NEUBIE and NeuFit System: Revolutionizing Neuromuscular Re-Education
The NEUBIE device, combined with the NeuFit System, offers a revolutionary approach to neuromuscular re-education and rehabilitation. By utilizing pulsed DC and an active treatment methodology, NEUBIE enhances the body’s natural healing processes, improves muscle function, and supports comprehensive recovery and fitness improvements. Whether you’re dealing with an injury or looking to enhance your athletic performance, the NEUBIE and NeuFit System provide a state-of-the-art solution for achieving your health and wellness goals.
How NEUBIE Works
The NEUBIE device operates by sending electrical impulses through the skin to stimulate nerves in the tissue, leading to muscle contractions and sensory responses. These impulses are designed to mimic the body’s natural action potentials, which are signals used by the peripheral and central nervous systems to communicate with different body parts. The NEUBIE communicates with sensory and motor neurons to activate muscle fibers, tissues, and nerves, resulting in increased blood flow and improved muscle and tissue activation.
Applications and Benefits
Incorporating NEUBIE into training and rehabilitation programs can significantly enhance long-term outcomes. The device supports the adaptation of cells in muscles, blood vessels, and nerves, making it beneficial for a variety of clinical conditions, including orthopedic issues and neurological conditions like stroke and spinal cord injuries. Additionally, NEUBIE is used in training regimens to improve overall fitness and health across all age groups.
Unique Features of NEUBIE
The NEUBIE stands out from other Neuromuscular Electrical Stimulation (NMES) devices for several reasons:
Active Treatment Approach
One of the significant advantages of the NEUBIE and NeuFit System is the active nature of the treatments. Unlike traditional e-stim treatments where patients are often passive, the DC signal from NEUBIE allows for movement during therapy, even at therapeutic stimulation levels. This feature is particularly beneficial for achieving optimal, eccentric muscle contractions, which are crucial for effective rehabilitation. The active treatment approach facilitates neuromuscular adaptations and helps improve motor control during voluntary movements.