Control cellular activity through Graphene optoelectronics
Precision tools to modulate excitable cells - from neurons to cardiomyocytes
Proven Technology Across Excitable Systems
Cutting edge platforms powered by graphene optoelectronics
Pioneering research driving the future of bioelectronics.
Our Products
News
The latest updates and announcements from Nanotools.
Our breakthrough graphene neural interface technology has been published in Nature Communications, demonstrating its potential safely and effectively modulate brain activity with high precision.
Optical stimulation of cardiomyocytes using graphene based on photothermal conversion.
Our study demonstrated that graphene-based optoelectronic biointerfaces can non-invasively control the electrical activity of cardiomyocytes using light alone, establishing a foundation for next-generation wireless cardiac stimulation and bioelectronic therapies
Our Research
Our Technology
Innovative solutions designed to modulate cellular functions.
Non-genetic neuromodulation with graphene optoelectronic actuators for disease models, stem cell maturation, and biohybrid robotic
Graphene-mediated optical stimulation validated in neurons and cardiac tissue through peer-reviewed studies.
From neural networks to cardiac tissue, graphene interfaces translates light to biological electrical activity.
One platform. Multiple Organs. Real-Time Control
Advancing life through precision bioelectronics
Our Mission
We harness the unique properties of graphene optoelectronics to unlock new possibilities in neuroscience, cardiology and beyond
Ready to Transform Your Research?
Tell us about your assay, screening needs, or microscopy setup — we’ll tailor a GraMOS solution with PhotonMaker and graphene substrates.