Robotics
Haptic Feedback in Practice
How robot-assisted games use haptic feedback to therapeutically train fine motor skills in children with DCD.
Discover articles about robot-assisted rehabilitation, motor learning, and therapeutic gamification for children.
How robot-assisted games use haptic feedback to therapeutically train fine motor skills in children with DCD.
The principles of gamification applied to rehabilitation games to increase motivation and hand-eye coordination in young patients.
An overview of how emerging technologies, like our systems, are transforming the clinical approach to motor developmental disorders.
Answers to frequently asked questions about our robot-assisted rehabilitation games for children with DCD.
Our systems are specifically developed for children with developmental coordination disorder (DCD) in a clinical setting. They are designed to therapeutically train fine motor skills and hand-eye coordination.
The systems use robotics to guide and support movements. Through haptic feedback, the child feels direct cues, while gamification elements increase motivation and enjoyment during training.
Gamification makes the exercises fun and challenging, which greatly increases the child's engagement. This promotes consistency in training and supports the motor learning process in a playful, interactive way.
Our systems are primarily developed for use under the guidance of a therapist in a clinical setting. For questions about possible home programs, please contact your treating specialist.
Yes, the principles of robot-assisted rehabilitation and gamification for motor learning are scientifically supported. Our development is based on research and collaboration with medical experts in the field of pediatric rehabilitation.
Do you have another question? Contact us.