Smileyscope introduces a groundbreaking and patented technique known as virtual reality neuromodulation. This approach has revolutionized how medical interventions are perceived and experienced, particularly in pediatric needle procedures.
Cleared by the FDA, Smileyscope is the first virtual reality (VR)-based headset designed for acute pain management. Smileyscope's technology has been proven to enhance outcomes across various medical domains, from burn dressings to medical imaging procedures.
At the core of Smileyscope's technology is the concept of Procedural Choreography, which describes how negative stimuli during medical procedures are virtually replaced with positive and friendly stimuli. This approach alleviates patient discomfort and contributes to a more positive and supportive healthcare environment, ultimately leading to improved patient outcomes and satisfaction.
Healthcare professionals can book a demo of Smileyscope through the brand's website.
VR-Based Pain Solutions
Smileyscope Uses VR to Improve Pediatric Needle Experiences
Trend Themes
1. Virtual Reality Neuromodulation - Explore the potential of VR-based neuromodulation techniques in revolutionizing medical interventions and enhancing patient experiences.
2. Procedural Choreography Concept - Adopt the innovative approach of replacing negative stimuli with positive, friendly cues to improve patient comfort and healthcare satisfaction.
3. Acute Pain Management Technology - Discover the disruptive impact of VR-based technology in acute pain management and its positive outcomes in various medical procedures.
Industry Implications
1. Healthcare Technology - Incorporate VR-based solutions in healthcare technology to redefine patient experiences and improve treatment outcomes.
2. Pediatric Medicine - Implement VR technology in pediatric medicine to transform needle procedures and create a more supportive healthcare environment for young patients.
3. Medical Device Manufacturing - Explore opportunities for developing VR-based headsets for pain management to enhance medical imaging procedures and burn dressings.