Harnessing the power of molecular electronics to pioneer next-generation biosensors and charge storage devices—advancing healthcare, enabling sustainable energy, and shaping a smarter, healthier, and more sustainable future.
At the forefront of next‑generation innovation, we harness molecular electronics to reimagine healthcare and energy. By leveraging molecules' unique electrical, chemical, and structural properties, we design nanoscale devices that connect biology, chemistry, and electronics—moving discoveries from the lab toward real-world, usable solutions.
Our primary focus is on molecular bio/chemical sensors and molecular charge‑storage devices. In healthcare, our sensors enable real‑time, personalized diagnostics and earlier disease detection through high‑sensitivity biomarker measurement, continuous monitoring, and ML‑driven analysis. For the environment, these sensors deliver rapid, on‑site detection of pollutants and toxins to support timely intervention and better ecosystem management.
In parallel, we develop compact, efficient, and environmentally conscious charge‑storage solutions by engineering molecular assemblies with tunable electronic properties. Backed by an interdisciplinary team of scientists, engineers, and industry experts, we translate molecular science into robust, scalable products. Together, these efforts reflect our mission to create a smarter, healthier, and more sustainable world through molecular electronics.
Through ML-powered bio & chemical sensors, non-invasive diagnostic tools, environmental monitoring.
By creating molecular batteries and next-gen supercapacitors that outperform traditional energy solutions in efficiency and longevity.
We are a multidisciplinary team of scientists, engineers and industry pioneers dedicated to translating molecular science into practical technologies that improve health and sustainability.
Our core team having PhDs, brings experience from top research institutions, national labs, and industry. We combine expertise in molecular electronics, microfabrication, biosensing, and critical data analysis to build compact, affordable, and reliable devices for diagnostics, environmental monitoring, and energy storage.
Focused on molecular-scale design, prototype development, and analytical validation to accelerate lab-to-product translation.
Applying machine learning to improve sensitivity, reduce false positives, and extract actionable insights from sensor data.
Engineering compact, manufacturable devices and robust firmware/software to ensure real-world reliability and ease of use.
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 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 foundational work focuses on developing molecular electronic devices that integrate optical and electrical sensors for the detection and regulation of nucleic acids, amino acids, other relevant biomolecules and chemical entities . These systems form the basis of diagnostic and environmental monitoring platforms that are rapid, accurate, and field- deployable.
We develop advanced tools for diagnostics and environmental monitoring to enable personalized healthcare and sustainable ecosystem management. These technologies create new opportunities for early disease prevention, rapid detection, and precise therapeutic monitoring onsite.
Through molecular batteries and next-generation supercapacitors, we aim to deliver energy solutions with enhanced efficiency, longevity, and environmental compatibility.
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.
Biosensors – Ultra-sensitive biosensors on optical and electrical platforms for quantification of diverse disease markers at early stages with high accuracy.
ML-driven Thermal Imaging – Non-invasive, radiation-free cancer screening tools powered by machine learning to detect tumors before they form palpable lumps.
AMR-based UTI Point-of-Care – Nanotechnology-driven rapid diagnostic tools that identify antimicrobial resistance, enabling better-informed treatment decisions.
Chemical Sensors – Nanomaterial-based chemical sensors for sensitive detection of contaminants in water bodies and soil.
Molecular Batteries – Advanced energy storage solutions using molecular materials for higher energy density and faster charge cycles.
Supercapacitors – Next-generation supercapacitors with molecular components that offer high energy efficiency and long-term stability.
We investigate and harness novel molecular properties—optical, electronic, and structural—to develop next-generation biosensors, healthcare devices, and energy storage technologies.
Our platforms blend machine learning with cutting-edge nanomaterials to enable precision diagnostics and efficient energy systems.
We prioritize practical, scalable technologies designed for direct adoption in healthcare and energy sectors—bridging the lab-to-market gap.
Our solutions are engineered for energy efficiency, reduced waste, and affordability—advancing green, sustainable technologies.
Founded by scientists with global postdoctoral experience, our team excels in molecular sensing and device development, combining rigorous research with visionary product design.
Our research is published in leading international journals and supported by several patents—proof of both our scientific rigor and the practical value of our technologies. These accomplishments underscore our pledge to advance science that makes a real difference.
For partnerships, research enquiries or product information, reach out and we'll respond promptly.
Electramol Technologies Private Limited, Basaveshwara Nagar 14th Cross, A Block, Haveri, Karnataka 581 110, India
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