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Wire harness design for humanoid robots

Make the most out of extremely constrained spaces

A humanoid robot works on autonomous motorized vehicles on an assembly line.

Designing electrical and wiring harness for humanoid robots presents a unique set of intricate challenges. Navigating extremely constrained spaces within joints and dexterous hands, where a bend radius of less than 30 mm is the norm. On top of that, rapid advancements in algorithms constantly impact sensors and actuators, demanding perfectly synchronized mechanical and electrical design workflows to avoid costly, time-consuming rework.

Traditional design methods simply can't keep up with the precision and agility that's required for humanoid robot development.

Engineers need a dedicated wiring harness platform that balances ease of use, cost efficiency and advanced functionality for enterprise-level needs.

This ebook takes a closer look at Capital, an electrical and wiring harness design solution from Siemens, and how it applies to the complexities of humanoid robot development.

Get your free copy today and discover new ways to achieve unparalleled precision in the tightest spaces, seamlessly synchronize design iterations and accelerate your R&D efficiency and accuracy with the right solutions.

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