WIWAM is an ecosystem of automated plant phenotyping machines and tools.

WIWAM brings together cutting-edge technology and expert design to offer unparalleled precision in plant phenotyping. Our automated systems streamline complex research processes, making accurate data collection faster and more reliable.

WIWAM is an ecosystem of automated plant phenotyping machines and tools.

WIWAM brings together cutting-edge technology and expert design to offer unparalleled precision in plant phenotyping. Our automated systems streamline complex research processes, making accurate data collection faster and more reliable.

Welcome to WIWAM

Welcome to WIWAM, a dynamic branch of the renowned Belgian machine builder SMO, specializing in advanced plant phenotyping systems. Our team is committed to innovation, providing reliable, custom automation solutions that streamline research and foster scientific breakthroughs. Join us in accelerating plant science research.

A Complete Plant Phenotyping Ecosystem

Wiwam is an integrated ecosystem for plant phenotyping. Our approach combines advanced robotics, high-end imaging technology, and sophisticated data management systems. From concept to implementation, Wiwam offers end-to-end solutions for researchers and breeders. Our ecosystem seamlessly connects hardware, software, and expertise, enabling precise plant analysis, efficient data collection, and insightful interpretation.

Our Expertise

Phenotyping Installations

Advanced systems for precise and detailed analysis of plant characteristics, helping you to optimize crop performance and research outcomes.

Camera Technology

Innovative cameras that provide detailed and accurate image capture, ensuring high-quality data for your projects and studies.

Data Management

Efficient solutions for seamless data collection, secure storage, and thorough analysis, enabling you to manage large datasets effortlessly.

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Custom Solutions

Offering both standard solutions and tailored options to meet specific requirements, ensuring flexibility and adaptability for all your needs.

Our Expertise

Case study: Agro Incubator

AgroIncubator gripping plants


CASE STUDY

Agro Incubator

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.

Case study: Plant to sensor table



CASE STUDY

Plant to sensor table

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.

Case study: 3D scanning cart



CASE STUDY

3D scanning cart

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.

Case study: Rhizotron “Rootshoot”



CASE STUDY

Rhizotron “Rootshoot”

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.

Case study: NPEC Greenhouse



CASE STUDY

NPEC Greenhouse

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.

References

 
NPEC
APPF
Justus Liebig Universität Giessen
BASF
Aphea
WUR
VIB
SLU
UAdelaide
Ugent
Rijkzwaan
SES Vanderhave
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