PABLO

PABLO® is an all-rounder when it comes to activities of daily living. Position sensors and numerous accessories open up incredibly flexible therapeutic options in a safe environment for patients of many impairment levels. The Pablo forms part of the TYROSTATION and is a versatile sensor based rehabilitation system that can be used to treat both the upper and lower limbs.

The PABLO is an effective device for rehabilitation of various conditions that affect the lower limbs including neurological, orthopaedic and paediatric patients. It can be used to wirelessly analyse a patients gait pattern giving detailed and reliable data on how a patient mobilises and where treatment is needed to help patients be more stable on their feet, walk with greater symmetry and increased speed across the floor.

• Endless possibilities: Combining PABLO^® Motionsensors with the TYROS software enables various motivating therapeutic movement exercise with additional feedback
• Assessments for measuring the strength of hand functions and the active range of motion of the upper extremity
• Interactive therapy games increase motivation and ensure target-oriented repetitive therapy
• Report and documentation options: Individual data and therapy progress are documented in your electronic patient file
• Link to daily routine: Link to daily routine supports the motivation of the patient and enables motor learning
• Minimal movements become visible: The sensitivity of the Motionsensors enables tracking of elemental movements

Functionality

• Measurement of various gripping patterns of the human hand and the resulting forces
• Built-in strength sensors measure extension and flexion force of the hand
• Training of pronation and supination training as well as wrist extension and flexion training
• Measurement of exerted force for pinch, lateral-, three point- and interdigital grips
• Motionsensors with built-in Inertial Measurement Units (IMU) measure every kind of body movement (head, arm, trunk, leg)
• Ergonomic design for adults and children
• Individual positioning of Motionsensors
• Interactive movement training with audiovisual feedback

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