Empowering Healthcare and life sciences with
advanced lab-on-chip technology...
"Cutting-Edge Lab-on-Chip Solutions for Diagnostics, Analytical Sciences and Life Sciences applications"
We pioneer in both micro- and nanofluidic technology, developing eco-friendly Lab-on-a-chip systems for precise, rapid and cost-effective biomedical applications in diagnostics, pharmaceuticals and environmental monitoring.
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What We Offer
 A typical FET-based biosensor |
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 AFM image of a FET-based biosensor |
 Electrical Measurement-1_edited |
 SEM image of a gold nanodot array with 100nm spacing |
 AFM image of a gold nanodot array with 100nm spacing |
 AFM Image-2 |
 Optical microscope image of a gold pattern fabricated on a Si/SiOâ‚‚ substrate |
 Optical microscope image of a gold pattern fabricated on a Si/SiOâ‚‚ substrate |
 Confocal microscopy image of a gold nanodot array functionalized with ssDNA |
 Image of a fabricated microfluidic reactor with tube connectors, created using soft lithography. |
 Image depicting laminar flow within a Y-shaped microfluidic channel containing two immiscible liquid |
 SEM image showcasing a nanoparticle cluster synthesized using a microfluidic reactor |
 Photograph of a FET-based biosensor with probes for electrical characterization |
 Precisely aligned gold nanodot within an open nanochannel |
 Three-dimensional nanofluidic structures |
At Point-of-Care Microfluidics Pvt. Ltd., we develop FET-based biosensors integrated into PDMS Lab-on-Chip (LOC) devices for medical diagnostics, food safety, and pharmaceuticals. Our nanoelectrode array biosensors enable ultra-sensitive detection, while our microfluidic reactors support colloidal synthesis. We also fabricate sub-100 nm nanofluidic channels for DNA sequencing, drug delivery, and energy applications.
What sets our technology apart?
POINT-OF-CARE MICROFLUIDICS PRIVATE LIMITED is transforming the industry with innovative, cost-effective, and portable diagnostic solutions, driven by our advanced in-house R&D cleanroom infrastructure.
In healthcare, we design and fabricate miniaturized FET-based lab-on-chip (LOC) devices for highly accurate ionic and biochemical sensing, particularly in medical diagnostics. Adding to that, our LOC technology will accelerate drug discovery and high-throughput screening in pharmaceutical applications.
For food safety and environmental monitoring, we develop cutting-edge microfluidic prototypes for real-time contaminant detection. Additionally, we advance chemical synthesis, organ-on-chip models, and biosensor technologies. With microfluidic reactors enabling precise nanomaterial synthesis, our innovations enhance accessibility, precision, and efficiency, bridging the gap between research and real-world applications. Our work in nanofluidics focuses on sub-100 nm fluidic channels, fabricated using EBL, with selective gold nanoelectrode integration.