Biosensing technologies are advancing rapidly, enabling non-invasive and invasive health monitoring solutions. This journey through the skin begins with sweat-based sensors measuring lactate and potassium, followed by minimally invasive micro-needle systems such as...

Key Points from the Transcript: Multi-Analyte Detection Approaches Traditional (e.g., Abaxis Piccolo): Fully integrated multi-analyte system (e.g., 50+ analytes at once). Expensive to develop (~$40M in 1989, much more today with inflation). Long development time. ZP’s...

Join ZP for a live webinar on Djuli, our Cloud Data Management System for electrochemical data. There are two webinars/demos on the day so please come to the one that works best with your time zone. Date: 26 May 2025 Presenter: Martin Peacock One of the last...

At ZP, we use advanced sensor technology to convert microamp signals into meaningful concentration data. Working with three sensors, we begin with a simple assumption—a one-to-one relationship between current and concentration. Then, we refine our approach by training...

In this webinar, Zimmer & Peacock (ZP) explores the future of wearable biosensors, covering four key technologies: Sweat Sensors – Non-invasive but limited to analytes like lactate (glucose detection remains unproven). Microneedles – Minimally invasive, scalable,...

Wearable biosensors for glucose and pH monitoring are advancing medical diagnostics, particularly in education and research. These sensors enable continuous health tracking, supporting early detection and management of conditions such as diabetes and wound healing....