3M engineers interconnects for complex robotic systems
The Robot Report: Solving the Interconnect Challenge in Modern Robotics: How 3M Is Engineering for Motion, Density, and Uptime
By Heilind Electronics As robotics systems grow more capable — faster, more precise, and increasingly reliant on AI-driven vision and control — the humble interconnect is being asked to do more than ever. Signal integrity, mechanical durability, and board real estate are no longer secondary considerations in robotics design; they’re often the limiting factor. 3M has built out a portfolio of connectors, cables, and cable assemblies aimed squarely at these pressure points, and the company&#
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As robotic systems become faster and more complex, the cables and connectors linking their components face new demands for durability and reliability. Modern robots require interconnects that can withstand millions of motion cycles, fit into increasingly dense circuit boards, and maintain signal integrity in environments filled with vibration and electromagnetic interference. Engineers designing robotic hardware must now treat interconnect selection as a critical engineering decision rather than an afterthought, since cable failure and connection problems are among the more common causes of unplanned downtime in automated systems.
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