Explore developments across industries where industrial chillers play a vital role, from laser processing to 3D printing, medical, packaging, and beyond.
Laser cutting machines are a big deal in industrial laser manufacturing. Alongside their pivotal role, it's crucial to prioritize operational safety and machine maintenance. You need to choose the right materials, ensure adequate ventilation, clean and add lubricants regularly, maintain the laser chiller regularly, and prepare safety equipment before cutting.
Do you know how to distinguish between various types of laser cutting machines? Laser-cutting machines can be classified based on several characteristics: laser type, material type, cutting thickness, mobility and automation level. Laser chiller is needed to ensure the normal operation of laser cutting machines, maintain product quality, and extend the equipment's lifespan.
Semiconductor manufacturing processes require high efficiency, high speed and more refined operating procedures. The high efficiency and stability of laser processing technology make it widely used in the semiconductor industry. TEYU laser chiller is equipped with advanced laser cooling technology to keep the laser system running at low temperatures and prolong the lifespan of laser system components.
As a good helper in modern manufacturing, the handheld laser welding machine can address a variety of welding needs, allowing you to tackle them effortlessly anytime, anywhere. The basic principle of a handheld laser welding machine involves using a high-energy laser beam to melt metal materials and precisely fill gaps, achieving efficient and high-quality welding results. Breaking through the size constraints of traditional equipment, TEYU all-in-one handheld laser welding chiller brings enhanced flexibility to your laser welding tasks.
High-tech manufacturing industries demonstrate significant characteristics such as high technological content, good return on investment, and strong innovation capabilities. Laser processing, with its advantages of high production efficiency, reliable quality, economic benefits, and high precision, is widely applied in the 6 major high-tech manufacturing industries. The stable temperature control of TEYU laser chiller ensures more stable laser output and higher processing precision for laser equipment.
The applications of laser technology in missile guidance, reconnaissance, electro-optical interference, and laser weaponry have significantly enhanced military combat efficiency and strength. Moreover, the progress in laser technology opens up new possibilities and challenges for future military development, making significant contributions to international security and military capabilities.
Cleaning technology is an indispensable step in industrial production, and the use of laser cleaning technology can quickly remove contaminants such as dust, paint, oil, and rust from the surface of workpieces. The emergence of handheld laser cleaning machines has greatly improved the portability of the equipment.
Laser marking technology has long been deeply ingrained in the beverage industry. It offers flexibility and helps customers accomplish challenging coding tasks while reducing costs, minimizing material consumption, generating no waste, and being highly environmentally friendly. Precise temperature control is necessary to ensure clear and accurate marking. Teyu UV laser marking water chillers provide precise temperature control with an accuracy of up to ±0.1℃ while offering a cooling capacity ranging from 300W to 3200W, which is the ideal choice for your UV laser marking machines.
In aircraft manufacturing, laser cutting technology is required for blade panels, perforated heat shields and fuselage structures, which require temperature control through laser chillers while the TEYU laser chillers system is an ideal choice to guarantee operating accuracy and performance.
On May 28th, the first domestically manufactured Chinese aircraft, the C919, successfully completed its maiden commercial flight. The success of the inaugural commercial flight of the domestically manufactured Chinese aircraft, the C919, is greatly attributed to laser processing technology such as laser cutting, laser welding, laser 3D printing and laser cooling technology.
In the jewelry industry, traditional processing methods are characterized by long production cycles and limited technical capabilities. In contrast, laser processing technology offers significant advantages. The main applications of laser processing technology in the jewelry industry are laser cutting, laser welding, laser surface treatment, laser cleaning and laser chillers.
Offshore wind power installations are built in shallow waters and are subject to long-term corrosion from seawater. They require high-quality metal components and manufacturing processes. How can this be addressed? - Through laser technology! Laser cleaning enables intelligent mechanized operations, which has excellent safety and cleaning results. Laser chillers provide stable and efficient refrigeration to extend lifespan and reduce operational costs of laser equipment.