Effective management of heat generated by the light source is the basis for designing a complete LED technology solution.
Ensuring adequate cooling within specified operating temperatures is critical to the longevity and reliability of your product. Although modern light-emitting diodes are very efficient, a significant portion of the energy generated by LEDs is still converted into heat. Overheating of LED chips can be caused by inadequate heat dissipation or simply excessive power. It is also worth remembering that even a properly designed luminaire can be damaged by overheating if used in an environment for which it was not intended. LEDs operating at excessively high temperatures suffer from excessive degradation of the luminous flux and change the color of the light. Therefore, in order to achieve optimal performance, stability of parameters over time, and reliability of the LED system, it is extremely important to properly manage the heat from the LEDs (in the luminaire).
If you care about optimal thermal management in your devices, tell us your requirements and we can help you with every aspect of your project.
Thermal design is an indispensable element of every electronic device that uses light-emitting diodes. The scope of the design should cover not only the structural elements of the fixtures, i.e., heat sinks, but also the appropriate selection of LED chips in terms of type and power, circuit design, type and thickness of PCB tracks, selection of printed substrate type and thickness, use of thermal pads, as well as the method of assembly and heat transfer from the module to the housing. So if you need help in this area, you’ve come to the right place.
A properly designed heat dissipation system significantly extends the life of LEDs and protects them from degradation. Thanks to our solutions, your products will maintain full performance for many years – even in demanding operating conditions.
We use various solutions: passive heat sinks, active cooling, materials with high thermal conductivity, hybrid designs. We always select the method according to the actual operating conditions and luminaire design, rather than following a standard pattern.
We understand that thermal design does not work in isolation from the rest – that is why our approach combines heat management with LED module and housing design. This ensures that the entire system works coherently and without losses resulting from mismatched components.
On request, we conduct simulations and thermal tests (including temperature distribution, brightness degradation, parameter stability). This ensures that the finished product does not overheat and meets the end customer’s expectations, including in terms of safety.
While implementing projects in the field of heat management in LED systems, we have noticed several common problems. The most significant ones include:
If you are facing similar or other challenges in your project, we will be happy to share our experience and look for solutions. All you have to do is make the first move!
If you are wondering whether our services meet your needs, please use the form on the right and tell us about your idea. The initial analysis is non-binding and will allow us to quickly determine whether and how we can help you achieve your goals.
We provide a range of engineering services in the field of electronics and mechanics, focused on LED technology, at every stage of the production process. Whether you need support at all stages of the process or only at certain stages, we offer our knowledge, experience, and technological resources.
