Technology Introduction:
This 3D-printed flexible tactile sensor features high sensitivity (867 kPa?1), fast response (10 ms), and low power use (0.1 V). It is made in minutes (<10 minutes), at a low cost. The sensor is scalable, customizable, and fits curved surfaces. Applied in badminton grips and insoles, it enables real-time monitoring of grip and foot pressure, aiding training and injury prevention, with further potential in wearables and rehabilitation.
Industry Applicability:
The device targets sports analytics, wearable health, rehabilitation, soft robotics, and smart insoles/gloves. It features customizable size and shape, flexible and lightweight form, and a digital pipeline for rapid tuning. Commercialization includes:

Phase 1 – athlete testing;

Phase 2 – OEM with sports/wearable brands;

Phase 3 – scaling via modular kits (4×4, 8×8), custom services (e.g., insoles), and real-time