Industrial Motion Control Systems at SPS 2026

The SPS 2026 trade show took place from November 24 to November 26, 2026, in Nuremberg, Germany. Integrated motion control technologies, precision actuators, and decentralized drive systems were presented for deployment across manufacturing lines, automated guided vehicles, and robotics.

Core Technology and System Architecture
The exhibited system architecture combines IEC 61131-3 compliant controllers with deterministic real-time Ethernet networks to synchronize multi-axis servo drives and precision linear actuators. Kollmorgen servo platforms interface with Thomson ball screw linear units and Portescap miniature brushless DC motors through standardized communication protocols. Decentralized I/O nodes and Bauer gear motors coordinate local torque and velocity loops, while Warner Electric electromagnetic safety brakes ensure fail-safe mechanical locking during power-loss conditions.

Industry Applications
Target applications encompass discrete manufacturing cells, high-speed packaging lines, automated material handling systems, and medical device manufacturing. Concrete use cases involve coordinated 7th-axis cobot transfer units operating alongside conveyor systems for precision pick-and-place routines. These integrated configurations achieve enhanced process stability by minimizing mechanical backlash and synchronizing trajectory generation across disparate motion axes.

Deployment and Implementation
Implementation involves integrating multi-brand motion components into unified machine control loops using standard fieldbus interfaces and centralized engineering software. Retrofitting brownfield automation cells proceeds through modular gateway units that couple legacy machinery with modern servo drives and safety controllers. Application engineering workflows leverage manufacturer-verified sizing tools to align motor torque curves, gear ratios, and load inertia parameters prior to physical commissioning.

Operational Impact and Performance Metrics
The coordinated multi-axis architecture reduces motion settling times and eliminates cumulative tracking errors across complex transfer sequences. Localized drive diagnostics and digital feedback loops lower thermal dissipation in motor windings while optimizing dynamic power consumption profiles. These engineering efficiencies maximize machine throughput, reduce mechanical wear on transmission components, and extend operational lifespans under continuous duty cycles.

Edited by Sucithra Mani, Induportals editor – adapted by AI

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