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You are here: Home1 → Phenotyping Installations

Phenotyping Installations: Precision Engineering for Plant Science

At WIWAM, we excel in crafting comprehensive, in-house solutions for plant phenotyping that go beyond mere equipment. Our installations represent cutting-edge engineering combined with biological expertise, meticulously designed to meet the evolving needs of modern plant science.

Customization and Flexibility
WIWAM’s phenotyping installations are renowned for their unparalleled flexibility and scalability. Whether for basic research or applied science, our systems can conduct detailed analyses across different plant growth stages and varying environmental conditions.

Advanced Design Features
Each phenotyping installation can be equipped with advanced features designed to streamline the research process, including:

  • Automated watering and nutrient delivery systems
  • Adjustable lighting arrays that mimic natural light cycles
  • Tracking each individual plant, while randomizing their location.
  • Sophisticated sensors monitoring everything from humidity to CO2 levels

Seamless System Integration
A key advantage of WIWAM installations is their ability to integrate seamlessly into existing research frameworks. Our engineers work closely with clients to ensure each installation enhances their current workflow, minimizing disruption while maximizing research output.

The WIWAM Advantage
Choosing a WIWAM installation means investing in a solution that grows with your research needs. Our systems are designed not just for today’s challenges but are adaptable for future advancements in plant phenotyping. With WIWAM, researchers gain a partner who understands the intricacies of phenotyping technology and is dedicated to delivering solutions that push the boundaries of what’s possible in plant research.

Elevating research, automating routines.

Contact us today for a personalized demonstration or more information.

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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Nieuwendorpe 14
9900 Eeklo, Belgium

+32 9 219 93 85
info@wiwam.com

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