To know more about BioMIS™, contact directly:
Dr. Rohan Nagare
Program Director, BioMIS™
IIT | MS | PhD - Light & Health
Former Senior Scientist, Mount Sinai | NIH Grant Awardee
rohan.nagare@epmdgroup.com
Biologically Relevant Multispectral Imaging System
Beyond seeing anatomy. Toward understanding biology.
From controlled illumination and spectral detection to computation - turning optical responses into biological information for clinical innovators, OEM teams, researchers, and strategic partners.
“The future of surgery will not be defined by seeing more alone, but by understanding more - and turning that understanding into better-informed decisions.”
What Multispectral Imaging can reveal
A broader view of biology
By measuring how tissue absorbs, scatters, and returns light across channels, Multispectral Imaging can surface information that is difficult to distinguish from conventional broadband images alone. Explore the light-tissue science.
Conventional white light
BioMIS™ visualization
What BioMIS™ can open
Spectral channel signals into biological insight
BioMIS™ turns wavelength-resolved measurements into parameters that help partners explore tissue function, composition, and change.
Hemodynamics
Vascular structures and blood-related optical contrast.
Oxygenation
Relative differences linked to oxy- and deoxyhemoglobin spectra.
Perfusion
Spatial and temporal patterns in tissue blood distribution.
Tissue composition
Contributions from lipids, water, and other chromophores.
Structural information
Architecture and microstructure via wavelength-dependent scattering.
Temporal change
How spectral signals evolve with functional dynamics over time.
How signals evolve
Seeing change over time
Beyond a static frame, Multispectral Imaging can track how oxygenation and hemodynamics shift across a dynamic acquisition.
Oxygenation
Hemodynamics
Illustrative / investigational visualizations for technology discussion. Not a claim of a cleared clinical indication or diagnostic performance.
Where BioMIS™ can apply
Surgical Imaging Applications
One platform. Across the surgical spectrum.
The EPMD Multispectral Imaging technology
EPMD's Integrated Technology Stack at BioMIS™
We approach multispectral imaging as an integrated technology stack - not as a light source, camera, algorithm, or software component in isolation.
BioMIS™ brings together controlled illumination, optical detection, acquisition, signal processing, algorithms, and visualization as interconnected layers of one system. Every layer shapes what can be extracted from tissue - and our objective is the complete pathway from controlled light to information.
New to Multispectral Imaging? Read What Is Multispectral Imaging? and The Science of Multispectral Imaging.
EPMD's integrated technology stack at BioMIS™
Collaborate with EPMD
Build with us. At the level you need.
BioMIS™ sits on 30+ years of medical-device experience across illumination, detection, imaging, electronics, software, and manufacturing. Not every partner needs the entire platform - we engage where your technology, application, or stage of development needs us most.
How we can collaborate
Technology & modules
Develop or integrate optical, illumination, imaging, sensing, or electronic modules around a defined requirement.
Algorithms & visualization
Build processing pipelines, derived imaging parameters, application-specific visualization, and AI exploration where it adds value.
Systems, OEM & manufacturing
Co-develop complete imaging systems, integrate into an OEM platform, or take a design from prototype through production.
Clinical & advisory
Collaborate on feasibility, translational studies, and validation - or engage EPMD for architecture, engineering, and regulatory planning.
From a single module to a complete medical imaging system - we engage where we add the most value.
Next step
Explore the EPMD BioMIS™ ecosystem
EPMD is developing multiple technologies within the Multispectral Imaging ecosystem at different stages of readiness. Talk with BioMIS™ leadership about pathways that match your application and stage of development.