Mechanically Synchronized Pick-and-Place and Dial Indexing
- Michael Martin
- Mar 18
- 2 min read
Updated: Apr 1
High-speed assembly systems often rely on precise coordination between part feeding mechanisms and indexing dials. When multiple motions must occur in perfect timing—such as feeding a part and positioning it on a dial—machine builders need a solution that guarantees synchronization without introducing unnecessary control complexity.
By combining a Sankyo Automation Indexing Drive with an Oscillating Handler, manufacturers can create a mechanically synchronized pick-and-place system capable of operating reliably at high speeds.
Coordinated Motion for Dial Indexing Systems
In this application, the Indexing Drive controls the rotary motion of a dial that moves parts between stations. At the same time, an Oscillating Handler feeds components onto the dial.
Rather than relying on sensors or electronic motion control to coordinate these actions, the oscillating handler is mechanically synchronized with the input shaft of the indexing drive. This direct mechanical linkage ensures that the pick-and-place motion occurs in perfect timing with the dial’s indexing movement.
Because both mechanisms share a mechanical relationship, every cycle remains precisely coordinated—even at high operating speeds.
Reliable High-Speed Operation
Mechanical synchronization eliminates the need for complex programming or sensor-based sequencing between the feeding mechanism and the dial. This approach offers a dependable solution for applications where repeatability and cycle consistency are critical.
With the Indexing Drive and Oscillating Handler working together, manufacturers benefit from:
Precise timing between part placement and dial indexing
Stable operation at high cycle rates
Reduced control system complexity
Consistent part handling and transfer
This makes the solution ideal for automated assembly lines where parts must be transferred quickly and accurately between stations.
Simplified Integration for Machine Builders
Sankyo Automation designs its motion systems to integrate easily into automated machinery. When paired together, the Indexing Drive and Oscillating Handler create a synchronized mechanical solution that reduces the need for additional sensors, controls, or programming.
The result is a clean and efficient system design that maintains reliability while supporting high-speed production.
Key Benefits
Mechanically synchronized motion between pick-and-place and dial indexing
Reliable operation at high speeds
Reduced reliance on sensors or complex control logic
Consistent part feeding and transfer between stations
A Proven Solution for Dial-Based Assembly Systems
For machine builders developing high-speed dial indexing systems, combining an Indexing Drive with an Oscillating Handler provides a robust and efficient method for part feeding and placement. Mechanical synchronization ensures every movement stays precisely coordinated, enabling reliable operation and consistent throughput in demanding automation environments.
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