Transform your biomedical images into discoveries
Unlock your research and reveal new biomarkers.
Research-validated, AI-powered tools to automate your analyses and ensure reliable results.
Our mission
At QuantaCell, we help R&D teams, biologists, and pathologists unlock the full scientific potential of their biomedical images.
Our software solutions and analytical algorithms, built on Deep Learning and statistical modeling, deliver greater accuracy, reproducibility, and speed.
Our goal
To automate image analysis in order to transform data into actionable insights.
We equip users with tools that enable them to explore, understand, and interpret images—thereby accelerating the discovery of new biomarkers.
What we deliver
More reliable analysis
Our AI models detect and quantify biological structures with significantly higher accuracy than manual analysis, while reducing inter-operator variability.
Time savings and reproducibility
Automate repetitive tasks and standardize your analysis workflows to reliably compare results across studies, instruments, and laboratories.
Discovery and innovation
Leverage large-scale image datasets to uncover new biomarkers and gain deeper insight into pathological mechanisms.
Who is it for?
Why choose QuantaCell?
Since 2014, more than 100 laboratories, hospitals, and pharmaceutical stakeholders have relied on QuantaCell for their biomedical image analysis projects.
Based at the Montpellier IHU, we work in close collaboration with clinical and industrial research teams to design tailor-made, scientifically validated solutions.
- Deep Learning expertise to automate image analysis
- Scientific and methodological support
- Simple and accessible software solutions and analysis services
- Responsive, expert support
- Strong focus on data security
Our team
Experts at the intersection of biology, data, and software. At QuantaCell, our strength lies in a multidisciplinary team bringing together deep expertise in biomedical imaging, data science, artificial intelligence, and software development. Learn more.
An image only has value when it becomes interpretable data. With QuantaCell, turn your images into
knowledge, and your results into discoveries.
Our image analysis software
QuantaCell provides researchers and imaging specialists with intuitive and powerful software solutions to transform complex biomedical images into clear, actionable insights.
Whether you need to analyze histological slides, quantify 3D organoids and tissues, or develop a custom AI-driven imaging solution, our tools combine scientific precision with user-friendly design — helping you save time, enhance reproducibility, and accelerate discovery.
for histological samples
Automatically detects and quantifies your histological slides easily and effortlessly, without requiring bioinformatics expertise. IHC / Fluorescence / Deep learning
for organoids and 3D tissues
Advanced software for 3D cell cultures or primary tissues high-content screening, seamlessly linking statistical analysis with original images via impressive 3D rendering.
for biomedical imaging
- Customized software solutions with ergonomics UIX
- Artificial intelligence for automatic analysis
- Industrialization of analyses in laboratories
Our image analysis services
At QuantaCell, our image analysis services are designed for researchers and companies who need fast, reliable, and turnkey results. This offer is specially adapted for clinical studies, drug screening, and scientific publications.
Our team combines advanced AI tools with scientific expertise to deliver high-quality quantitative data tailored to your specific assays and imaging conditions.
Whether you work with histological slides, 3D organoids, or complex biomedical images, we provide a flexible service that adapts to your project — from single-study analyses to large-scale high-content screening.
For histology
- Automated cell and tissue quantification
- Biomarker detection and pathology scoring
- Custom AI methods tailored to your protocols
For 3D-organoids
- Multi-scale segmentation: nuclei, cells, and organoids
- Extraction of morphological and topological features
- High-content screening (HCS) powered by AI
For biomedical
- Custom AI solutions for all imaging types (CT-scan, MRI…)
- Automated detection, segmentation, and quantification
- Reproducible and interpretable results for research and industry
Our last publications
Our methods and expertise are recognized by the scientific community
through collaborations and peer-reviewed publications
Digitalized organoids
With advanced AI and 3D imaging, we reveal organoid structure and dynamics across scales. From nuclei to full organoids, our analysis delivers actionable data for biomedical innovation.
Linking imaging and immune response
Spatial imaging revealed that NLRC4 loss in tumors correlates with reduced immune infiltration and poor survival in colorectal cancer. Advanced image analysis uncovers key mechanisms of tumor aggressiveness.
Automated high-speed 3D imaging
Notre plateforme automatisée simplifie la culture et l’imagerie 3D des organoïdes, permettant une analyse rapide à différentes échelles. Des cellules individuelles aux structures complètes, l’apprentissage profond quantifie l’organisation des organoïdes avec précision.
AI for pulmonary nodule classification
By uniting deep learning and medical imaging, we deliver accurate pulmonary nodule detection and classification — achieving 89% sensitivity and 86% specificity to support earlier and more reliable diagnoses.
Our partners
Registered address
73 Allée Kléber,
34000 Montpellier, France
Laboratory (in Montpellier’s IHU)
300 av. du Pr Emile Jeanbrau 34090 Montpellier, France
Contact
+33 (0) 9 83 33 81 90