Electramol
Molecules in Mission
Who we are
Electramol Technologies Private Limited is a pioneering company at the forefront of molecular electronics, transforming fundamental research into real-world applications. Founded by a team of researchers with doctoral degrees from premier technological institutes in India and international postdoctoral experience, we bring together a unique blend of academic excellence and global exposure.
Our core expertise lies in interfacing organic and synthetic molecules with microelectronic systems to engineer the next generation of molecular-scale healthcare devices and high-efficiency energy storage platforms. With deep-rooted experience in molecular sensing, biosensor fabrication, and electronic device development, we specialise in converting molecular interactions into actionable electronic outputs for diagnostics and energy applications.
Driven by a commitment to innovation, we integrate nanotechnology, machine learning, and advanced materials science to develop products that not only enhance human health but also optimise energy systems for a sustainable future. Our approach bridges the gap between academic breakthroughs and industry demands, ensuring our solutions are both cutting-edge and commercially viable.
Our Vision
At Electramol Technologies, we envision a world where molecular-scale innovation drives next-generation solutions in healthcare and energy systems. Our mission is to translate deep scientific knowledge into transformative technologies that directly improve lives and promote sustainability.
We are driven by the ambition to:
Lead in Molecular Device Development–
Our foundational work focuses on developing molecular electronic devices that integrate optical and electrical sensors for the detection and regulation of nucleic acids, amino acids, and other biologically relevant molecules. These systems form the basis of PCR-like diagnostic platforms that are rapid, accurate, and field-deployable.
Advance Precision Diagnostics and Drug Delivery –
We engineer non-invasive diagnostic tools and smart delivery systems to enable personalised healthcare. These technologies open new pathways for early disease detection, targeted treatment, and therapeutic monitoring at the point of care.
Revolutionise Energy Storage –
Through molecular batteries and next-generation supercapacitors, we aim to deliver energy solutions with enhanced efficiency, longevity, and environmental compatibility.
Foster Sustainable Technological Innovation –
By leveraging molecular interactions, advanced material design, and machine learning, we create technologies that are affordable, scalable, and sustainable, making them viable for global deployment across diverse settings.
We stand at the intersection of molecular science, electronics, and innovation, committed to bridging scientific discovery with real-world application for a smarter, healthier, and more sustainable future.
Our Research
Electramol Technologies is deeply rooted in cutting-edge molecular electronics research..
Why Choose us
Electramol Technologies is not just another innovation-driven company—we stand out for several reasons
Molecular Innovation with Purpose
We investigate and harness novel molecular properties—optical, electronic, and structural—to develop next-generation biosensors, healthcare devices, and energy storage technologies.
Integration of ML and advanced material science
Our platforms blend machine learning with cutting-edge nanomaterials to enable precision diagnostics and efficient energy systems.
Real-World Impact
We prioritize practical, scalable technologies designed for direct adoption in healthcare and energy sectors—bridging the lab-to-market gap.
Commitment to Sustainability
Our solutions are engineered for energy efficiency, reduced waste, and affordability—advancing green, sustainable technologies.
Real-Expert Team & Research Excellence World Impact
Founded by scientists with global postdoctoral experience, our team excels in molecular sensing and device development, combining rigorous research with visionary product design.