High-intensity therapy that drives recovery.

The Lokomat® Pro used with paediatric orthoses delivers the same evidence-based robotic gait training as the adult system, scaled precisely to smaller bodies and paired with age-appropriate virtual reality environments that turn therapy into play. Eligibility is based on the child's size rather than age. Children engage with interactive games while the system delivers hundreds of precisely guided steps per session.

The C-Mill combines instrumented treadmill walking with augmented reality projections onto the belt surface, challenging patients to adapt their gait to real-world-like obstacles, stepping targets, and irregular terrains. It trains the higher-level gait skills, including obstacle avoidance, dual-task walking, and reactive balance, that conventional treadmill therapy cannot address.

Riablo uses wireless motion-capture sensors to transform targeted therapeutic movements into engaging, interactive games. Patients perform precise exercises for trunk control, upper or lower limb function, while the system delivers real-time performance analytics and adaptive difficulty. The gamification element is clinically significant: it dramatically increases the number of repetitions patients complete while keeping effort and motivation high.

SensoPro is a precision sensorimotor training system that challenges the nervous system's ability to integrate proprioceptive, vestibular, and visual inputs for balance control. Progressive instability platforms with real-time biofeedback target the specific deficits in balance and body awareness that are common across neurological conditions, deficits that conventional physiotherapy rarely addresses with sufficient intensity.

The Telko is a robotic leg press system designed for intensive lower extremity strength and power training in neurological rehabilitation. It enables precise, high-repetition leg press movements with real-time force measurement and biofeedback, building the leg strength, endurance, and neuromuscular control that underpin safe standing, walking, and stair climbing. The system supports patients across all levels of lower limb function, from those with significant weakness to patients in the later stages of rehabilitation looking to maximise functional performance.

LEXO is a robotic end-effector gait trainer. The patient stands on two footplates that guide the walking movement, supported by a harness or saddle that takes over part of the body weight. Step length, cadence and speed are set precisely for each patient, and active participation is encouraged throughout, so the affected side is trained rather than bypassed. This makes intensive, repetitive walking practice possible even for patients who cannot yet walk on their own.

Pablo is a versatile upper extremity rehabilitation system addressing the complete kinematic chain from fingers to shoulder. Using sensor-based assessment and training tools, Pablo enables precise, quantified training of grip strength, wrist mobility, forearm rotation, elbow function, and shoulder range of motion. The system generates detailed assessment reports that guide treatment planning and document functional progress.

Myro is an interactive upper limb rehabilitation device featuring a sensor-based touchscreen surface that combines motor therapy and cognitive rehabilitation in one engaging system. Patients perform therapeutic tasks, real object manipulation, and goal-directed games that train upper extremity range of motion, force control, graphomotor skills, and activities of daily living, while simultaneously addressing attention, planning, and visual-spatial cognition. Myro is fully adjustable for use in standing, sitting, wheelchair, or bedside positions, and supports both unilateral and bilateral training for children and adults.

TYMO is a pressure-sensitive balance platform that measures centre-of-pressure shifts in real time and delivers interactive, gamified balance training through a tablet display. Patients receive immediate visual feedback on their weight distribution and postural control, enabling the kind of high-repetition, task-oriented balance practice that builds the automatic postural reactions needed for safe, confident standing and walking.

TyroStation is an integrated upper extremity rehabilitation workstation that brings together the Tyromotion device ecosystem, enabling therapists to run a seamless upper limb session across assessment, robotic training, and functional task practice without switching setups. It creates an efficient, patient-centred therapy environment that maximises the productive training time in every session.

D-Wall Elite is a large-format interactive rehabilitation wall that projects functional training tasks onto a screen surface, requiring patients to reach, step, and react to dynamic visual stimuli. It delivers high-intensity, task-oriented training for upper limb reach, balance, coordination, and reaction time, simultaneously challenging motor and cognitive systems in an engaging, goal-directed format.

Walker View combines an instrumented treadmill with real-time gait analysis, capturing spatiotemporal gait parameters, including step length, cadence, symmetry, and ground reaction forces, on every step. This data-driven approach allows therapists to identify specific gait deviations, design targeted interventions, and track functional walking improvements with clinical precision throughout the rehabilitation programme.

Vibramoov uses targeted mechanical vibration at the musculo-tendinous junction to stimulate muscle spindles and mimic the sensory signals of natural movement, prompting the central nervous system to reinitiate motor activity. Four treatment modes address different needs: reinitiating movement after immobilisation or central nervous system injury, reducing pain through gate-control stimulation, easing spasticity by activating antagonist muscles, and building strength and proprioception through guided isometric work.