Explore developments across industries where industrial chillers play a vital role, from laser processing to 3D printing, medical, packaging, and beyond.
The ideal cutting speed for a laser cutting operation is a delicate balance between speed and quality. By carefully considering the various factors that influence cutting performance, manufacturers can optimize their processes to achieve maximum productivity while maintaining the highest standards of precision and accuracy.
By preheating the spindle, adjusting chiller settings, stabilizing the power supply, and using suitable low-temperature lubricants—spindle devices can overcome the challenges of winter startup. These solutions also contribute to the equipment's long-term stability and efficiency. Regular maintenance further ensures optimal performance and a longer operational lifespan.
Laser Pipe Cutting is a highly efficient and automated process that is suitable for cutting various metal pipes. It's highly precise and can efficiently complete the cutting task. It requires proper temperature control to ensure optimal performance. With 22 years of experience in laser cooling, TEYU Chiller offers professional and reliable refrigeration solutions for laser pipe cutting machines.
Efficient cooling systems are vital for high-power YAG lasers to ensure consistent performance and protect sensitive components from overheating. By selecting the right cooling solution and maintaining it regularly, operators can maximize laser efficiency, reliability, and lifespan. TEYU CW series water chillers excel in meeting cooling challenges from YAG laser machines.
Ultrasonic welding is the go-to method for various plastic components in electronics, automotive, toys, and consumer goods. Meanwhile, laser welding is gaining attention, offering unique benefits. As laser plastic welding continues to grow in market applications and demand for higher power rises, industrial chillers will become an essential investment for many users.
Operating a laser cutting machine is simple with proper guidance. Key factors include safety precautions, selecting the right cutting parameters, and using a laser chiller for cooling. Regular maintenance, cleaning, and part replacements ensure optimal performance and efficiency.
How does laser welding technology extend the lifespan of smartphone batteries? Laser welding technology improves battery performance and stability, enhances battery safety, optimizes manufacturing processes and reduces costs. With the effective cooling and temperature control of laser chillers for laser welding, the battery performance and lifespan are further improved.
Thanks to its vast manufacturing industry, China has a massive market for laser applications. Laser technology will help traditional Chinese enterprises undergo transformation and upgrading, driving industrial automation, efficiency, and environmental sustainability. As a leading water chiller manufacturer with 22 years of experience, TEYU provides cooling solutions for laser cutters, welders, markers, printers...
Portable induction heating equipment, an efficient and portable heating tool, is widely used in various fields such as repair, manufacturing, heating, and welding. TEYU S&A industrial chillers can provide continuous and stable temperature control for portable induction heating equipment, effectively preventing overheating, ensuring normal operation, and extending the lifespan of the equipment.
During the construction of "OOCL PORTUGAL," high-power laser technology was crucial in cutting and welding the ship's large and thick steel materials. The maiden sea trial of "OOCL PORTUGAL" is not only a significant milestone for China's shipbuilding industry but also a strong testament to the hard power of Chinese laser technology.
UV printers and screen printing equipment each have their strengths and suitable applications. Neither can fully replace the other. UV printers generate significant heat, so an industrial chiller is needed to maintain optimal operating temperature and ensure print quality. Depending on the specific equipment and process, not all screen printers require an industrial chiller unit.
Novel two-photon polymerization technique not only reduces the cost of femtosecond laser 3D printing but also maintains its high-resolution capabilities. Since the new technique can be easily integrated into existing femtosecond laser 3D printing systems, it is likely to accelerate its adoption and expansion across industries.