Photometric & EMC
Laboratory
Lighting Laboratory
A lighting laboratory is engaged in the study and analysis of various aspects of lighting systems, such as light intensity, light distribution, color of light, and their impact on the environment and human health. The goal of these studies is to design, develop, and test new lighting technologies to ensure efficient, economical, and user-friendly lighting solutions. These laboratories serve lighting manufacturers, designers, as well as scientific and research institutions.
Photometric Laboratory
A photometric laboratory is a type of lighting laboratory that focuses on the measurement and analysis of visible light in terms of its intensity, brightness, distribution, and other photometric characteristics. They are crucial in assessing the quality of lighting, including the luminous efficiency of lighting products and in meeting industry norms and standards. They primarily serve lighting manufacturers, engineers, and lighting designers, providing them with the necessary data for product optimization.
EMC Laboratory
The EMC (Electromagnetic Compatibility) laboratory is engaged in researching and ensuring that electrical and electronic devices do not emit excessive electromagnetic interference (EMI) that can affect the operation of other devices in their vicinity, and that they are resistant to disturbances (EMS) emitted by other devices. The activities of the EMC laboratory are crucial for electronics manufacturers to ensure their products comply with international standards and regulations regarding electromagnetic compatibility.
Our Goals
Ensuring Electromagnetic Compatibility
Testing devices for electromagnetic interference emissions and resistance to disturbances to ensure their seamless cooperation with other devices.
Standards and Regulations
Assisting manufacturers in meeting international and local electromagnetic compatibility requirements, which is crucial for introducing products to global markets.
Development and Optimization of Products
Identification and elimination of potential electromagnetic interference issues at an early stage of product design.
Supporting Sustainable Development
Striving to develop lighting solutions that consume less energy and have a longer lifespan contributes to reducing environmental impact and limiting the consumption of natural resources.
Through precise measurements and analysis of light characteristics, it supports the development of more efficient lighting products, which translates into lower energy consumption and reduction of CO2 emissions.
By ensuring that devices operate without interference and are resistant to disturbances, it contributes to extending the lifespan of electrical and electronic devices, which can reduce electronic waste and the demand for new products.
We set standards in the lighting industry
If you want to be sure that your lighting is efficient, safe and meets industry standards – use our lablumen laboratory.