The first intelligent industrial exoskeleton,
is designed to reduce the risk of shoulder muscle complaints during manual material handling tasks.
Wearable robotics in the service of employees
Reduced stress
Improves physical performance by reducing stress and the risk of muscle pain caused by strenuous manual picking activities.
Improved performance
Designed to support users without hindering their work activities, improving both well-being and productivity.
Flexible realisation
Suitable for various application scenarios with simple management across multiple work shifts.
Quick set-up
Fast familiarisation time for users without the need for adjustments to the factory workstations.
The ideal exoskeleton for manual material handling tasks
The first exoskeleton based on semi-active technology with integrated artificial intelligence that is able to automatically recognise and support picking activities.
Intelligent support
The sensor-controlled wristbands with artificial intelligence algorithms enable Agadexo Shoulder to activate automatically only when the user lifts/lowers a payload and to provide assistance when needed.

Efficient hybrid technology
Semi-active actuators consist of an elastic mechanism paired with an electric motor and are designed to minimise power consumption, reduce the weight of motors and batteries and increase user comfort.

Intuitive and fast control
A user-friendly command interface ensures maximum convenience when managing and controlling the device

Ergonomic and robust design
The carbon fibre mechanical structure is designed to ensure maximum freedom of movement, lightness and resistance.









Up to 40 % reduction in muscle strain at shoulder level - Find out more about the scientific study
Everything is easier in the end
Our shoulder exoskeleton impresses with its performance
Agadexo Shoulder was developed to relieve the shoulders during manual material handling tasks and thus reduce the risk of musculoskeletal disorders and accidents at work. It is tailored to lifting, carrying and lowering tasks in the upper body area from hip to head height, which often occur in industrial plants.

