loading
Language

How TEYU CWUP-20 Helped a CNC Manufacturer Boost Accuracy and Efficiency

TEYU CWUP-20 ultrafast laser chiller delivers ±0.1°C temperature stability, ensuring consistent precision in high-end CNC machining. Proven in a leading manufacturer's production lines, it eliminates thermal drift, boosts yield, and enhances efficiency for industries like 3C electronics and aerospace.

For an advanced CNC machine manufacturer, maintaining consistent machining accuracy across its production lines was a persistent challenge. High-speed ultrafast lasers, while delivering exceptional cutting performance, were highly sensitive to temperature changes. Even minor thermal drift could lead to micron-level deviations, affecting product quality and increasing rework rates.


To solve this, the manufacturer standardized the TEYU CWUP-20 ultrafast laser chiller as its dedicated cooling solution. With ±0.1°C temperature stability, the CWUP-20 ensures the laser system operates within an optimal thermal range, effectively eliminating cutting deviations and beam fluctuations. The result was a significant improvement in machining consistency, reduced production errors, and enhanced yield rates.


Engineered with a compact footprint and intelligent control system, the CWUP-20 chiller is tailored for high-end manufacturing environments where precision is non-negotiable. Its proven performance in sectors like 3C electronics and aerospace makes it a reliable choice for any manufacturer seeking to achieve stable, high-quality output in laser CNC machining.


How TEYU CWUP-20 Helped a CNC Manufacturer Boost Accuracy and Efficiency

prev
How Chiller CW-5200 Keeps UV LED Curing Systems Running at Peak Performance

We're here for you when you need us.

Please complete the form to contact us, and we'll be happy to help you.

Home       Products          SGS & UL Chiller       Cooling Solution       Company       Resource       Sustainability
Copyright © 2025 TEYU S&A Chiller | Sitemap    Privacy policy
Contact us
email
Contact customer service
Contact us
email
cancel
Customer service
detect