Empowering Mobility Through Innovative Exoskeletons

Revolutionizing movement for individuals with mobility impairments and enhancing recovery journeys.

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Advanced Robotic Support

Experience comfort and safety in every step.

Adaptive control for real-world applications.

Designed for recovery and improved balance.

User-Centric Design
Rehabilitation Focused

Empowering Mobility Through Innovation

At Twiicet, we develop advanced lower-limb exoskeletons to assist individuals with mobility impairments, focusing on comfort, safety, and adaptive control for real-world applications.

Several colorful prosthetic legs with intricate designs are displayed on stands. In the background, three people are intently observing an exhibition with informational displays about accessibility and assistive technology. A wheelchair is visible to the side.
Several colorful prosthetic legs with intricate designs are displayed on stands. In the background, three people are intently observing an exhibition with informational displays about accessibility and assistive technology. A wheelchair is visible to the side.
Our Mission
Who We Are

Our goal is to enhance the quality of life for those recovering from spinal cord injuries or strokes, enabling them to regain movement and balance with robotic support tailored to their needs.

Innovative Mobility Solutions

We develop advanced lower-limb exoskeletons to assist individuals with impaired mobility and enhance recovery.

A person is applying a black knee brace to another person's leg, which is resting on a pillow. The person is also holding a handheld electronic device with a small screen displaying some controls and information, likely related to therapy or treatment.
A person is applying a black knee brace to another person's leg, which is resting on a pillow. The person is also holding a handheld electronic device with a small screen displaying some controls and information, likely related to therapy or treatment.
A person with mobility aids is walking along a sidewalk in an urban setting. The individual is using crutches and is dressed in casual summer clothing, including a hat and shorts. The walkway is flanked by railings, and in the background, there are tall buildings and structures. The image is in black and white, contributing to a somber or reflective mood.
A person with mobility aids is walking along a sidewalk in an urban setting. The individual is using crutches and is dressed in casual summer clothing, including a hat and shorts. The walkway is flanked by railings, and in the background, there are tall buildings and structures. The image is in black and white, contributing to a somber or reflective mood.
Robotic Support System

Our exoskeleton provides robotic support to help users regain movement, balance, and independence in daily life.

Adaptive Control Technology

Experience comfort and safety with our adaptive control technology designed for real-world mobility challenges.

Mobility Solutions

Innovative exoskeletons for enhanced mobility and rehabilitation support.

A close-up interaction between two individuals, focusing on one person fitting a prosthetic arm onto another's arm. The prosthetic is sleek and metallic, suggesting advanced technology. The scene suggests a sense of care and assistance.
A close-up interaction between two individuals, focusing on one person fitting a prosthetic arm onto another's arm. The prosthetic is sleek and metallic, suggesting advanced technology. The scene suggests a sense of care and assistance.
Exoskeleton Development

Our exoskeleton project focuses on aiding mobility for individuals recovering from injuries, providing robotic support for movement, balance, and comfort in everyday situations.

A large, mechanical, four-legged walker stands among trees and foliage under a clear blue sky. Sunlight filters through the trees, casting highlights on the metallic structure, surrounded by a wooden fence and bushes.
A large, mechanical, four-legged walker stands among trees and foliage under a clear blue sky. Sunlight filters through the trees, casting highlights on the metallic structure, surrounded by a wooden fence and bushes.
Adaptive Technology

We aim to create adaptive control systems that ensure safety and comfort, allowing users to regain independence and improve their quality of life through advanced robotic assistance.

The exoskeleton from Twiicet has transformed my recovery journey, providing support and renewed hope.

John Doe

A person wearing a red coat and hat is using a red walker to navigate on a city street. Surrounding the individual are several traffic cones and moving vehicles. The scene suggests urban traffic and mobility assistance.
A person wearing a red coat and hat is using a red walker to navigate on a city street. Surrounding the individual are several traffic cones and moving vehicles. The scene suggests urban traffic and mobility assistance.
A woman with a prosthetic leg is standing indoors near a large window. She holds a handbag on her shoulder and is reaching out to press a button on a tall, sleek object in front of her. The room is decorated with green plants in planters and has a polished floor. Outside the window, there is lush greenery.
A woman with a prosthetic leg is standing indoors near a large window. She holds a handbag on her shoulder and is reaching out to press a button on a tall, sleek object in front of her. The room is decorated with green plants in planters and has a polished floor. Outside the window, there is lush greenery.

★★★★★

Mobility

Empowering movement through innovative exoskeleton technology.

Support

Balance

andersnyberg@twiicet.fun

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