machines are technically a type of CNC engraving machine, there are significant differences between the two. The main distinctions are operating principles, structural elements, processing efficiencies, processing precision, and cooling systems.
Can the purchased laser equipment process high reflectivity materials? Can your laser chiller guarantee the stability of laser output, laser processing efficiency and product yield? The laser processing equipment of high reflectivity materials is sensitive to temperature, so precise temperature control is also essential, and TEYU laser chillers are your ideal laser cooling solution.
As consumers have higher requirements for the quality of metal furniture, it needs laser processing technology to show its advantages in design and beautiful craftsmanship. In the future, the application of laser equipment in the field of metal furniture will continue to increase and become a common process in the industry, continuously bringing incremental demand for laser equipment. Laser chillers will also continue to develop to adapt to changes in the cooling requirements of laser processing equipment.
The accuracy of laser welding can be as precise as 0.1mm from the edge of the welding wire to the flow channel, which is no vibration, noise, or dust during the welding process, making it an ideal choice for the precision welding requirements of medical plastic products. And laser chiller is needed to accurately control the laser's temperature to ensure the stability of the laser beam output.
The textile and clothing industry has gradually started to use laser processing technology and entered the laser processing industry. Common laser processing technologies for textile processing include laser cutting, laser marking, and laser embroidery. The main principle is to use the ultra-high energy of the laser beam to remove, melt, or change the surface properties of the material. Laser chillers have also been widely used in the textile/garment industry.
China's forward-looking lunar landing plan is heavily supported by laser technology, which plays a vital and effective role in the development of China's aerospace industry. Such as laser 3D imaging technology, laser ranging technology, laser cutting and laser welding technology, laser additive manufacturing technology, laser cooling technology, etc.
China's first airborne suspended train adopts a technology-themed blue color scheme and features a 270° glass design, allowing passengers to overlook the city scenery from within the train. Laser technologies such as laser welding, laser cutting, laser marking and laser cooling technology are widely used in this amazing airborne suspended train.
To optimize internal connectors and circuit structures of mobile phones, laser processing technology has emerged. Ultraviolet laser marking technology in these devices makes them more aesthetically pleasing, clear, and durable. Laser cutting is also widely used in connector cutting, speaker laser welding, and other applications within mobile phone connectors. Whether it's UV laser marking or laser cutting, it is necessary to use a laser chiller to reduce thermal stress and achieve higher output efficiency.
Laser processing technology has gradually become the dominant modern manufacturing method. Among CO2 laser, semiconductor laser, YAG laser and fiber laser, why does fiber laser become the leading product in laser equipment? Because fiber lasers have obvious advantages over other types of lasers. We have summarized nine advantages, let's take a look~
Due to its high precision, fast speed and high product yield, laser technology has been widely applied in various industries including the food industry. Laser marking, laser punching, laser scoring and laser cutting technology have been widely used in food processing, and TEYU laser chillers enhance the quality and efficiency of laser food processing.
Cost-effective fiber lasers have become the dominant heat source in metal 3D printing, offering advantages such as seamless integration, enhanced electro-optical conversion efficiency, and improved stability. TEYU CWFL fiber laser chiller is the perfect cooling solution for metal 3d printers, which features large cooling capacity, accurate temperature control, intelligent temperature control, various alarm protection devices, energy saving and environmental protection.