The Leaf Carrier distinguishes itself by minimising the thickness of its layers with no detrimental effect on load-bearing capacity. Integrating the LEDs into the profile of the layers maximises cultivation surface per square metre of a controlled environment. Each trolley (2.27 metres in height) can hold up to 15 cultivation layers, resulting in 15 m² of cultivation surface on just 1 m² of floor area!

The mobile, flexible, plug-and-play Leaf Carrier means that no major upfront investment is required. All you need is a room with power supply! Simply start with a single Leaf Carrier and straight away you’ll have yourself up to 15 m² of cultivation surface! Leaf Carriers can be moved anywhere in the room and can be put next to each other for maximum light efficiency. Various options are available in terms of layers, light output and height. Feel free to enquire about the Leaf Carrier that will best suit your cultivation needs.

The LEDs are integrated in the aluminium side profiles on each layer, resulting in an unique, efficient and natural way of heat dissipation to the environment. Therefore, the heat generation on the growth layers is minimised, which makes it possible to create an optimal climate on the Leaf Carrier’s layers.

The Leaf Carrier distinguishes itself by means of its minimalistic, functional, robust and hygienic design. All cables, power supply units and intelligence have been incorporated into the frame of the cultivation trolley. Both the layers and the frame are easy to clean and it is impossible for dirt to build up. Making the Leaf Carrier extremely well suited to being used in climate chambers and in-vitro settings.

Correct positioning of the LEDs and clever use of diffuse light in the layer ensure uniform lighting. What’s more, the high level of light uniformity and minimum heat generation means that the distance between the plants and the layer above can be smaller compared to traditional systems. This ensures a very uniform growth of your crop.

Correct positioning of the LEDs and clever use of diffuse light in the layer ensure uniform lighting. What’s more, the high level of light uniformity and minimum heat generation means that the distance between the plants and the layer above can be smaller compared to traditional systems. This ensures a very uniform growth of your crop.