Research that
becomes
products
Since 2017 exploring nanotechnology, biotechnology, and robotics. In 2024 we brought our first innovations to market.
Technologies we develop
Nanotechnology
Synthesis of carbon nanotubes and graphene for ultra-light, ultra-strong materials with high conductivity.
Cellular Regeneration
Research in growth factors, exosomes, and nanoneedles for tissue regeneration and medical applications.
Biotechnology
Development of biomaterials, hyaluronic acid, and controlled release systems for health and wellness.
Assistive Robotics
Ultra-light exoskeletons with sensory integration for rehabilitation, industry, and capability enhancement.
From research to prototype
Projects where our fundamental research becomes applied technology with real impact.
Intelligent Bioprostheses
We developed high-resolution sensors and algorithms for interpreting muscle signals that allow for more intuitive control and smoother movements. The integration of ultra-light materials (carbon nanotubes) reduces weight by 40% without sacrificing strength.
Applications in development
Assisted Exoskeletons
Our exoskeletons integrate state-of-the-art actuators and carbon nanotube structures, achieving an unprecedented strength-to-weight ratio. Ideal for rehabilitation (gait recovery) and for increasing endurance in industrial environments.
Applications
Carbon nanotubes
We have developed a synthesis process that allows us to produce high-purity carbon nanotubes with controlled length. This opens the door to:
Applicable technology in
Graphene Smart Textiles
We have successfully integrated graphene into textile fibers, creating fabrics with unique properties: electrical conductivity, heating capacity, radiation resistance, and biosignal detection.
Multiple applications
Enabling technologies
Nanotube synthesis
In-house production of high-purity carbon nanotubes
Exosome engineering
Isolation and modification of exosomes for cell therapy
Textile sensors
Integration of graphene into fibers for biosignal detection
Soft actuators
Flexible materials for natural movement in exoskeletons
Research with impact
We explore emerging technologies that can transform medicine, materials, and the interaction between humans and machines.