Robotic Rehab Devices in Massachusetts

NEOFECT Co., Ltd. is a digital rehabilitation technology company specializing in motor neurorehabilitation, hand therapy, and cognitive training systems. The company develops intelligent, sensor-based therapeutic devices that use biofeedback and AI technology to detect and measure even minimal movements of affected limbs, enabling targeted, gamified, evidence-based rehabilitation exercises. Product portfolio includes Smart Board (shoulder and elbow mobility training), Smart Glove (hand, wrist, and finger function improvement), Smart Pegboard (motorically and cognitively focused hand therapy), Smart Kids (pediatric wrist mobility), Cognition (cognitive function training), Smart Balance (postural control and equilibrium training), Innowalk Pro (end-effector-based gait trainer for full-body robotic therapy), Smart Playground (projector-based active movement training with coordination and cognitive elements), Smart VR-Kit (virtual reality–integrated therapy), Tactee (modular eating and daily living aids), and Treax Pads (upper and lower extremity coordination and stability training). Systems deliver audiovisual feedback, measurable performance data, and individualized, progressive exercises suitable for clinic, rehabilitation center, home practice, and mobile/domiciliary settings. Designed for therapeutic compliance and patient motivation through task-focused, playful training. Products are portable, lightweight, and require no internet connectivity for operation. Widely deployed across German-speaking markets in ergotherapy practices, rehabilitation centers, and clinics.

Lifeward is a Massachusetts-based medical device manufacturer specializing in wearable robotic exoskeletons and rehabilitation technology for individuals with neurological disorders including spinal cord injury, stroke, brain injury, and multiple sclerosis. The company's product portfolio includes the ReWalk Personal Exoskeleton for user-initiated walking, the ReStore Exo-Suit for stroke rehabilitation, MYOLYN FES Cycling for functional electrical stimulation, and AlterG Anti-Gravity Systems for gait training and orthopedic recovery. Lifeward's solutions are designed for both clinical rehabilitation settings and home use, with FDA clearance and insurance coverage through major Medicare Advantage carriers. The company serves patients, veterans, and clinicians, offering custom fitting and comprehensive training programs to maximize functional independence and health outcomes in physical rehabilitation and recovery.

Myomo, Inc. manufactures the MyoPro®, an electronically controlled orthotic brace designed to restore functional arm and hand movement in patients with upper-limb paralysis. The device is indicated for individuals with stroke, brachial plexus injury (BPI), cerebral palsy, and other neuromuscular diseases or injuries. The MyoPro uses surface electromyography (sEMG) technology to detect residual muscle signals and trigger controlled electrical stimulation, enabling users to perform functional activities during therapy and in home settings. The company markets to both clinical rehabilitation providers and individual patients. Myomo has achieved Medicare reimbursement under DMEPOS (Durable Medical Equipment, Prosthetics, Orthotics, and Supplies) fee schedules, with CPT codes L8701 and L8702 established as of April 2024. The device is custom-fabricated for individual patients and is used primarily in stroke recovery, brachial plexus injury treatment, and veteran rehabilitation programs. The company emphasizes improved activities of daily living (ADL) outcomes and quality-of-life restoration. Myomo supports clinical education through webinars for clinicians, providers, and industry partners. The MyoPro represents a non-invasive, wearable neuroprosthetic approach to upper-limb rehabilitation, combining orthotic support with functional electrical stimulation technology.

REEV is a medical robotics company specializing in personalized mobility solutions for individuals with neurological gait disorders, including stroke survivors, multiple sclerosis, and paraplegia patients. The company offers an integrated two-product platform: REEV SENSE, an AI-powered wearable gait analysis system that captures real-time kinematic data via dual sensors, and DREEVEN, a motorized knee-ankle-foot orthosis (KAFO) that provides personalized robotic assistance based on patient-specific gait signatures. The system enables certified orthotists and rehabilitation clinics to perform rapid gait calibration, monitor patient progression through mobile analytics, and deliver customized motor control assistance in outpatient and clinical settings. REEV's technology integrates electro-hydraulic actuation with machine learning algorithms to adapt orthotic support dynamically to each patient's walking pattern, improving functional mobility and independence.