Introduction

Revolutionising Diagnostics With Lab-On-Chip & IoT Technologies Via Printed Electronics

Printable electronics is an emerging field that leverages advanced materials and printing techniques to fabricate electronic devices on flexible substrates. 

This approach enables the production of lightweight, adaptable, and cost-effective electronic components, paving the way for innovative applications across various sectors.

Research centres dedicated to printable electronics focus on several key objectives:

1. Materials Development: Optimising conductive inks and compatible flexible substrates to enhance device performance and reliability

2. Device Fabrication: Developing flexible printed circuits and sensors tailored for specific applications, such as medical biosensors and agricultural monitoring tools.

3. Application Integration: Implementing flexible electronics into real-world solutions, including wearable health monitors and environmental sensors for agriculture.

Thus, at the Centre of Printable Electronics (CPE), we conduct research in these areas, aiming to advance the field of printable electronics and its practical applications.

By focusing on these objectives, we aim to drive innovation in printable electronics, thereby contributing to advancements in healthcare, agriculture, and wearable technology.