The Syrebo Hand Rehabilitation Unit is an advanced yet user-friendly rehabilitation device developed to support hand recovery at home. Using soft robotic exoskeleton technology combined with neuroscience principles, it offers passive and active training programs suitable for all stages of rehabilitation. Designed to encourage neuroplasticity through repetitive, task-specific practice, the system helps users rebuild meaningful hand function. A patented mirror training function allows the stronger hand to guide movement in the affected hand, supporting motor relearning and functional improvement.

The Syrebo E12 Rehab Robot Glove delivers structured, technology-driven hand rehabilitation for patients recovering from neurological or musculoskeletal conditions. Featuring multiple intelligent training modes and adjustable assistance levels, it supports progressive improvement in hand movement, strength, and fine motor control. Suitable for both home-based therapy and professional clinical environments, the E12 enables consistent, repeatable training aligned with modern rehabilitation protocols. Interactive training modes, including game-based exercises, encourage user engagement while supporting measurable functional gains over time.

The Syrebo E12 Rehab Robot Glove delivers structured, technology-driven hand rehabilitation for patients recovering from neurological or musculoskeletal conditions. Featuring multiple intelligent training modes and adjustable assistance levels, it supports progressive improvement in hand movement, strength, and fine motor control. Suitable for both home-based therapy and professional clinical environments, the E12 enables consistent, repeatable training aligned with modern rehabilitation protocols. Interactive training modes, including game-based exercises, encourage user engagement while supporting measurable functional gains over time.

The Syrebo E12 Rehab Robot Glove delivers structured, technology-driven hand rehabilitation for patients recovering from neurological or musculoskeletal conditions. Featuring multiple intelligent training modes and adjustable assistance levels, it supports progressive improvement in hand movement, strength, and fine motor control. Suitable for both home-based therapy and professional clinical environments, the E12 enables consistent, repeatable training aligned with modern rehabilitation protocols. Interactive training modes, including game-based exercises, encourage user engagement while supporting measurable functional gains over time.

The Syrebo E12 Rehab Robot Glove delivers structured, technology-driven hand rehabilitation for patients recovering from neurological or musculoskeletal conditions. Featuring multiple intelligent training modes and adjustable assistance levels, it supports progressive improvement in hand movement, strength, and fine motor control. Suitable for both home-based therapy and professional clinical environments, the E12 enables consistent, repeatable training aligned with modern rehabilitation protocols. Interactive training modes, including game-based exercises, encourage user engagement while supporting measurable functional gains over time.

The THERA-Trainer toro is a next-generation robotic-assisted cycling system developed for professional rehabilitation environments. It enables passive, assistive, and active movement therapy for both upper and lower extremities. Featuring intelligent motor control, programmable therapy modes, and integrated software with gamification and video routes, it enhances patient engagement and treatment outcomes. The system supports a wide range of clinical indications, from neurological rehabilitation to geriatric care, while offering precise control, safety features, and efficient workflow integration.

The HeartSave myPAD is a versatile automated external defibrillator (AED) designed for personal, public, and professional use. Featuring pre-connected electrodes, intuitive visual and voice guidance, and optional touchscreen functionality, it enables rapid intervention in cardiac emergencies. The device supports both semi-automatic and fully automatic operation, with integrated CPR feedback to optimise resuscitation quality. Its compact, portable design and optional IoT connectivity allow for remote monitoring and management, ensuring device readiness and compliance across clinical and public environments.