New compatibility of our slip rings with Rockwell Automation’s ArmorKinetix™ servo drives.

Servotecnica, a global motion control company, has today announced full compatibility of its high-performance SVTS C Series slip rings with Rockwell Automation ArmorKinextix™ Distributed Servo Drives.

This compatibility brings enhanced reliability and efficiency to industrial automation applications, particularly in the packaging industry, where high-speed rotary motion, continuous operation, and seamless power transmission are critical.

ArmorKinetix Distributed Servo Drives are designed to provide decentralized motion control, reducing cabinet space, minimizing wiring complexity, and improving machine flexibility. When combined with Servotecnica’s slip rings, manufacturers can now develop highly efficient, modular, and scalable systems that enhance productivity in carousel-based packaging machines, rotary indexing tables, and automated filling systems.

By integrating Servotecnica slip rings with ArmorKinetix Distributed Servo Drives, OEMs can achieve:

• Higher Reliability – Slip rings provide continuous electrical connectivity, reducing downtime caused by cable fatigue or breakage.
• Increased Throughput – Carousel-based layouts enable more efficient operation than linear configurations, significantly boosting machine throughput.
• Simplified Wiring & Installation – Decentralized architecture and slip ring integration minimize wiring complexity, reducing setup time and maintenance.
• Improved Operational Efficiency – Continuous and reliable power transmission ensures maximum uptime for rotary packaging systems.

“Servotecnica is committed to providing cutting-edge solutions for industrial automation, and our seamless compatibility with products such as ArmorKinetix help us achieve this,” said Fabio Bistoletti, CEO of Servotecnica USA.  “For packaging applications, especially those utilizing rotary carousels and high-speed indexing systems, our slip rings ensure uninterrupted power and signal transmission, reducing maintenance and improving overall equipment efficiency.”