This wearable device, called the BPMphysio, aims to give physicians and physiotherapists an advanced alternative to the old-school methods often used to measure the movement of body parts. The BPMphysio is fitted with a variety of sensors to measure movement accurately, and is primarily designed towards aiding physiotherapists.
This wearable device is equipped with an accelerometer, magnetometer and air pressure sensors that enable it to detect limb movement. Bluetooth connectivity allows for data to be relayed to an accompanying computer program.
The device is strapped to the particular limb that needs to be studied. As the limb moves, the device transmits the data to a PC or tablet, and displays relevant information on-screen.
The BPMphysio is already available in Europe, Australia and the Middle East and is likely to be rolled out in the US shortly.
What Makes This Trend Stand Out
- Wearable Movement Trackers
- The BPMphysio is an example of a wearable device that accurately tracks limb movements, offering innovative solutions for healthcare professionals.
- Advanced Sensor Technology
- The use of accelerometers, magnetometers, and air pressure sensors in the BPMphysio showcases the trend of incorporating advanced sensor technology into wearable devices.
- Data-driven Physiotherapy
- The BPMphysio's ability to transmit data to a computer program highlights the trend of utilizing data-driven approaches in physiotherapy and healthcare.
Sectors Adopting This
- Healthcare Technology
- The BPMphysio falls within the healthcare technology industry, presenting opportunities for companies to develop innovative wearable devices for clinicians and patients.
- Physiotherapy
- The BPMphysio targets the physiotherapy industry, creating potential for disruptive innovation in the way patient movements are tracked and analyzed.
- Wearable Technology
- The incorporation of sensor technologies in the BPMphysio reflects the growing industry of wearable technology, opening doors for advancements in fitness tracking and healthcare monitoring.
