Accelerate Food & Ingredient R&D

Automate tedious assessment of plates and let AI-powered image analysis provide insights to improve your food & ingredient-related research.

Trusted by industry leaders

The issue today

Manual methods and outdated equipment

In food and ingredient 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.

With Reshape

Digitize your R&D experiments

Reshape simplifies image capture and analysis for plate-based assays in food and ingredient testing. From microbial growth tracking to spoilage detection and color measurement, our platform uses AI to eliminate errors from manual evaluations. By automating these assays, Reshape delivers faster, more accurate results—helping you focus on advancing R&D, not managing tedious analysis and inspections.

How it works

Reshape’s robots seamlessly capture high-resolution data from plates.

Real-time image analysis unlocks insights into complex food traits, from microbial growth on plates to surface changes, providing actionable results in an instant.

Data ready to share

Your results sync to the cloud for instant access, export to LIMS, or integration into your workflow.

Without Reshape

  • Replace manual processes with automation, saving hours of work.
  • Standardize workflows to ensure reproducibility across labs.
  • Scale high-throughput experiments without compromise.
  • Extract insights at every timepoint with timelapse monitoring.

With Reshape

  • Manual processes consume valuable time and resources.
  • Inconsistent workflows lead to variable results across labs.
  • Limited scalability restricts the ability to handle high-throughput experiments.
  • Key insights are missed due to reliance on single timepoint observations.

Food & Ingredients

application

The best in class solution for colony counting that actually works

Highly accurate and time-resolved radial growth assays

Evaluate inhibitory strain properties and inter-species competition through automated growth detection and quantification using Reshape technology

Start accelerating your lab

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