3M releases high-flex cables and connectors for robotics
3M has expanded its portfolio of interconnect solutions specifically for modern robotics, addressing challenges related to motion, density, and uptime. As robotic systems become more reliant on AI-driven vision and control, the physical connections between sensors, controllers, and actuators are becoming critical design constraints. The company offers high-flex cable assemblies tested for up to…
Key points
- 3M offers high-flex cables tested for up to 100 million cycles for robotic joints.
- IDC termination technology can save up to 80% in wiring time versus crimping.
- Reduced-pitch connectors double contact density in the same board area.
The portfolio also includes Insulation Displacement Contact (IDC) termination, a technology 3M invented in 1961, which can reduce wiring time by up to 80% compared to crimping. This speeds up production and simplifies field service. Additionally, 3M provides reduced-pitch connectors, such as the Cable Socket 451, which double contact density in the same board area. These components are designed to handle vibration and electromagnetic interference, which are common in dense robotic wiring environments.
This hardware strategy supports the industry's shift toward more autonomous and safety-critical robots. By providing validated options for flex life and assembly efficiency, 3M aims to help engineers make informed decisions during the component selection phase. The company emphasizes that these infrastructure choices directly impact a robot's long-term reliability and performance in the field.
Solving the Interconnect Challenge in Modern Robotics: How 3M Is Engineering for Motion, Density, and Uptime
The Robot Report · 1 November 2026
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