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Biomedical Sciences
Wireless medical device implants
UNSW researchers have developed the next generation of conductive polymers for safer, non-metallic, wireless medical device implants.
Biomedical Sciences
Easy Access IP
Bionic hands that feel
Bionic limbs with sensory feedback developed by UNSW researchers, will provide patients with a more sensitive and enhanced feeling of touch.
Biomedical Sciences
A wearable sunburn sensor !
A patch for effective UV & sun protection. The "smart" paper-based patch that changes colour in sunlight could provide an affordable tool to help prevent sunburn and deadly skin cancers. This could be the best sunburn prevention ever !
Biomedical Sciences
Easy Access IP
Improved Milk Protein Separation
A separation membrane system that reduces membrane fouling.
Biomedical Sciences
Easy Access IP
Visible-light cured dental and surgical materials
This invention is a new method to produce safer, non-toxic, more durable resins for the dental and medical professions.
Next Generation Materials
Stop power outages - a new way to keep ice off power lines
It’s a low cost solution to de-ice power lines when it matters most, in cold climates and ice storms.
Next Generation Materials
Tribological Testing
Efficiently measuring heat produced during tribological testing. Tribometers have traditionally relied upon estimations of heat generated from friction and wear of different surfaces.
Biomedical Sciences
Easy Access IP
Printing with Biomolecules
A new method to incorporate biomolecules into printed materials.
Biomedical Sciences
3D X-Ray Reconstruction
A method for reconstructing 3D images from an almost standard 2D x-ray setup. The sensor developed by UNSW generates representation of the internal structure using x-ray radiation.
Next Generation Materials
Easy Access IP
Precision Plastics
An invention to produce specialised plastics to meet highly sophisticated industry design needs.
Next Generation Materials
Superior brass fittings and fixtures
A new class easily machinable and formable brasses. Superior physical and mechanical properties. Lighter in weight and 20% cheaper to produce than regular brasses.
"NSi has facilitated partnerships with industry to enable researchers to engage with industry to develop cutting edge ideas into reality. This partnership with NSi is all about converting passion and possibility into reality."
Professor Veena Sahajwalla
Director, Centre for Sustainable Materials Research and Technology
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"I have had tremendous support from the entire NSi team over the past few years as my team have developed new patents and worked to find commercial partners for our silicon quantum computing technologies."
Professor Andrew Dzurak
Scientia Professor in Nanoelectronics School of Electrical Engineering & Telecommunications, UNSW
