EDGY capitalizes on the powerful brain-body connection by providing students an immersive experience that activates the brain's innate potential.
EDGY’s smart design features encourage dynamic brain activity and equip students with the tools to sustain emotional balance and accelerate learning. With a focus on the latest research that shows movement primes the brain to learn, EDGY unleashes the true power of the student's mind.
Picture students using EDGY’s swinging footrest to gain a relaxed and positive focus while reading or researching new material.
EDGY’s swinging footrest is used while seated and with a slight bend at the knee; students can rest feet on the U-shaped bar to gently sway backward and forward to increase mental focus as well as calm and center their emotions.
Students who are comfortable in their workspace are happier and better prepared to retain information.
Visualize students using EDGY to perform resistance-band arm exercises while learning spelling words or reciting multiplication tables.
EDGY has multiple resistance band connection points; so during learning activities, students can target different muscle groups.
Expanding research shows strong evidence that brain-based movement routines lead to more on-task behaviors and improved retention.
Envision students using EDGY’s twist-resist seat to release nervous energy while preparing for a test or rehearsing for a presentation.
EDGY’s twist-resist seat allows the student to rotate 30 degrees in both directions, while being gently encouraged back to center.
Research findings show increasing evidence that students engaging in brain-based movement not only access and retrieve information more effectively, but also reinforce motor skills and higher order thinking.
Imagine students working their fingers into EDGY’s underside sensory pads to stay calm and on-task during lengthy projects and stressful problem solving.
EDGY’s sensory pads are made of soft textured silicone to provide students a warm and soothing tactile experience.
When students consistently take on simultaneous cognitive and physical challenges, connections between neurons become streamlined, and the brain is restructured to be more efficient and uniquely adaptable.