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The Netherlands is an epicenter of food & agri technology development worldwide. Being a small country with limited space, agrifood innovations have always been high on the agenda. Our extensive mechatronics knowledge fits perfectly with the challenges in this market. Whether it is optics and vision, or robotics and automation, we can offer you the right multidisciplinary team of engineers to assist you in research, development, system integration, realization and validation.
Because of the nature of food & agri applications, two of our technical capabilities stand out. In this sector, it is all about natural products which generally means a (extremely) high degree of variation. Our extensive experience with optical sensoring, hyperspectral measurements, and vision-based image recognition are key to food & agri development projects. Furthermore, artificial intelligence is an invaluable tool in analyzing and generating images to train algorithms for improved performance, cost reduction and more. So tap into our specialized knowledge base of (AI) engineers to find a solution for your challenges in arable farming, horticulture, livestock farming sectors, and the food industry.

By leveraging our expertise in optics and vision, robotics and automation, we support customers with their challenges in staff shortage, animal welfare and regulations. We deliver high-quality solutions and market-ready systems for processing, quality control and distribution. We do this by making use of multidisciplinary product development, system integration, industrialization and production technology.
We believe in the power of partnerships. So, to deliver as promised, we combine expertise, experience, and domain knowledge to create a winning team. Working side-by-side, creating shared value.



Guaranteeing drinking water quality and preventing water spillage requires good management of the huge pipeline networks. Commissioned by the drinking water companies, recently united in the company SubMerge, we have developed a prototype inspection robot.
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Lightning-fast internet via glass fiber – that’s what everyone wants. But one tricky point in roll-out is the manual connection of two fiber ends. That demands accuracy, takes time and requires skills. TE Connectivity developed a connector that lends itself to automatic processing by a so-called Light Plug Tool.
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Exposing a component to a very high heat load is complex. Especially when the component is the size of a straw. To make sure the component actually survives this volumetric heat load Demcon developed a setup that can simulate the actual heat load on a similar component.
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Conventional spherical lenses suffer from spherical aberration. Therefore freeform – often aspherical – lenses have become popular in lithography, aerospace, astronomy and microscopy as well as in (smartphone) photography.
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