Robert-Bosch-Straße 35
DE 42489 Wülfrath

Product groups

Product range

MGR-K 400 CHD

MGR-K 400 CHD

The MGR-K 400 CHD is one of the most innovative and flexible luminaire for high pressure discharge lamps.
Many variations of lamps can be used thanks to the separate lamp and ballast housing. Both housings can be connected with each other or separately from one another with aluminum hooks.

The discharge-luminaire series MGR stands for the highest quality in terms of operational safety and durability with a protection class of IP65. The luminaire is made of die-cast and extruded aluminum and meets the technical require-ments for research greenhouses, botanical gardens or seed breeding companies. Ballast and luminaire housing can be connected or mounted separately from one another. A high-pressure sodium discharge-lamp (HPS) or a ceramic-metal halide discharge-lamp (sun-like) can be used with the MGR-K.

Product range

LED-KE 400 VSP

LED-KE 400 VSP

The LED-KE 400 VSP is an efficient high-performance LED-luminaire for botanical gardens, research institutes and for the horticultural industry. The luminaire generates sun-like light with a high color rendering index (CRI > 94) with a pow-er of 360 W. The latest driver technology allows flicker-free dimming of the LEDs at 1 to 100% power through amplitude control.

Our contribution to sustainability:

With the LED-KE 400 VSP it is possible to exchange all components and thus the luminaire is particularly sustainable, since only a one-time purchase of the housing is necessary. A repair or an update can be carried out at any time.

Product range

LED-KE 308

LED-KE 308

The LED-KE 308 is our most flexible LED-luminaire for plant research. With this luminaire, a total of 8 channels can be regulated and controlled independently of one another. With the LED-KE 308 it is possible to set a sun-like light spectrum with different color temperatures. Despite the low connected load of 320 watts, the photon radiation at 100% power is approx. 760 μmol/s. Each light channel can be dimmed flicker-free thanks to amplitude dimming from 100–1 % power.

Our contribution to sustainability:

With the LED-KE 308 it is possible to exchange all components and thus the luminaire is particularly sustainable, since only a one-time purchase of the housing is necessary. A repair or an update can be carried out at any time.

Product range

LED-MID

LED-MID

The LED-MID system has been designed for shelves and tables with medium light intensities and is available in two spectra and various lengths. The LED-MID is ideal for plant production in multi-layer culture systems for research and vertical farming. The drivers and LED circuit boards are integrated into a high-quality extruded aluminum profile. The electrical feed is made by a 5-pin IP65 Wieland connector system for the load and control side.

Our contribution to sustainability:

All components of the luminare are Made in Germany and can be easily exchanged.

Company profile

For all horticultural applications, we offer efficient LED luminaires and modern high-pressure discharge lamps like high-pressure sodium and ceramic metal halide lamps. With their high-quality housings, our luminaires are versatile and well suited for research as well as for horticultural industry.

The LED-KE 308 is the new high-performance luminaire which was developed especially for plant research. With the LED-KE 308 it is possible to regulate 8 different light channels individually. An UV light application is possible with the LED-KE UV to investigate specific plant physiological processes. In addition to adjustable research lights for commercial horticulture, we have developed an LED luminaire (LED-KE 400 VSP) that emits a sun-like light spectrum that is well suited for most crops.

We also developed highly efficient and flexible lighting systems for vertical farming applications.

With pleasure we offer you complete solutions for your project and accompany you from the initial idea to implementation.

Visit us in hall 3 - Stand 3A60 - we are looking forward to see you on the IPM 2023.

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