The reliability of industrial UV systems depends largely on the quality of the UV lamps used. At IST METZ, we rely on decades of experience and offer an extensive range of UV lamps that have been specially developed for applications such as curing, drying and sterilisation. They are used in industries that process inks, varnishes and adhesives on a wide variety of materials, including wood, paper, plastic, metal and glass.
Our range includes:
The specific adaptation of the UV lamps to each application enables optimised process quality and performance.
To ensure the highest quality standards, IST METZ manufactures its UV lamps in-house and founded the subsidiary eta plus electronic gmbh for this purpose in 1988. This in-house production guarantees consistently high quality and reliability. Specifically adapted emission spectra are available for various applications, for example standard lamps without doping, lamps with gallium-indium doping, iron doping or lead doping.
Every UV lamp undergoes extensive quality checks. Electrical parameters such as lamp voltage and specific output are carefully checked to ensure the highest technical standards and a long service life. This enables a long service life of up to 2,500 operating hours and offers maximum reliability and performance.
The wireless FLC system (Fast Lamp Change) enables the UV lamps to be changed quickly and easily, minimising machine downtime. The UV lamp can be removed from the lamp unit in a few simple steps, so that the lamp can be changed in seconds. This also makes it easier to clean the lamp and reflector and ensures that the optimum radiation output is always available. This ensures environmentally friendly, energy-saving operation and a long service life for your UV system.
With the HotSwap concept, we offer a flexible solution for switching between UV and LED technology. This technology allows users to react to changing production requirements at any time and utilise the advantages of both technologies. The HotSwap system is compatible across all machines and enables maximum flexibility and performance in production.
