Accelerate Agricultural R&D with Automated Imaging and AI-powered Image Analysis
Automate tedious assessment of plates and let AI-powered image analysis provide phenotypic insights to improve your research.
Trusted by industry leaders
.jpeg)
Manual methods and outdated equipment hinder progress
In agricultural R&D, manual methods pose significant challenges to throughput and productivity. Manual measurements and assessment of assays are not only labor-intensive and tedious, but also introduce subjectivity and impact assay reproducibility.
Automate and digitize your agricultural experiments with the help of plug & play robotics and AI
The Reshape Imaging System automates image acquisition and constantly monitors your experiments. AI analysis models eradicate error-prone human assessments, allowing for the quantification of intricate phenotypes like seed germination rate, shoot-root ratio, biocontrol potency, or disease severity. Reshape can automate any assay that relies on manual visual inspection.
How it works
Image
Insert any plate format — petri dish, omnitray, 96-well plate, etc. — into the Reshape Imaging System with its integrated incubation feature
Analyze
AI-based computer vision models automatically deliver insights, such as CFU counts and growth rates, and are adaptable for configuration to analyze various other phenotypes
Store
Export results seamlessly to LIMS, in CSV format, or directly to Excel
Without Reshape
- Cumbersome manual recording slows down assay efficiency
- Challenges in manually assessing complex phenotypes
- Subjectivity causes variability in visual inspections
- Manual processes hinder experiment scalability
- Narrow focus on specific time points limits overall understanding
- Difficulty discerning nuanced details in complex phenotypes manually
- Inconsistencies in visual assessments compromise result reliability
With Reshape
- Continuous experiment monitoring
- Access to timepoint data with timelapse function
- Enhanced insights via customized image analysis
- Minimized repetitive manual tasks through robotics and AI
- Elimination of error-prone human assessments through automated analysis
- AI image analysis enables assessment of highly complex phenotypes
- Automation of analysis for assays, replacing manual visual inspection, by combining an imaging system with AI-powered image analysis.
Agriculture
application
.gif)
.gif)
Seed germination
Automatically analyze complex phenotypes like germination rate, root growth, and time-to-germination with Reshape
.gif)
Let's talk
Leave your details to book a meeting.
