EUV Lithography & Laser Technology

Each industry requires differentiated cooling solutions tailored to the specific application. With us, you not only have the option to configure the optimal solution for your product but also gain a competent partner in thermal management.
EUV lithography laser boxes

Laser Technology and Efficiency

Laser technology is a forward-looking industry that plays a key role in numerous applications and sectors. From medical technology and material processing to telecommunications and research, lasers are increasingly being used due to their precision and efficiency. Lasers offer unique possibilities for cutting, welding, or engraving materials, as well as applications in optical communication and medical procedures. However, this versatile use also brings technical challenges, particularly concerning system cooling.

Since lasers release significant amounts of energy during operation, substantial heat is generated simultaneously. Effective cooling is essential to prevent overheating and maintain laser performance. The choice of cooling systems depends on the laser's power and application. For smaller applications, passive cooling, such as heat sinks, may be sufficient. However, for high-power lasers used in industry or research, complex liquid cooling systems are often required to efficiently dissipate the generated heat.

Properly optimized cooling not only ensures smooth operation but also extends the lifespan of laser components. Especially in laser technology, where precision and reliability are critical, cooling plays a central role in ensuring the stability and performance of lasers over the long term. Efficient cooling significantly contributes to the competitiveness and quality of laser systems.

Recommendations
Product recommendations by our thermal management experts
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Bonded Fin Heat Sinks
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Single-Sided Pressed Tubes
Single-sided pressed copper, aluminum, or stainless steel tubes for high power losses. (...)
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Thermal Simulation
The application of thermal simulation provides more precise insights into the heat development of your current components. The calculation of cooling systems is complex and dependent on many factors (...)
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Learn more about the manufacturing steps in the Technologies section
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Pressing
Pressing technologies play a crucial role in the production of efficient heat sinks and liquid cooling plates in power electronics. These technologies utilize both force and form fit to create high-performance cooling structures (...)
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Compliance with Tolerances
Each component is checked for exact compliance with tolerances. The specific requirements and test methods can be defined together and range from standardized tolerance tests to precise (...)
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Stainless Steel
Air and liquid coolers are primarily manufactured from aluminum or copper due to their high thermal conductivity. (...)
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