Chiller Application Videos
Chiller Application Videos
Discover how TEYU industrial chillers are applied across various industries, from fiber and CO2 lasers to UV systems, 3D printers, laboratory equipment, injection molding, and more. These videos showcase real-world cooling solutions in action.
Brass laser cutting can become unpredictable, not due to insufficient laser power, but because of its high reflectivity and rapid heat feedback. Reflected energy may destabilize the laser source, while uneven heat buildup can compromise edge quality and consistency. In real production, stable temperature control often determines whether the cutting process remains repeatable or becomes erratic.
TEYU CWFL-2000 fiber laser chiller helps manage this challenge by maintaining a balanced thermal environment. Its dual-circuit temperature control independently cools the laser source and optics, reducing thermal interference and absorbing excess heat during brass processing. Rather than increasing power, this approach focuses on stabilizing system, ensuring more consistent performance under demanding reflective material conditions.
TEYU CWFL-2000 fiber laser chiller helps manage this challenge by maintaining a balanced thermal environment. Its dual-circuit temperature control independently cools the laser source and optics, reducing thermal interference and absorbing excess heat during brass processing. Rather than increasing power, this approach focuses on stabilizing system, ensuring more consistent performance under demanding reflective material conditions.
2026
05
06
In high-reflective thin sheet cutting, 6kW fiber lasers offer advantages in speed and edge quality—but only when thermal conditions are controlled. Rapid heat buildup and reflected energy can disrupt beam stability, especially during long runs. In such cases, effective cooling is not just about capacity, but about how accurately heat is managed.
TEYU CWFL-6000 fiber laser chiller goes beyond basic cooling with ±1°C stability to minimize micro-fluctuations affecting cutting uniformity. Dual independent cooling circuits manage the laser source and optics separately, reducing thermal interference in reflective material processing. With intelligent control and RS-485 communication, it adapts to ambient changes and workloads in real time, helping maintain a stable environment for consistent thin-sheet cutting.
TEYU CWFL-6000 fiber laser chiller goes beyond basic cooling with ±1°C stability to minimize micro-fluctuations affecting cutting uniformity. Dual independent cooling circuits manage the laser source and optics separately, reducing thermal interference in reflective material processing. With intelligent control and RS-485 communication, it adapts to ambient changes and workloads in real time, helping maintain a stable environment for consistent thin-sheet cutting.
2026
04
30
When laser cutting tiny and intricate parts, thermal stability is essential for maintaining dimensional accuracy and clean edges. Even small temperature fluctuations can affect beam consistency. An industrial chiller like the CWFL-1500 provides precise cooling for fiber laser systems, ensuring stable performance and repeatable results in fine-detail applications.
With a dual independent cooling circuit, it regulates both the laser source and cutting head, minimizing thermal interference. Its intelligent control system adjusts cooling in real time, improving efficiency and maintaining stable operation. For precision processing, a reliable laser chiller helps enhance product quality and support long-term production stability.
With a dual independent cooling circuit, it regulates both the laser source and cutting head, minimizing thermal interference. Its intelligent control system adjusts cooling in real time, improving efficiency and maintaining stable operation. For precision processing, a reliable laser chiller helps enhance product quality and support long-term production stability.
2026
04
22
As ultra-high-power 40kW fiber laser cutting systems enter heavy industrial applications, thermal management becomes a critical factor in ensuring stable and safe operation. The CWFL-40000 fiber laser chiller is engineered to provide high-capacity, dual-circuit cooling for both the laser source and cutting head, maintaining precise temperature control under continuous full-load conditions.
Built for demanding production environments, the CWFL-40000 delivers efficient heat dissipation, intelligent monitoring, and reliable system protection. Stable cooling helps maintain consistent laser output, protect high-value components, and support long-term operation. For manufacturers and end users adopting 40kW fiber laser technology, the CWFL-40000 offers a scalable and dependable industrial cooling solution.
Built for demanding production environments, the CWFL-40000 delivers efficient heat dissipation, intelligent monitoring, and reliable system protection. Stable cooling helps maintain consistent laser output, protect high-value components, and support long-term operation. For manufacturers and end users adopting 40kW fiber laser technology, the CWFL-40000 offers a scalable and dependable industrial cooling solution.
2026
03
04
In modern sheet metal workshops, multiple 3000W fiber laser cutting machines often operate simultaneously, placing high demands on cooling stability and consistency. TEYU CWFL-3000 fiber laser chiller is engineered to deliver reliable dual-circuit temperature control for both the laser source and cutting head, helping maintain stable laser output and uniform cutting performance across continuous production runs.
Designed for industrial environments, the CWFL-3000 supports long operating hours with efficient heat dissipation and intelligent control. Stable cooling reduces thermal stress, improves cutting accuracy, and enhances system reliability. For fiber laser cutting machine manufacturers seeking dependable 3kW cooling solutions, the CWFL-3000 offers a proven and scalable option.
Designed for industrial environments, the CWFL-3000 supports long operating hours with efficient heat dissipation and intelligent control. Stable cooling reduces thermal stress, improves cutting accuracy, and enhances system reliability. For fiber laser cutting machine manufacturers seeking dependable 3kW cooling solutions, the CWFL-3000 offers a proven and scalable option.
2026
02
26
TEYU CWUL-10 UV laser chiller provides precise temperature control for mirror laser sandblasting machines, where stable UV laser performance is essential for clear patterns and uniform surface treatment. During continuous processing, UV laser sources generate heat that can affect beam stability and engraving accuracy. The CWUL-10 maintains a stable thermal environment, helping ensure consistent laser output and reliable mirror finishing results.
With high-precision cooling and a compact closed-loop design, TEYU CWUL-10 effectively dissipates heat from sensitive UV laser components while reducing thermal stress. Stable temperature regulation improves process repeatability and extends equipment lifespan, making the CWUL-10 a dependable cooling solution for mirror laser sandblasting and precision surface processing.
With high-precision cooling and a compact closed-loop design, TEYU CWUL-10 effectively dissipates heat from sensitive UV laser components while reducing thermal stress. Stable temperature regulation improves process repeatability and extends equipment lifespan, making the CWUL-10 a dependable cooling solution for mirror laser sandblasting and precision surface processing.
2026
02
20
CWFL-3000 fiber laser chiller is designed to provide stable and efficient cooling for fiber laser cutters operating in metal sheet factories. During continuous cutting of steel, stainless steel, and aluminum sheets, fiber laser sources and cutting heads generate significant heat. CWFL-3000 maintains precise temperature control through a dual-circuit cooling system, helping stabilize laser output and ensure consistent cutting quality.
By delivering reliable heat dissipation under demanding production conditions, fiber laser chiller CWFL-3000 reduces thermal stress on critical laser components and supports long-term system stability. Stable cooling improves cutting accuracy, minimizes downtime, and enhances overall production efficiency, making it a dependable cooling solution for industrial fiber laser cutting applications.
By delivering reliable heat dissipation under demanding production conditions, fiber laser chiller CWFL-3000 reduces thermal stress on critical laser components and supports long-term system stability. Stable cooling improves cutting accuracy, minimizes downtime, and enhances overall production efficiency, making it a dependable cooling solution for industrial fiber laser cutting applications.
2026
02
14
TEYU CWUL-05 UV laser chiller is designed to provide precise temperature control for UV laser markers used in laptop keyboard processing. UV lasers are highly sensitive to thermal fluctuations, and stable cooling is essential to maintain consistent laser output and fine marking quality. By delivering accurate and reliable temperature regulation, CWUL-05 helps ensure clear characters, uniform contrast, and stable marking performance during continuous operation.
With a compact design and closed-loop cooling system, CWUL-05 effectively removes heat from the UV laser source while reducing thermal stress on critical components. Stable temperature control improves process repeatability and extends equipment lifespan, making it an ideal cooling solution for laptop keyboard UV laser marking applications.
With a compact design and closed-loop cooling system, CWUL-05 effectively removes heat from the UV laser source while reducing thermal stress on critical components. Stable temperature control improves process repeatability and extends equipment lifespan, making it an ideal cooling solution for laptop keyboard UV laser marking applications.
2026
02
09
The CO2 100W 3D Galvo Laser Marking Machine (600 × 600 mm) generates continuous heat during high-speed, large-area marking, making stable cooling essential for consistent performance. An industrial water chiller provides closed-loop temperature control for the CO2 laser tube and optical components, helping maintain stable laser output, accurate focus, and uniform marking quality across the entire working area.
By effectively removing excess heat, the industrial chiller reduces thermal stress and extends the service life of key components. Stable cooling also improves process repeatability and system reliability, enabling the CO2 100W 3D galvo laser marking machine to operate efficiently in long production cycles and demanding industrial environments.
By effectively removing excess heat, the industrial chiller reduces thermal stress and extends the service life of key components. Stable cooling also improves process repeatability and system reliability, enabling the CO2 100W 3D galvo laser marking machine to operate efficiently in long production cycles and demanding industrial environments.
2026
02
05
Ultrafast lasers are highly sensitive to temperature changes, which directly affect beam stability and output performance. TEYU ultrafast laser chillers offer ±0.1°C temperature control accuracy, creating a stable thermal environment that helps maintain consistent laser output and reliable processing quality in precision applications.
With precise cooling and stable operation, TEYU precision chillers reduce thermal stress on laser components and support long-term system reliability. Accurate temperature regulation improves process repeatability and overall efficiency, making TEYU a dependable cooling solution for ultrafast laser systems.
With precise cooling and stable operation, TEYU precision chillers reduce thermal stress on laser components and support long-term system reliability. Accurate temperature regulation improves process repeatability and overall efficiency, making TEYU a dependable cooling solution for ultrafast laser systems.
2026
01
30
TEYU Industrial Chiller CW-6000 provides stable temperature control for a 500W CO2 laser cutter used in cutting 3mm carbon materials. During continuous laser operation, effective heat dissipation is essential to maintain laser output stability and cutting accuracy. With an efficient refrigeration system and closed-loop water circulation, the CW-6000 keeps the laser source within a reliable operating temperature range.
By ensuring consistent cooling, the industrial chiller CW-6000 supports clean cuts, stable performance, and long-term operation of the CO2 laser cutting system. Its industrial-grade design and intelligent temperature control make it a dependable cooling solution for high-power CO2 laser applications requiring precision and reliability.
By ensuring consistent cooling, the industrial chiller CW-6000 supports clean cuts, stable performance, and long-term operation of the CO2 laser cutting system. Its industrial-grade design and intelligent temperature control make it a dependable cooling solution for high-power CO2 laser applications requiring precision and reliability.
2026
01
27
Achieving smooth acrylic cutting in CNC machining requires more than spindle speed or precise toolpaths. Acrylic reacts quickly to heat, and even slight temperature changes can cause melting, adhesion, or cloudy edges. Strong thermal control is essential for machining accuracy and consistency.
TEYU CW-3000 industrial chiller provides this needed stability. Built for efficient heat removal, it helps CNC spindles maintain steady temperatures during continuous engraving. By limiting heat buildup, it supports smoother motion, reduces tool wear, and prevents acrylic deformation.
When spindle performance, machining strategy, and dependable cooling align, acrylic cutting becomes cleaner, quieter, and more predictable. The result is a polished finish that reflects a controlled manufacturing process, delivering reliable quality.
TEYU CW-3000 industrial chiller provides this needed stability. Built for efficient heat removal, it helps CNC spindles maintain steady temperatures during continuous engraving. By limiting heat buildup, it supports smoother motion, reduces tool wear, and prevents acrylic deformation.
When spindle performance, machining strategy, and dependable cooling align, acrylic cutting becomes cleaner, quieter, and more predictable. The result is a polished finish that reflects a controlled manufacturing process, delivering reliable quality.
2026
01
16
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