Explore developments across industries where industrial chillers play a vital role, from laser processing to 3D printing, medical, packaging, and beyond.
CO2 laser tubes offer high efficiency, power, and beam quality, making them ideal for industrial, medical, and precision processing. EFR tubes are used for engraving, cutting, and marking, while RECI tubes are suited for precision processing, medical devices, and scientific instruments. Both types need water chillers to ensure stable operation, maintain quality, and extend lifespan.
During the injection molding process, a significant amount of heat is generated, requiring effective cooling to maintain production efficiency and product quality. The TEYU industrial chiller CW-6300, with its high cooling capacity (9kW), precise temperature control (±1℃), and multiple protection features, is an ideal choice for cooling injection molding machines, ensuring an efficient and smooth molding process.
UV inkjet printers are widely used in the automotive parts industry, offering numerous advantages to companies. Utilizing UV inkjet printers to improve product quality and production efficiency can help automotive parts companies achieve greater success in the industry.
Laser welding of transparent plastics is a high-precision, high-efficiency welding technique, ideal for applications requiring the preservation of material transparency and optical properties, such as in medical devices and optical components. Water chillers are essential to solving overheating issues, improving weld quality and material properties, and extending the life of welding equipment.
While waterjet systems may not be as widely used as their thermal cutting counterparts, their unique capabilities make them indispensable in specific industries. Effective cooling, particularly through the oil-water heat exchange closed circuit and chiller method, is critical to their performance, especially in larger, more complex systems. With TEYU's high-performance water chillers, waterjet machines can operate more efficiently, ensuring long-term reliability and precision.
PCB laser depaneling machine is a device that uses laser technology to accurately cut printed circuit boards (PCBs) and is widely used in the electronics manufacturing industry. A laser chiller is needed to cool the laser depaneling machine, which can effectively control the temperature of the laser, ensure optimal performance, extend the service life, and improve the stability and reliability of the PCB laser depaneling machine.
The 2024 Paris Olympics is a grand event in global sports. The Paris Olympics is not only a feast of athletic competition but also a stage for showcasing the deep integration of technology and sports, with laser technology (laser radar 3D measurement, laser projection, laser cooling, etc.) adding even more vibrancy to the Games.
Laser welding plays a crucial role in the manufacturing of medical devices. Its applications in the medical field include active implantable medical devices, cardiac stents, plastic components of medical devices, and balloon catheters. To ensure the stability and quality of laser welding, an industrial chiller is needed. TEYU S&A handheld laser welding chillers provide stable temperature control, enhancing welding quality and efficiency and extending the welder's lifespan.
The low-altitude economy, driven by low-altitude flight activities, encompasses various fields such as manufacturing, flight operations, and support services, and offers broad application prospects when combined with laser technology. Utilizing high-efficiency refrigeration technology, TEYU laser chillers provide continuous and stable temperature control for laser systems, promoting the development of laser technology in a low-altitude economy.
TEYU Chiller remains committed to staying at the forefront of laser cooling technology. We continuously monitor industry trends and innovations in blue and green lasers, driving technological advancements to foster new productivity and accelerate the production of innovative chillers to meet the evolving cooling requirements of the laser industry.
Ultrafast laser technology, enabled by advanced cooling systems, is rapidly gaining prominence in aircraft engine manufacturing. Its precision and cold processing capabilities offer significant potential to enhance aircraft performance and safety, driving innovation within the aerospace industry.
Laser technology impacts manufacturing, healthcare, and research. Continuous Wave (CW) Lasers provide steady output for applications like communication and surgery, while Pulsed Lasers emit short, intense bursts for tasks like marking and precision cutting. CW lasers are simpler and cheaper; pulsed lasers are more complex and costly. Both need water chillers for cooling. The choice depends on application requirements.