In an intermittent indexing system, parts are advanced through stations in controlled steps. The system pauses at each station to complete operations with stability and repeatability before indexing forward.
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 systems increase throughput by running multiple parts in parallel within the same indexed cycle.
This makes intermittent and multi-lane indexing a strong fit for applications that require:
Intermittent and multi-lane indexing is often the preferred solution when continuous motion adds unnecessary complexity or limits process control.
Many applications require dwell time to perform critical operations with precision. Others involve materials or components that are difficult to stabilize in motion. In these cases, indexing provides the repeatability, control, and flexibility needed
That can help manufacturers address challenges like:
Enables accurate processes requiring stability.
Improved control of flexible or delicate components.
Supports multiple product variations and process changes.
Mutli-lane configurations increase throughput.
Strong performance without high-speed system complexity.
Intermittent and multi-lane indexing is a strong option for manufacturers that requiring controlled movement, process flexibility, and accurate reliable processing.
Common applications include:
Haumiller does not treat continuous motion as the default solution for every automation challenge.
We evaluate part geometry, process requirements, throughput needs, and production goals ot determine if intermittent indexing or continuous motion is the right solution. Each system is engineered to balance performance, flexibility, and long-term scalability.
.webp)
.webp)
%20(1).webp)
.avif)
Talk with Haumiller about your product, process, and performance requirements.
.png)
.png)
