This UV curable inkjet varnish polymerises by a combination of free radical and cationic polymerisation, eliminating some disadvantages of currently available solutions. The hybrid varnish demonstrates better adhesion to polymeric substracts, as well as good thermal and long-term stability.
With advanced image processing and autonomous indoor navigation features, this autonomous drone can be integrated with warehouse management system to replace physical inventory management. It can also be used for building exterior inspections and aerial surveillance.
MicroRNAs are a known messenger of disease response. This technology uses advanced sequencing and profiling capabilities to measure and develop unique signatures of diseases to deliver a rapid, early and accurate diagnosis. It can be applied across a range of areas in human, animal and plant applications.
The proprietary analytical platform combines biosensors with a compact reading device to provide minimally trained users with laboratory quality results in minutes. It is able to quantify trace levels of specific chemicals for a range of applications such as F&B processing and clinical medicine.
Equipped with RF tags that emit Bluetooth or Ultrawide Band signals, gateways that collect these signals, and server software which computes positions, this end-to-end location tracking solution is suitable for companies in manufacturing, logistics and healthcare looking to streamline operations.
This platform enables Autonomy-as-a-Service over 5G, both locally and for roaming 5G access. The unique AI-driven software allows users to deploy and manage autonomous robot fleets in logistics, warehouse management and postal industries at reasonable cost with high ROI.
Harnessing waste heat from industrial processes, geothermal and solar energy, this technology can convert low-grade heat into cooling and/or electrical power. It utilises an ejector in a unique way such that the system can extract more energy from waste heat streams.
This hybrid reactor is suitable for municipalities looking to reduce concentrations of contaminants in either drinking water or wastewater. Its design maximises contaminant removal capacity and has been demonstrated in pilot tests at full-scale drinking water and wastewater treatment plants.
Free technical clinic sessions with IPI's TechExperts will be available from 11 to 13 November 2019 at the Singapore Innovation Ecosystem Booth! If you're looking for technical support along your product development process, come and have a chat with the TechExperts. Click here to explore and register your interest for the TechExpert clinic.
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