Tech Offers & IPs
For more information, please enquire at LUX_Chairman@ntu.edu.sg
A portable spectrometer using a single-element detector, capable of operation at IR spectrum at a very low-cost.
Infrared thermography allows qualitative and visual documentation of temperature fluctuation in vascular tissues. It detects diabetic foot using plantar foot thermograms with novel image processing methods that yielded 89.39% accuracy.
Novel photoacoustic sensor for diabetic patients to monitor glucose noninvaisvely and continuously at affordable cost with favorable sensitivity and accuracy.
A fully automated machine for precision micro-welding of dissimilar materials such as Inconel, Hastelloy, stainless steels, copper alloys, aluminium alloys, etc.
A low cost, fast and flexible solution for rapid prototyping of sub-meter length specialty optical fibers. Mimic standard MCVD process with solution doping.
A novel solar absorber capable of absorbing >96% solar energy with thermal emittance of ~ 4% at 100 degC. Thermal energy collected is used to purify seawater or contaminated water.
The Optical Microsphere Nanoscope enables real-time, low cost, super resolution imaging with just white light. Utilizing the microsphere technology, sub-100 nanometer resolution, can be achieved.
A novel, intensity-based FBG sensor module consists of a low-cost LED and a photodiode. It is compact, light in weight, and wireless. Its battery-based operation opens a wide range of applications.
A new type of fibre coupler which is not bounded by material limitations. It can be used in mid-IR or UV regions where the conventional fibre couplers cannot cover. It allows delivery of ultrafast lasers and power splitting.
Micro-Optical Coherence Tomography (µOCT) provides noninvasive, label-free and cellular resolution, 3D images of skin in real-time. An ideal tool to assist skin disease diagnosis and evaluation of skin care strategies.
Seamless integration of multiple of functional components into one flexible fibre. It allows an all-in-fibre solution, and the ability to see, hear, sense, communicate, store and convert energy, monitor health, control temperature, and many more.
A three state optical modulation between transparent, color and mirror appearance on glass substrates. The versatile electrochromic device allows user to enjoy outdoor view in transparent state, blocking of sunlight in colored state and reflective finish in mirror state.