Our patented greenhouses

Artigianfer research and development

Innovating, investing in research and development, has always been part of our DNA. In a constantly evolving market such as the greenhouse market, our company plays a leading role in the creation of new products and cutting-edge solutions. We have been pioneers in the use of innovative materials and we have launched patented greenhouses without equal in the sector, such as the Teia and Combilux greenhouses.

Teia Greenhouse

The Teia greenhouse has been designed to go beyond the traditional solar greenhouse. Our design office has studied a particular arrangement of the photovoltaic roof panels, which can operate as a mono-axial tracker, in a V shape similar to the wings of a butterfly. They are arranged in a position that allow themselves to store more solar energy (about 20-25% more) than a traditional photovoltaic greenhouse.


With Combilux greenhouse, Artigianfer has reached the maximum of versatility. The Combilux greenhouse can be built partially or completely open, with internal or external shading screens and insulation. Moreover, the farmer has the possibility to buffer it, according to his needs, with many different materials: glass, polyethylene of various nature and brightness, rigid plastic material and also thermoplastic ethylene.

F-Clean roofs greenhouses

Artigianfer has been the pioneer company in Europe in the use of F-Clean material for the roofs of the Multichapelle and Multispan greenhouses. We have verified that this particular plastic material has a great light transmission capacity in greenhouses. And not only that, but also in terms of longevity, F-Clean guarantees a resistance of at least 20 years more than traditional polyethylene films, without the need to be replaced every 3-4 years.

Semi closed greenhouses

When both heat and cold are required for cultivation, Artigianfer proposes its semi closed greenhouses, an innovative and cutting-edge solution. They have a special air conditioning system that recycles the air forcing it and treating it in such a way as to guarantee more air exchange during the year. This allows to better control ventilation and climate parameters and limit external contamination.

Greenhouses systems
climate, hydraulics, innovation