When your system overheats or underperforms, the culprit is often an overlooked chiller sizing mistake1. Don’t let the wrong capacity cost you your productivity. Choosing the right chiller capacity2 is critical—too small, and you risk overheating; too large, and you waste energy and money. It’s all about balance and precision. If you’ve ever wondered why …
The Importance of Choosing the Right Chiller Capacity Read More »
In the precision laser marking industry, two primary methodologies dominate: flying and static laser marking systems. Each technology addresses unique industrial needs with its specialized capabilities. Understanding their distinct advantages is crucial for industries seeking the most suitable laser marking system for their specific applications. Insights into Flying Laser Marking Systems Flying laser marking systems …
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Key Features: Applications: The CS-MRC-Q4002451 is designed to meet the specific requirements of IVD equipment, ensuring precise temperature control for consistent and accurate diagnostic results. This chiller is ideal for use in laboratories, medical facilities, and other environments where reliable temperature management is critical to the operation of diagnostic devices.
Ideal for cooling a wide range of laser equipment, including:
10-30W UV nanosecond lasers
30-100W green nanosecond lasers
300-500W infrared nanosecond lasers
10-15W purple picosecond lasers
0-100W green picosecond lasers
0-100W red picosecond lasers
Femtosecond laser technology represents a groundbreaking advancement in light amplification and ultrashort pulse generation. Capable of producing pulses as short as 10⁻¹⁵ seconds, these lasers offer unparalleled precision, energy concentration, and versatility across various industries, from material processing to medical diagnostics. This article delves into the history, mechanism, advantages, and applications of femtosecond lasers, highlighting …
Unlocking the Potential of Femtosecond Lasers: Revolutionary Technology and Applications Read More »
Efficient cooling is critical for maintaining the performance and longevity of CO2 RF lasers. As highlighted by Philip Preston, president of PolyScience, temperature control plays a key role in stabilizing laser output. This is especially relevant as lasers convert only 10-20% of energy into light, with the remaining energy transforming into waste heat. Without effective …
Perfect for:
3-8W UV laser machine; 3-8W UV solid state laser; 30W green laser
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