Exoskeleton Technology

Innovative support for mobility-impaired individuals through robotics.

A person is seated in a motorized wheelchair on a city street, wearing bright red sneakers and a patterned hoodie. The wheels of the wheelchair and the urban environment are visible.
A person is seated in a motorized wheelchair on a city street, wearing bright red sneakers and a patterned hoodie. The wheels of the wheelchair and the urban environment are visible.
Robotic Mobility Aid

Enhancing movement and balance for improved quality of life.

Two elderly individuals are moving along a paved path in an urban setting. One person is using a mobility scooter and the other is walking with a cane. They are both dressed in light-colored clothing and surrounded by buildings and trees.
Two elderly individuals are moving along a paved path in an urban setting. One person is using a mobility scooter and the other is walking with a cane. They are both dressed in light-colored clothing and surrounded by buildings and trees.
Adaptive Control

Ensuring safety and comfort in real-world applications.

A person is holding a tablet device displaying a digital rendering of a leg with a white medical cast. In the background, there is a medical examination table and glass panels with red stripes.
A person is holding a tablet device displaying a digital rendering of a leg with a white medical cast. In the background, there is a medical examination table and glass panels with red stripes.
A wheelchair with large pneumatic wheels is positioned on a wooden deck next to a black garbage can. The wheelchair has a blue seat and backrest with gray metal frame. The deck is surrounded by a wooden fence, and there are leaves on the ground.
A wheelchair with large pneumatic wheels is positioned on a wooden deck next to a black garbage can. The wheelchair has a blue seat and backrest with gray metal frame. The deck is surrounded by a wooden fence, and there are leaves on the ground.
User Empowerment

Helping individuals regain independence through advanced technology.

Real-World Use

Designed for practical applications in everyday environments.

→
→
→
→

Exoskeleton Technology Solutions

Innovative lower-limb exoskeletons for enhanced mobility and recovery in individuals with impaired movement.

Robotic Mobility Support

Our exoskeletons provide robotic assistance to help users regain movement and improve their balance.

A wheelchair is parked against a light-colored wall next to a curb ramp. It is accompanied by a folded newspaper on the seat, and the scene conveys an outdoor setting with a partial view of the street.
A wheelchair is parked against a light-colored wall next to a curb ramp. It is accompanied by a folded newspaper on the seat, and the scene conveys an outdoor setting with a partial view of the street.
Adaptive Control Systems

We focus on safety and comfort, ensuring our exoskeletons adapt to real-world usage needs.

A silhouette of a person in a wheelchair set against a dimly lit tunnel with an urban backdrop visible in the distance. Overhead lights cast a subtle glow, partially illuminating the brick pathway.
A silhouette of a person in a wheelchair set against a dimly lit tunnel with an urban backdrop visible in the distance. Overhead lights cast a subtle glow, partially illuminating the brick pathway.
Mobility

Empowering movement through innovative exoskeleton technology.

Support

Balance

andersnyberg@twiicet.fun

© 2025. All rights reserved.