Underwater
Sealed joints, corrosion-resistant materials, and sizing that accounts for drag and buoyancy.
Technology
Our pipeline turns a list of requirements into a complete robot arm design, sized around its actuators and checked before anything is built.
Payload, reach, workspace and the environment the arm will work in.
Optimised variants, with links and joints sized around the actuators.
Plug-and-play joints, whatever the type of motor.
Kinematics, loads and reach are tested before anything is built.
Manufacturing-ready parts, and an arm ready to deploy.
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A simplified visualisation of what we are building, not the output of our real pipeline.
Environments
The working environment is a design input, just like payload and reach. The same task produces a different arm under water than on a factory floor.
Sealed joints, corrosion-resistant materials, and sizing that accounts for drag and buoyancy.
Smooth, enclosed surfaces that do not trap particles, and materials that survive cleaning.
Protection against dust, rain and temperature swings, with a structure sized for uneven loads.
Speed, stiffness and repeatability for continuous industrial duty.