Protecting Workers. Empowering Patients.
Carbsen LLC builds CNT-based sensing technologies for industrial safety and assistive healthcare
Carbon nanotube sensing systems built on proof, not promise
Carbsen LLC translates peer-reviewed carbon nanotube science into commercial sensing products for industrial safety and assistive healthcare technology.
Assistive Healthcare
A washable smart garment platform integrating ECG, movement, and pulse sensing for AI-powered health monitoring in post-stroke rehabilitation patients and mobility-impaired individuals.
- Washable textile sensing
- Rehabilitation and mobility support
Industrial Safety
A carbon nanotube–based hybrid platform targeting real-time detection of H₂S, NO₂, and VOCs in extreme-humidity petrochemical, oil and gas, and industrial processing environments where conventional sensors can fail.
- Extreme humidity operation
- Hazardous gas detection
- Industrial processing safety
Why CarbSen?
Built on Science. Engineered for Deployment.
Carbsen transforms validated carbon nanotube research into sensing technologies for safer industries and more independent lives.
Proof before product: Most deep tech startups ask you to trust a roadmap. Every sensor layer in Carbsen's platforms has been independently validated and published in peer-reviewed journals. The science is not the pitch. It is the foundation.
At Carbsen, we build on proof—not promise.
• Deep expertise in carbon nanotube materials and thin-film engineering
• Cross-disciplinary experience spanning academia, semiconductor manufacturing, and product development
• Focused on real-world deployment in industrial safety and assistive healthcare markets
• Designed for scalability, reliability, and long-term impact
From nanostructure to useful signal. We connect materials design, device physics, and application needs in one development loop.
01 Engineer the material Tune nanomaterial structure, interfaces, and transport behavior for the target signal. 02 Integrate the surface Build the active material into fibers, textiles, films, or device-ready architectures. 03 Validate the signal Connect structure to performance through rigorous electrical and materials characterization. 04 Scale the system Design toward repeatable fabrication, useful data, and a credible path to deployment.