MS Series Precision Servo Rotary Indexing Tables

Independent. Flexible. Heavy-Duty.

When your automation requires high load capacity and independent control, Centricity Automation’s MS Series Rotary Indexers can deliver the precision and performance you’re looking for. Engineered to operate without an external PLC, these precision servo rotary indexing solutions put you in complete control.

The MS Series setup is simple and intuitive. With the included touch screen pendant and M-Series Drive/Control Package, you can configure and run your indexing applications without any programming expertise. Motion profiles, torque adjustments, and complex indexing sequences can all be managed directly from the interface, so your production line adapts to your workflow, not the other way around. Advanced servo control and dual-bearing construction ensure smooth transitions between stations and accurate positioning, even under high-cycle conditions and heavy loads.

The MS Series is available in five standard models and dozens of sizes, capable of handling loads from grams up to tens of thousands of pounds, with dial diameters from 4 1/2 inches to over 60 inches. Custom configurations, including brake motors, secondary gear sets, custom dial plates, and machine bases allow the indexer to meet your exact application requirements. Whether you are retrofitting older machinery or outfitting new production lines, the MS Series is designed to simplify integration and keep your production line running reliably from day one.

MS Series – Conveyor Integration

The MS Series Rotary Indexer offers independent operation that makes it perfect for conveyor-based production lines where flexibility and high load handling are essential. With the M-Series Drive/Control Package, indexing cycles can be coordinated directly with conveyor operation without relying on a PLC. Custom dial plates, brake motors, and secondary gear sets keep seamless alignment with your conveyor system, while advanced servo control keeps heavy or high-inertia parts moving consistently at every cycle.