Scientific Instrumentation
Reliable measurements require multiple sensing parameters. As well as developing our own sensor technology, we can work on defining the sensing medium and the various sensor types needed to tailor your instrumentation to your specific needs.
Sensor Fusion
From agriculture to human psychology, sensors are the building blocks of scientific exploration. Soil condition sensors are deployed in the field to analyse large scale data through the power of IoT and cloud computing both in farms and greenhouses to optimise yield. Modern electronics facilitate rapid integration of multi-modal sensory systems measuring key parameters such as temperature, humidity, force, acoustic pressure, distance, torque, speed, light intensity and magnetic flux. Further integration with cloud services combined with the ever increasing processing power of modern embedded devices has opened up new frontiers for sensory systems
Electrophysiological sensors
The human body is buzzing with electrical activity. Accessing this data is possible through various body worn sensors. We specialise in designing sensors and systems for collecting electrophysiological signals. We implement ultra-high impedance, low-noise sensors to condition the signals before digitisation. See examples of ECG/EKG, EEG, EOG, and EMG data obtained by our bespoke systems on the right.
Flexible Circuit Design
Flexible PCBs can provide elegant and cost effective solutions for complex mechanical designs. However, designing a flex-PCB is a process that requires different approaches compared to conventional rigid PCBs. From impedance matching to mechanical stability, there are a number of issues that can arise and delay your project, occurring high costs. We have many years of experience in designing flexible circuit boards in space-constrained applications. Our insights ensure a swift transition from your rigid PCB prototype to a fully functional and durable flex-PCB.
