Advanced imaging
Light-sheet microscopy captures parallel EVs and 3D cell structures, while structured illumination preserves nanoscale detail across heterogeneous samples.
Highlights
Accuracy
Single Vesicle Fidelity
Structured Illumination and Lightsheet microscopy for reliable single vesicle analysis,phenotyping and biomarker colocalization.
Scalability
Optofluidic Integration in Single Glass Chip
Femtosecond laser fabricated optofluidic components in a single glass chip enable alignment-free, compact, and scalable design.
Automation
Throughput and End-to-end Orchestration
Automated microfluidic control for high-throughput data acquisition and AI-powered real-time analysis.
Mission
Turning vesicle messaging into routine diagnostics
Lumnora delivers a compact imaging flow cytometer that listens to the extracellular vesicle traffic of every cell. In one automated run, labs gain the sharpness of super-resolution microscopy, the sensitivity of light-sheet microscopy, the throughput of cytometry, and AI-ready datasets that translate straight into clinical programs.
- EV
Biology decoded
Single vesicles become rich biomarker sources, not noisy background.
- AI
Insight on demand
Automated analytics turn imaging runs into decision-ready dashboards.
- AIO
All-in-one instrument
First platform to combine spatial and molecular information for end-to-end EV characterization.
Technology
Platform built for clinical adoption
Photonics, microfluidics, and AI collapse into one workflow so teams move from raw biofluids to vesicle signatures in a single session.
Microfluidic orchestration
Automated sample handling keeps vesicle streams aligned without manual intervention.
AI decision engine
Edge AI delivers instant annotations and orchestrates downstream decisions.
>2x resolution >95% detection
>50k EVs/min >5x throughput
~90% faster analysis
Research proof points
Validated technology for high clinical impact
Strategic partnerships convert optical breakthroughs into validation data and regulatory-ready workflows.
Validated proof-of-concept
Four papers on technology and multi-cell applications, backed by two key patents.
Partner-driven roadmap
Prototype adaptation for EV analysis in a user-oriented development. Early collaborations provide fast feedback to finalize a platform for real clinical needs.
Regulatory runway
Long-term roadmap toward clinical adaptation, building the evidence and compliance needed for medical device certification.
Team
Leadership & Advisors
Operational TeamPhD Physics
Giulio Coccia
CEO
Driving force behind Lumnora: uncovered the market opportunity, assembled the team, and built a strong early network in the EV field.
Operational TeamMSc Biomedical Eng
Niccolò Rondelli
CTO
Bridging biology and AI: leads tech development with a background in EVs, biomedical engineering, and AI.
Operational TeamMSc Mgmt Eng
Federico Nobili
CFO
Actively involved in entrepreneurial and investment projects alongside his financial background.
Scientific AdvisorsPhD Physics
Andrea Bassi
Microscopy
Politecnico di Milano professor steering optical architecture and integration.
Scientific AdvisorsPhD Electronic Eng
Francesca Bragheri
Photonics
CNR researcher advancing the optofluidic chip and photonic miniaturisation.
Scientific AdvisorsPhD Physics
Petra Paiè
Microfluidics
Politecnico associate professor leading microfluidic automation and reliability.
Contact
Schedule a deep dive
Share your diligence focus. We circulate the data room, roadmap, and connect you with technical leadership.
- Investors: Access the business model and long-term roadmap.
- Researchers: Explore pilot opportunities and joint assay development.
- Clinicians: Evaluate how Lumnora fits into your evidence-generation pipeline.
Ready to dig into the data room or book time with the team? Drop us an email and we will reply within two business days.
Attach your brief or diligence checklist if available.