Our Case Studies

1. Nanostructured Gold Electrodes for Glucose Sensors

Industry: Biomedical / Sensors
We helped a top healthcare company improve glucose sensor performance using gold nanotextured electrodes. This solution increased surface area by 10x, leading to more accurate and reliable sensors.
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2. Nanoporous Au Electrodes for DNA Sequencing

Industry: Biomedical / DNA Sequencing / Nanotechnology
In collaboration with a leading biotech firm, we developed nanoporous gold electrodes that enhanced RNA bonding in DNA sequencing. This innovation increased capacitance by 100x, enabling faster, more efficient gene analysis.
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3. Copper Nanoparticles for Antimicrobial Gloves

Industry: Healthcare / Infection Control / Nanotechnology
We applied copper nanoparticles to surgical gloves, significantly improving their ability to eliminate E. coli. This innovation shows the potential of nano-scale antimicrobial solutions for medical applications.
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4. Copper Nanoparticles for Wound Healing

Industry: Healthcare / Wound Care / Antibacterial Solutions
By applying copper nanoparticles to wound dressings, we boosted their antibacterial effectiveness, particularly against MRSA. This development promises faster wound healing and better infection control.
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5. Flexible SERS Sensors for SARS-CoV-2 Detection

Industry: Healthcare / Diagnostics / Nanotechnology
In partnership with the University of California, Irvine, to explore a low-cost SERS sensor to detect SARS-CoV-2 on facemasks. Our SERS sensors were shown to detect the SARS-CoV-2 Spike protein at 1:200 protein concentrations.
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6. Ultra-Sensitive NO₂ MOF Sensors for Security & Environmental Monitoring

Industry: Environmental / Security / Diagnostics
Working with the University of Oxford, we developed MOF-based sensors to detect trace explosive gases and pollutants. These sensors are vital for airport security, environmental monitoring, and medical diagnostics.
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7. Nano-Silver Coatings for Low-Temperature Bonding in Electronics

Industry: Electronics / Semiconductor Packaging / Advanced Materials
In collaboration with Loughborough University, we developed nano-silver coatings that enable low-temperature bonding in high-power electronics. This solution offers a reliable alternative to traditional soldering, with potential applications in wide-bandgap semiconductors and high-performance electronics.
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