Automated plate imaging
Set capture intervals for hands-free endpoint or time-lapse imaging, including continuous capture outside regular lab hours. The imaging device has built-in incubation and supports most plate formats.
Automated imaging and AI analysis for microbiology labs managing plate-based experiments.
Reshape Biotech is an AI-enabled operating system for microbiology labs. It combines imaging devices, automated image capture, analysis models, and the cloud-based Reshape Discovery platform to turn plate-based assays into structured, searchable experiment data. Teams can define experiments, capture endpoint or time-lapse images, analyze results, review trends, and share reports linked to source data. The system is intended to reduce manual documentation and analysis work while making results more consistent and comparable across experiments.
Set capture intervals for hands-free endpoint or time-lapse imaging, including continuous capture outside regular lab hours. The imaging device has built-in incubation and supports most plate formats.
Models extract measurements from images for workflows including viable counts, differential counts, antimicrobial susceptibility, growth kinetics, fluorescence, and colorimetric assays. Industrial applications also include halo zones, turbidity, antagonism, preservative testing, media optimization, and radial growth rates.
Images, results, and metadata are logged together in Discovery, providing searchable records and a traceable history of changes.
Aggregate results from an individual experiment or across experiment history, inspect performance trends across parameters, and create reports that link to the referenced data.
The high-throughput imaging device scans, sorts, and records petri-based samples. The website describes screening rates of up to 600 samples per hour on the product demo page and up to 700 samples per hour for standardized QC workflows.
Manage user access and connect modular devices to the shared cloud platform, supporting expansion across teams or lab sites.
Compare clones or strains across experimental conditions and track growth, metabolite-related signals, or other measured performance trends using structured image-derived results.
Process large batches of petri-based samples with automated capture, review, and sample documentation; workflows can flag outliers for sorting and review.
Measure inhibition zones and related assay outcomes, including antimicrobial susceptibility, halo-zone, and potency workflows.
Capture growth over time and compare conditions to evaluate microbial performance, fermentation productivity, or media settings.
Use the platform's listed models to measure seed germination and pathogen burden, or track insect life-stage parameters such as hatchability, growth, and mortality.
The described ecosystem includes Reshape imaging devices, AI analysis models, and Discovery, a cloud-based platform for petri- and microtiter-plate experiments.
The product demo says the imaging device works with most plate formats. The industrial biotech page lists petri dishes, omnitrays, and microtiter plates down to 384 wells.
Yes. Capture intervals can be set for automated imaging, and the enterprise page describes data collection continuing after lab hours, including during long experiments and weekend workflows.
Listed outputs include viable and differential counts, inhibition measurements, growth kinetics, fluorescence and colorimetric measurements, with additional models for industrial workflows such as turbidity, antagonism, and radial growth rates.
Yes. The site describes sample tracking with metadata and barcodes, automated screening and analysis, outlier review, and digitized sample records for standardized QC testing.
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