Hocoma AG products

The ArmeoPower is an advanced robotic rehabilitation device developed by Hocoma for guiding arm and hand exercises in the early stages of rehabilitation. It offers adjustable robotic assistance, allowing patients with severe motor impairments to perform exercises with high repetition through a combination of 1D, 2D, and 3D movements. By supporting the weight of the patient's arm and hand, it facilitates extensive workspace training. The device features augmented performance feedback, providing motivating, game-like exercises tailored to enhance strength and range of motion, vital for daily activities. Its design helps reduce the therapist's manual workload and enables better exercise planning. The ArmeoPower records patient performance to enable objective assessments of motor functions, which can be shared with healthcare professionals for analysis and documentation. Integrating into the modular Armeo Therapy Concept, it provides comprehensive support throughout all rehabilitation stages, from acute care to long-term recovery, enhancing therapy efficiency and intensity.

Prolonged immobilization and reduced mobility have large consequences on the physical health status of the patient and can lead to various musculoskeletal and cardiovascular complications. Research has shown that immobilization in the early phase of acute medical treatment and after has a negative effect on the recovery process as well as long-term mortality rate.

The Andago V2.0 is a sophisticated device designed to facilitate overground gait and balance training for individuals with walking or balance impairments. This equipment offers dynamic and individually adjustable body weight support, ensuring safe training conditions for both patients and therapists. By incorporating a body weight support and fall protection system, it enables clinicians to conduct intense and versatile therapeutic activities without having to physically support the patient. The Andago V2.0 is notable for its seamless integration into clinical routines without requiring any infrastructural modifications. It enables flexible patient use across various indoor settings, offering both self-determined and guided walking options. The system documents key training results, which can be exported via USB, allowing for meticulous tracking of rehabilitation progress. This device effectively bridges the gap between treadmill-based gait training and free overground walking, contributing significantly to the continuum of gait rehabilitation.