#Japan #Tokyo #Medical Innovation #EM DRIVE CHAIR #Rehabilitation Support

The Future of Rehabilitation: Introducing EM DRIVE CHAIR

In a pivotal move to enhance rehabilitation practices, Rad PROJECT, a Tokyo-based company, has begun the official rollout of its groundbreaking rehabilitation chair, the EM DRIVE CHAIR®. Utilizing high-output electromagnetic stimulation, this non-invasive device is making strides not only within orthopedic and rehabilitation departments but is also extending its applications to urology and gynecology.

What is the EM DRIVE CHAIR®?

The EM DRIVE CHAIR® allows patients to sit and receive targeted electromagnetic stimulation through their clothing. This technology focuses on deep inner muscles like the multifidus, psoas, and pelvic floor muscles, making it an invaluable tool for rehabilitation. By minimizing resistance from skin and fat, the chair effectively activates motor neurons, promoting selective contractions of deep muscle groups that are often challenging to address through conventional exercise therapies.

A significant advantage of the EM DRIVE CHAIR® is its ability to induce muscle contractions rapidly and with minimal patient effort. This feature is particularly beneficial for the elderly, postoperative patients, and individuals suffering from chronic back pain, where the function of core and lower back muscles is compromised—a condition directly linked to falls and decreased quality of life (QOL).

Clinical Applications of EM DRIVE CHAIR®

The innovative chair is expected to find substantial use in various clinical settings, including:

• - Post-operative rehabilitation following lumbar or joint surgeries
• - Pain relief and range of motion improvements in patients experiencing lower back pain
• - Assistance with walking and rising movements through stimulation of the psoas and quadratus lumborum
• - Enhancing pelvic stability and hip joint stability via gluteus maximus and minimus stimulation
• - Supporting conservative treatment for lumbar diseases such as spinal stenosis and herniated discs
• - Addressing sarcopenia and locomotive syndrome in the elderly
• - Providing rehabilitation support for stability issues in the trunk and pelvic area
• - Addressing urinary issues linked to pelvic floor muscle dysfunction, including incontinence and post-partum care

Feedback from the Medical Community

The EM DRIVE CHAIR® has garnered significant attention from the medical community due to several key qualities:

• - It is a non-contact and non-invasive device, minimizing pain and physical burden on patients.
• - Patients can use it without removing their clothing, enhancing acceptance and comfort.
• - The device reduces the need for staff supervision during treatment sessions, contributing to staff efficiency.
• - It's easily implementable for elderly patients or those in the early stages of recovery.

These features position the EM DRIVE CHAIR® as a revolutionary option in medical facilities, allowing for muscle stimulation even in times when patients cannot actively engage in exercise.

Future Prospects

Looking ahead, Rad PROJECT aims to promote the EM DRIVE CHAIR® primarily in orthopedic and rehabilitation facilities through support for device introduction, demonstrations, and sharing clinical success stories. The company envisions it as a new, essential tool in rehabilitation therapy.

The EM DRIVE CHAIR® is set to be showcased at major upcoming events, including the Japanese Orthopedic Association Annual Meeting in May 2025 and the Japanese Society of Nutrition and Mental Health Meeting in October 2025.

Product Overview

• - Product Name: EM DRIVE CHAIR® (エムドライブチェア)
• - Purpose: Rehabilitation support device
• - Features: Non-invasive, non-contact, deep muscle stimulation, labor-saving operation
• - Target Users: Orthopedic and rehabilitation departments, related medical facilities, urology, gynecology

Contact Information

For inquiries regarding this innovative rehabilitation solution, please reach out to:
Rad PROJECT / Pro Labo Medical
Contact Person: Abe
Phone: 03-5447-6658
Email: [email protected]
Web: Pro Labo Medical | Rad Project