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Exoskeleton manufacturing is a complex, interdisciplinary process that merges mechanical engineering, robotics, material science, and bio-mechatronics. The core objective is to create a wearable machine that achieves the challenging balance of being lightweight and robust while moving seamlessly with the human body.
The process differs significantly based on whether the exoskeleton is passive (unpowered, uses springs/dampers for support) or active/powered (uses motors and batteries for assistance).The rigid frame of the exoskeleton, which bears the load and houses the motors, must be manufactured with high precision and strength-to-weight ratio.
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