Waterloo Institute for Nanotechnology (WIN)

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小間番号 : ONLINE
出展展示会 : nano tech 2021


Canada's largest nanotechnology research institute

Waterloo Institute for Nanotechnology (WIN) at the University of Waterloo is a global leader in discovering and developing new functional materials and connected devices. The University of Waterloo was named Canada's most innovative university for 27 consecutive years for a reason - our system of translating research results into business opportunities is a source of great pride.

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Scalable liquid encapsulation (SLE) technology for pharmaceutical and food applications

SLE Enterprises provides hardware and technology to enable the encapsulation of arbitrary liquid systems at scale, suitable for pharmaceutical, food and cosmetic formulations. Encapsulation is often a limiting step in the process of manufacturing complex liquid formulations. We address this market need by enabling rapid process development and scale-up.

Liquid-Liquid Encapsulation.pdf

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Polymer-perovskite composite that leads to highly stable solar cells with enhanced performance

A commodity polymer (cost ~ $1/lb) is used to develop stable organolead halide perovskite-based photovoltaic cells. The composition with polymer requires no extra processing steps and only mg quantity of the polymer is needed for 100 cm2 cells. The composite has nanoscale layered structure and is not only stable under typical operating conditions for solar cells but also has higher efficiency.

Perovskite Composite Solar Cells .pdf

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ICSPI Corp.: MEMS-based, benchtop atomic force microscope for nano- and microscale measurement

The nGauge atomic force microscope (AFM) is an ultra-compact AFM system that is ideal for routine measurement of nano- and microscale features. Resolve features down to 1 nanometer in just three clicks with minimal training: perfect for research and quality control for surfaces, coatings, precision machining, and microfabricated devices. Distributed in Japan by ARGO Corp.


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Proprietary Bacteriophage Immunotherapy (BIT) platform technology

Proprietary Bacteriophage Immunotherapy (BIT) platform technology is the display of antigens or receptor peptides on bacteriophages (phages) to elicit an active immune response through a bacteriophage display vaccine (BDV) or block solid tumours growth through a bacteriophage immuno-oncology approach (BIO). Commercialized by startup company Theraphage Inc.

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Microwave microfluidic sensor for industrial monitoring of liquids during manufacturing

QuantWave Technologies Inc., an industrial IoT company, combines microwave sensing, microfluidics and machine learning to monitor manufacturing processes of liquid products by capturing a unique liquid fingerprint using one smart sensor instead of multiple devices, allowing for full process deployment of multi-parameter monitoring.

QuantWave One Pager- Nov 2020.pdf

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Scope Photonics Inc.: Electrically tunable lenses for smartphone cameras, autonomous vehicles, manufacturing vision, and more

Scope’s electrically tunable lenses use precisely shaped fields to reorient liquid crystals, which dynamically tune the optical wavefront and change how the lens behaves. The correct combination of lenses allows for truly lossless zoom. Scope has built proof-of-concept lenses supported by a custom simulation pipeline, and is now finalizing its MVP as it patents and develops its IP.

Scope Photonics Tunable Lenses.pdf

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Antipathogenic (antiviral and antibacterial) nanocoating for variety of filtration media

Elizion Tech Inc. has developed an antipathogenic (antiviral and antibacterial) nanocoating. The coating can be applied to a host of media, including non-wovens in the production of personal protective equipment (PPE), air filters (i.e. HEPA, MERV, FPR), high touchpoint surfaces (i.e. touchscreens, handrails), and antipathogenic paints.

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Liquid Phase (LP)-Transmission Electron Microscopy (TEM) and Cryo-TEM Imaging Accessory Kits

We are developing a suite of LP TEM and CryoTEM imaging accessory kits that provide researchers with the ability to analyze real-time dynamics and structural properties of biological specimens and nanomaterials under liquid conditions with high resolution and reproducibility.

NanoTech Japan 2020 Virtual Tradeshow - GSciaini-and-APetruk-Tech-Brief-compressed.pdf

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Advanced colour changing nanomaterials for intelligent surfaces

Halion Displays Inc. have developed transparent colour changing nanomaterials for a wide range of applications, from switchable glass films for automotive sunroofs to transparent displays on the glass. We are working with the world's largest Tier 1 manufacturers and OEMs to commercialize our technology in automotive, smart city and consumer electronics applications.

Halion Intro1.pdf

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Flexible micro-LED displays through heterogeneous integration of thin-film transistors and III-V optoelectronic devices

The research by the Waterloo group combines micro-light-emitting diodes (LEDs) with thin-film transistor (TFT) devices to provide new pathways for high-brightness and high-resolution flexible displays. The group has demonstrated the feasibility of combining Si-based TFT circuitry on flexible platforms with micro-LED media for next-generation displays.

Flexible microLED Displays Wong Sachdev_Logo.pdf
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Waterloo Institute for Nanotechnology (WIN)

200 University Avenue West, Waterloo, Quantum-Nano Centre, QNC 3606, University of Waterloo, Waterloo Canada N2L 3G1

TEL : 519-888-4567
URL : https://uwaterloo.ca/institute-nanotechnology/