3M Addresses Interconnect Challenges in Robotics with Advanced Cable Solutions

Published
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RobotToday Industry Briefing RobotToday Industry Briefing graphic: a blueprint-style humanoid robot outline with annotations for perception, actuation and mobility, next to the Industry Briefing wordmark. 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RobotToday Industry Briefing

3M is responding to the growing demands of robotics systems by enhancing its portfolio of connectors, cables, and cable assemblies. As robotics become faster and more precise, the importance of signal integrity, mechanical durability, and efficient use of board space has surged, making these factors critical in design. 3M's high-flex cable assemblies are specifically engineered for motion-intensive applications, with CoaXPress-compatible assemblies tested for 45 million cycles and USB3 Vision-compatible assemblies rated for 100 million cycles.

The company's innovative Insulation Displacement Contact (IDC) termination technology simplifies wiring processes, saving up to 80% in wiring time compared to traditional methods. This efficiency is crucial for robotics builders, as it streamlines mass termination and allows for quick module swaps in production lines. Additionally, 3M's reduced-pitch connectors and compact Mini-Clamp options address the growing need for space-efficient designs in robotics, enabling higher contact density without compromising performance.

3M's Molded-On Cable Assemblies offer a robust solution for environments requiring sealed connections, while their connectors are designed to withstand constant vibration and manage EMI interference. These advancements position 3M as a key player in addressing the evolving hardware challenges faced by the robotics industry, particularly as the demand for real-time vision and sensor fusion increases.

Original report

Solving the Interconnect Challenge in Modern Robotics: How 3M Is Engineering for Motion, Density, and Uptime

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