Coolingstyle

CO₂ lasers generate high heat, and poor thermal management for CO₂ lasers often leads to unstable performance, shortened lifespan, or even system failure. Choosing the right water chiller for laser systems is essential for ensuring long-term reliability and precision. The ideal laser cooling system must be compact, precise, and easy to integrate. That’s why we …

What’s the Best Water Chiller for CO₂ Laser Systems? Read More »

355nm UV lasers are essential in PCB marking, DNA sequencing, glass etching, and OLED repair, thanks to their high energy density and ultra-fine precision. But did you know? Only 10% of the input power becomes UV light — the other 90% turns into heat.  That’s why precision cooling is critical for stable laser operation and …

What Is a 355nm UV Laser — And Why Cooling Matters Read More »

Energy costs are rising. Environmental regulations are tightening. In this context, cooling systems that consume less power and reduce emissions are no longer a bonus — they are essential. That’s why our Q580 compact chiller1 stands out. With a power draw of just 200W, Q580 delivers the same cooling performance as chillers that consume over …

Why Does Our Compact Chiller Save Over 3000 kWh of Power Per Year? Read More »