Learn about industrial chiller technologies, working principles, operation tips, and maintenance guidance to help you better understand and use cooling systems.
Looking for a trusted laser chiller manufacturer? This article answers the 10 frequently asked questions about laser chillers, covering how to choose the right chiller supplier, cooling capacity, certifications, maintenance, and where to buy. Ideal for laser users seeking reliable thermal management solutions.
YAG laser welding machines require precise cooling to maintain performance and protect the laser source. This article explains their working principle, classifications, and common applications, while highlighting the importance of selecting the right industrial chiller. TEYU laser chillers offer efficient cooling for YAG laser welding systems.
TEYU Laser Chiller CWUP-05THS is a compact, air-cooled chiller designed for UV laser and laboratory equipment requiring precise temperature control in limited spaces. With ±0.1℃ stability, 380W cooling capacity, and RS485 connectivity, it ensures reliable, quiet, and energy-efficient operation. Ideal for 3W–5W UV lasers and sensitive lab devices.
In the hot summer, even water chillers begin to face problems such as insufficient heat dissipation, unstable voltage, and frequent high-temperature alarms... Are these troubles caused by the hot weather bothering you? Don't worry, these practical cooling tips can keep your industrial water chiller cool and running stably throughout the summer.
TEYU industrial process chillers deliver reliable and energy-efficient cooling for a wide range of applications, including laser processing, plastics, and electronics. With precise temperature control, compact design, and smart features, they help ensure stable operation and extended equipment life. TEYU offers air-cooled models backed by global support and certified quality.
CO2 laser machines generate significant heat during operation, making effective cooling essential for stable performance and extended service life. A dedicated CO2 laser chiller ensures precise temperature control and protects critical components from overheating. Choosing a reliable chiller manufacturer is key to keeping your laser systems running efficiently.
TEYU offers professional industrial chillers widely applicable to INTERMACH-related equipment such as CNC machines, fiber laser systems, and 3D printers. With series like CW, CWFL, and RMFL, TEYU provides precise and efficient cooling solutions to ensure stable performance and extended equipment lifespan. Ideal for manufacturers seeking reliable temperature control.
Stable temperature control is critical for laser engraving quality. Even slight fluctuations can shift the laser focus, damage heat-sensitive materials, and accelerate equipment wear. Using a precision industrial laser chiller ensures consistent performance, higher accuracy, and longer machine life.
If a water chiller is not connected to the signal cable, it can cause temperature control failure, alarm system disruption, higher maintenance costs, and reduced efficiency. To solve this, check hardware connections, configure communication protocols correctly, use emergency backup modes, and maintain regular inspections. Reliable signal communication is crucial for safe and stable operation.
Plastic laser welding machines come in various types, including fiber, CO2, Nd:YAG, handheld, and application-specific models—each requiring tailored cooling solutions. TEYU S&A Chiller Manufacturer offers compatible industrial laser chillers, such as the CWFL, CW, and CWFL-ANW series, to ensure stable performance and extend equipment lifespan.
TEYU CWFL-6000ENW12 is a compact, high-performance integrated chiller designed for 6kW handheld fiber laser systems. Featuring dual cooling circuits, precise temperature control, and intelligent safety protection, it ensures stable laser operation and long-term reliability. Its space-saving design makes it ideal for demanding industrial environments.
Spring brings increased dust and airborne debris that can clog industrial chillers and reduce cooling performance. To avoid downtime, it's essential to place chillers in well-ventilated, clean environments and perform daily cleaning of air filters and condensers. Proper placement and routine maintenance help ensure efficient heat dissipation, stable operation, and extended equipment life.