Revolutionize Physiotherapy with Pheezee: A Wearable Marvel by Startoon Labs
Startoon Labs, an ISO 13485 & ISO 9001 certified medical device company, is proud to announce its groundbreaking product – Pheezee, a USFDA Registered [510(k) Exempt] Biofeedback Device. Based in Hyderabad, Telangana, Startoon Labs is changing the way physiotherapy is delivered with its innovative wearable technology.
What is Pheezee?
Pheezee, a pocket-sized wearable device developed by Startoon Labs, is a game-changer in the world of physiotherapy. This revolutionary gadget provides real-time electromyogram (EMG) and range of motion (ROM) biofeedback for engaged muscles. Designed to be worn during physiotherapy sessions, Pheezee wirelessly connects to Android devices, allowing patients and physiotherapists to monitor progress effortlessly.
Real-Time Tracking and Reporting
Pheezee offers evidence-based support for physiotherapy interventions, both in clinical and home settings. Physiotherapists can assess spinal cord and upper and lower limb movements, making it a valuable tool for real-time patient recovery tracking. The device generates comprehensive reports after each session, enabling patients and caregivers to monitor progress effectively.
Pheezee Dashboard for Progress Monitoring
Pheezee's dedicated dashboard allows healthcare professionals to track the progress of multiple patients simultaneously. This feature is particularly beneficial for clinics and rehabilitation centers that handle a large number of patients. With session-specific reports, therapists can make informed decisions and tailor treatments to individual needs.
How Does Pheezee Work?
Pheezee utilizes advanced technology to provide precise muscle response and range of motion data. It employs electromyogram (EMG) and motion sensors to capture muscle reactions and track movement. Pheezee is composed of two modules, one worn above the ankle and the other below. These modules work together to measure the range of motion (ROM) in real time during exercises.
To ensure the accuracy of ROM measur