A Few Case Studies

Dive into a showcase of WIWAM’s most impressive projects, where innovation meets functionality in plant phenotyping. Each installation is a testament to our commitment to advancing plant science, featuring state-of-the-art technology tailored to meet the unique needs of researchers worldwide. From intricate camera systems capturing unprecedented plant details to robust data management platforms maximizing research efficiency, our portfolio highlights the breadth and impact of our work. Join us on a journey through our achievements and see how WIWAM is shaping the future of agricultural research.

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Agro Incubator

Case Study

The purpose of the machine is to acquire information from a field of plants (which are individually located in a pot) that are stored in containers. The pots are uniquely identified with RFID cards.

Plant to sensor table

Case Study

The primary purpose of the machine is to conduct detailed plant research in a field of various plants. This allows researchers to study the growth, health, and responses of the plants under different conditions and treatments.

3D scanning cart

Case Study

The purpose of the machine is to perform regular 3D cloud scans of plants in a greenhouse. These scans are conducted using two dual scan F600 scanners that are arranged in a fixed setup.

Rhizotron “Rootshoot”

Case Study

The primary purpose of the machine is to fill rootshoot sheets with soil, ensuring a consistent thickness of 4 mm. These rootshoot sheets play a crucial role in the rootshoot phenotyper, which is designed to analyze and gather vital information from a field of plants.

NPEC Greenhouse

Case Study

The WIWAM installations at the NPEC Greenhouse, consist of a large-scale conveyor system and 2 gantry systems. The systems occupy the 5 compartments of the NPEC Greenhouse.

Phenoscanner

Case Study

We have developed the Phenoscanner, an advanced yet user-friendly solution designed to streamline the phenotyping process. The machine leverages state-of-the-art image analysis technology to provide rapid, accurate evaluations of crop performance, allowing researchers and breeders to identify the most successful varieties efficiently.

A Few Case Studies

Want to learn more?

Agro Incubator

Plant to sensor table

3D scanning cart

Rhizotron “Rootshoot”

NPEC Greenhouse

Phenoscanner

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