Product Design, UX Design, Branding, Immersive Space Design
ADAPTEX
Collaboration with experts in health and technology fields to ensure accuracy and reliability of health data to seamlessly introduce a viable option to Surgeons.
Challenge
Surgical practice demands long hours of physical strain on surgeons, often leading to chronic neck and back pain. To address this, Adaptex uses technology and sustainable materials to tackle musculoskeletal disorders, offering a practical solution to reduce pain for surgeons in the operating room.
Innovative wearable technology for health and wellness.
Usability
Feedback received from researchers shows the lifetime prevalence of low back pain is 66.59% among healthcare workers aged between 30 and 49 years.
Adapting to the users needs.
Adaptex was designed to specifically designed to adapt to the unique needs of the user. The rotating joints allow for flexible mobility as to not disrupt the surgical procedures. This will ultimately sustain most of the pressure off the spine. Lightweight plastics and breathable fabric create a comfortable experience and sustainable design.
Low-fidelity Sketches
Ideation
Key Features
Implementing Technology
We use a thermal energy transfer sensor as a wearable thermometer to detect body heat changes. This sensor automatically sends data to paired devices through "ADA," an AI system on the front of the surgeon's vest, activated by a single command for easy control.
ADA is connected to a heating and cooling thermostat on the Adaptex vest, targeting areas of strain. Its simple commands make it user-friendly, and an app is available for manual control and tracking.
Final Design
Installation Design
Immersive booth design to display the launched product.
This conventional space creates an immersive environment for visitors to discover and test the newest model of Adaptex with an easy to navigate space. The digital graphics and tactile display provide details on the mechanics and technology behind the product design.
Branding