Customized light sources for analytics

Illumination and power supply are decisive factors in analytical chemistry and biology. Optimal illumination, especially through targeted light sources such as UV light in fluorescence analysis or LED units in microscopy, is necessary to ensure precise and clear measurements.

Application in analytics

Do you develop systems and devices for chemical analysis, medical diagnostics or analysis in environmental monitoring? The light sources required for this are not necessarily your core competence? Then we are happy to be your reliable development and manufacturing partner for high-performance lighting solutions and reliable power supplies. We design, develop and assemble robust OEM components that fit seamlessly into your system concept and of course also provide support with integration into your system, as well as with any troubleshooting that may be necessary, product cycle management, EOL and service issues.

In our portfolio you will find a wide range of LED light sources and OEM modules for various UV and VIS applications to achieve optimum illumination of the analyte. If none of the existing components are suitable for your application and/or system, we will be happy to develop customized solutions just for you. Our OEM products are characterized by high robustness and quality, combined with low energy consumption and sophisticated thermal management.

In addition to light sources, we also offer very stable and reliable power supplies or are happy to develop one for your system that ensures an optimum, constant supply to achieve high-quality results and avoid analysis errors.

Products in analytics

ILLUMINATION SYSTEMS

For xenon, mercury, mixed gas and spectral lamps

LED Pulse Controller

Digital controller for pulsed LEDs

EBU Series

Universal electronic ballasts for a wide range of short arc gas discharge lamps up to 1350 W.

Suitable accessories

Do you need accessories? Of course, we offer a wide range of accessories for our products. Whether light guides, replacement lamps, microscope adapters or others.

Illumination is in analytics

Lighting plays a central role in many analytical processes, especially in optical measurement methods such as spectroscopy, microscopy and imaging. The right lighting ensures precise, clear measurements and prevents interference in the analysis.

Optimal light sources for analysis

In chemical and biological analysis, specific light sources are required to illuminate samples and record the relevant data. For example, UV light is used in fluorescence analysis to make certain molecules glow. LED lighting units are also particularly advantageous in microscopy or image analysis, as they provide uniform and customizable illumination.

Consistency of lighting

Stable and uniform illumination is crucial to avoid falsification of the measured values. Particularly in the case of repeated measurements or long-term observations, the lighting must remain constant in order to achieve reliable and reproducible results.

Avoidance of falsifications

In analytical imaging, it is particularly important to avoid reflections, shadows or uneven brightness distributions caused by the lighting. Precisely aligned light sources, such as ring lights or light-guiding fibres, provide uniform illumination and minimize interference.

Power supply in analytics

The quality of the power supply is just as crucial in analytical systems as the lighting. A stable power supply ensures continuous operation of the devices and prevents errors due to voltage fluctuations.

Stable power supply for precise measurements

Analytical devices such as spectrometers, chromatographs, microscopes and laboratory equipment require a constant power supply to provide accurate measurements. Voltage fluctuations can lead to measurement errors or affect the performance of devices, which can lead to unreliable results.

Redundant power supply systems

Especially in scientific and medical analysis, where accurate and error-free results are crucial, redundant power supply systems are of great importance. Uninterruptible power supplies (UPS) ensure that analytical devices continue to work reliably even in the event of power failures and that data is not lost.

Energy efficiency and cost reduction

In modern laboratories and analysis facilities, energy efficiency is becoming increasingly important. An optimized power supply that minimizes energy consumption not only helps to reduce costs, but also extends the service life of the devices and reduces maintenance costs.