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Device hardware and software testing made Smarter, Faster, and more Precise. MATT is designed to physically interact with devices through replicating human input.

Developed for highly flexible use in production facilities and its adaptability unlocks new fields of application in agile manufacturing. AIMM is able to take on a variety of tasks

A multi-axis robot perfectly balances power and size - Durable Collaborative robots for your automation

Nova 5 has an 850 mm working radius to easily reach massage spots such as neck, back and waist. Its proprietary precision pressure control algorithm offers unparalleled experience

Proven worldwide in demanding applications & recognised for its capability to operate effectively as a compact inspection, or light work ROV. High-power compact electric work ROV.

The Ackerman front steering drive-by-wire chassis designed for the challenging road conditions and speed requirements of urban roads. Ultra-compact design with speed of 4.8m/s.

Held to the surface by suction force, the ICM Climber has been designed to adhere to essentially any hard surface with patented & highly flexible seal for moving over obstacles.

The HAPO FRONT is a light exoskeleton, intuitive to use and designed to relieve the upper limbs : shoulders and elbows. Aiming at reducing pain and improving working conditions.

Drive-by-wire platform with open CAN interface for engineering development and rapid prototyping of smart vehicles.

Fabrication & Dynamical Modeling of a Scalable Soft Continuum Robotic Arm with Integrated Proprioceptive Sensing

R1, an elegant and safe humanoid robot, is designed for the service and domestic robotics market with small footprint to move in cluttered office/home/mall environments.

Serval is a lightweight, low-cost, and compliant quadruped robot with actuated spine and high range of motion in all joints.

Rather than start from scratch after a failed attempt, the robot adapts in the moment to reflexively roll, palm, or pinch an object to get a better hold.

A hybrid AUV/ROV capable of working in deep water either as an autonomous vehicle, or via a tether. Powerful, tether-free operation with 360° hovering manoeuvrability.

A free-standing bipedal robot at the University of Michigan can now walk down steep slopes, through a thin layer of snow, and over uneven and unstable ground.

The four-legged robotic system Bert is a platform for researching biological locomotion. The purpose is to understand locomotor patterns and transfer them from nature to robotics.

MA-600 magnetic crawler wall-climbing robot, which consists of two magnetic crawlers, cabin body, bottom magnetic absorption group and front and rear auxiliary suction cups

Combines the MATE-XT shoulder assistance with advanced sensors to enable IoT solutions and benefits. Wi-Fi-connected sensors deliver near real-time data to an intuitive dashbaord.

Built on top of the versatile Husky base platform, Husky Observer is a fully integrated system that enables robotics developers to accelerate inspection solutions.

Shoulder support exoskeleton - Provide assistance for frequent arm lifting tasks. Light weight carbon fiber skeleton frame. Well attached without tightening.

A hybrid AUV/ROV capable of working in deep water either as an autonomous vehicle, or via a tether. Powerful, tether-free operation with 360° hovering manoeuvrability.

The Panther-XT Plus is a 1000m rated vehicle fitted with ten 500 Volt DC thrusters - eight horizontal and two vertical - with the option of a third vertical thruster.