Intermittent indexing moves parts through an automated assembly system in controlled intervals. Instead of keeping components in constant motion, the machine advances parts to each station, pauses, completes the required operation, and then indexes to the next step.
This controlled dwell time allows machine functions to be performed with accuracy and stability, especially when an application involves difficult parts, delicate materials, or process steps that require more time.
Multi-lane indexing adds another layer of output potential by running multiple parts simultaneously within the same indexed cycle. This helps manufacturers increase production capacity while maintaining the control and repeatability of an intermittent motion platform.
This makes intermittent and multi-lane indexing a strong fit for applications that require:
Intermittent and multi-lane indexing is often used when continuous motion creates too much complexity or is not the best fit for the product, process, or production goals.
Some applications need a controlled stop to complete an operation accurately. Others involve parts or materials that are difficult to manage while continuously moving. In those cases, indexing can provide the stability and flexibility needed to build a more reliable automation process.
That can help manufacturers address challenges like:
Intermittent and multi-lane indexing is a strong option for manufacturers that need controlled movement, process flexibility, and accurate station-based operations.
Common applications include:
Indexing gives each station a defined pause to complete its operation. This is valuable for assembly, material application, inspection, welding, gluing, heat application, or other process steps that require stability and accuracy.
Some parts are difficult to manage in constant motion. Intermittent indexing can provide better control for flexible, irregular, delicate, or small components that need more stable positioning during assembly.
Indexing systems can support multiple part variations and make it easier to add operations to the process. This is especially useful for manufacturers that need automation built around changing product requirements.
For applications that need higher production volume, multi-lane indexing allows multiple parts to run simultaneously within the same indexed cycle. This helps increase output while maintaining precision, repeatability, and control.
When high-speed continuous motion is not required, intermittent indexing can provide a more practical initial automation approach while still supporting performance, quality, and process reliability.
Intermittent indexing can be used for applications involving parts that are difficult to control in continuous motion, such as bags, wires, flexible materials, irregular components, or small parts that require stable positioning.
Industry: Multiple Industries
Product: Application-Specific Components
Platform: Intermittent Indexing
Throughput: Application-specific
Why Intermittent Indexing: Provides controlled stops for better part handling, positioning, and process stability
Indexing systems are well-suited for applications involving glues, lubricants, tapes, adhesives, welders, heat application, inspection systems, or other secondary process equipment.
Industry: Multiple Industries
Product: Application-Specific
Platform: Intermittent Indexing
Throughput: Application-specific
Why Intermittent Indexing: Allows controlled dwell time for accurate material application and process execution
For applications that require more output but still need controlled station-based operations, Haumiller can design multi-lane indexing systems that run multiple parts at the same time within the same indexed cycle.
Industry: High-Volume Manufacturing
Product: Application-Specific
Platform: Multi-Lane Indexing
Throughput: Application-specific
Why Multi-Lane Indexing: Increases output while maintaining precision, repeatability, and process control
Haumiller does not treat continuous motion as the automatic answer for every automation challenge.
Each system is engineered around the product, process requirements, part behavior, material needs, throughput goals, budget, and long-term production environment. In some applications, continuous motion provides the best path to speed and efficiency. In others, intermittent or multi-lane indexing offers the control, dwell time, flexibility, and cost structure the project actually needs.
Haumiller helps manufacturers evaluate the right automation platform at the start of the project, then designs the system around the application. From feeding and tooling to controls, inspection, secondary processes, and line integration, each solution is built to support reliable production performance.
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Talk with Haumiller about your product, process, and performance requirements.
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