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You are here: Home1 → Custom Solutions

Custom Solutions: Tailored Phenotyping Systems for Every Research Need

At WIWAM, we go beyond providing standard plant phenotyping systems. We offer a dynamic ecosystem designed to meet the diverse and specific needs of our clients. Our approach begins with a deep understanding of each client’s unique research goals and challenges, allowing us to deliver solutions that integrate seamlessly into existing research processes.

Designing Tailored Phenotyping Solutions

Our ability to design and implement custom solutions sets us apart in the field of plant phenotyping. We leverage:

  • A full spectrum of modular technologies
  • Extensive expertise in plant science and engineering
  • Industry-wide partnerships and collaborations

This combination allows us to develop systems precisely suited to each research project, whether it’s enhancing a single component of an existing setup or building a complex, multi-faceted installation from scratch.

Versatile and Modular Technology Platforms

WIWAM’s solutions are built on versatile and modular technology platforms, ensuring:

  • High degree of customization
  • Adaptability to evolving research needs
  • Scalability for future expansion

Our systems can be tailored to focus on various aspects of plant research, including genetics, environmental stress factors, and disease resistance, always providing relevant and reliable data.

Partnership and Collaboration

We view each client as a partner in scientific exploration. Our collaborative approach includes:

  • Initial consultation and system design
  • Implementation and integration
  • Ongoing support and adaptation

By working closely with researchers throughout the project lifecycle, we empower them with the tools needed to succeed and make significant contributions to their ongoing projects.

Reinforcing Leadership in Plant Phenotyping

Through our commitment to delivering bespoke solutions, WIWAM reinforces its position as a world-renowned leader in plant phenotyping technology. Our customized systems not only meet specific research requirements but also drive innovation in the field, advancing global understanding of plant biology.

Custom solutions to transform plant research.

Contact us today to discuss your unique phenotyping needs and explore tailored solutions that can elevate your research to new heights.

Contact us!
 
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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.

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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.

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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.

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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.

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Case study: NPEC Greenhouse



CASE STUDY

NPEC Greenhouse

The purpose of the machine is to gather information from a field of plants stored in two buffer zones. Each of these plants is kept in plant holders (also referred to as carriers) and is uniquely identified.

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News & Insights

WIWAM Phenotyping systems at the NPEC facilities in Wageningen (NL)

News
Two gantries are fitted into two of the NPEC greenhouse compartments and in the other two conveyor systems are installed with measurement area containing the imaging cabinets. The WIWAM framework ensures smooth integration of a whole set of sensors…
21 May 2021
https://www.wiwam.com/wp-content/uploads/2024/07/Wiwam-Placeholder.jpg 533 800 ludo https://www.wiwam.com/wp-content/uploads/2024/07/Wiwam-Logo.jpg ludo2021-05-21 22:29:002024-07-09 15:16:38WIWAM Phenotyping systems at the NPEC facilities in Wageningen (NL)

Scientific publication in Nature Biotech including WIWAM xy

News
Although drought tolerance is a central concern of plant research, the translatability for crop improvement is relatively low. Here we report on a major contributing factor to this lack of success. Drought tolerance is predominately scored based on an…
17 October 2016
https://www.wiwam.com/wp-content/uploads/2024/07/Wiwam-Placeholder.jpg 533 800 ludo https://www.wiwam.com/wp-content/uploads/2024/07/Wiwam-Logo.jpg ludo2016-10-17 14:05:392024-07-09 15:16:38Scientific publication in Nature Biotech including WIWAM xy

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WIWAM – SMO BV

Nieuwendorpe 14
9900 Eeklo, Belgium

+32 9 219 93 85
info@wiwam.com

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