Automation Solutions

Contract manufacturers and OEMs trust Haumiller to deliver quality automated assembly machines for high-volume disposable products.
Haumiller equipment is production-ready faster, more efficient, reliable, and often exceeds 95% OEE.

Continuous Motion Assembly

Continuous motion assembly systems offer unparalleled productivity benefits, including reduced maintenance costs, higher yields, and smoother, quieter operation, all thanks to the constant, precise alignment of parts during high-speed assembly.

How Continuous Motion Assembly Systems Maximize Productivity.

Output doesn’t get any faster than with a continuous motion assembly machine. But speed isn’t the only benefit of continuous motion technology. It’s about optimizing the process for the most consistent, highest quality performance. In high-speed continuous motion, multiple processes occur without interruption for every cycle, effectively overlapping. And because the tooling never loses contact with the individual components, part alignment is maintained during high-speed assembly.

The result is smoother processes in assembly machines that are much less likely to damage either your components or the machinery itself. The benefits to your equipment include:

  • Significantly lower maintenance costs than indexing systems.
  • Multiple, longer processes (some up to 3-4 seconds) automated on one continuous motion assembly machine—cycling at 400 cpm or higher.
  • More “up time” in production, resulting in higher net yields.
  • Customized machine design with a smaller footprint (sometimes by factors of 10 or more compared to other technologies).
  • Quieter, smoother running machine.

Your company can maximize these benefits by designing new products with assembly automation in mind, using custom automation solutions provided by our engineering expertise.

Maximizing Productivity with Continuous Motion Assembly

Continuous motion assembly machines provide the fastest possible output, but their benefits go beyond just speed. This technology optimizes the assembly process for unmatched consistency and quality. Unlike traditional systems, continuous motion allows multiple processes to occur simultaneously within each cycle, ensuring a seamless workflow. With tooling that maintains constant contact with components, part alignment is preserved even at high speeds.

Key Features of Continuous Motion Technology

  • Seamless Operation: Processes occur without interruption, overlapping to enhance efficiency.
  • Precision Part Alignment: Tooling never loses contact with components, reducing misalignment issues.
  • High-Speed Performance: Machines operate at speeds of 400 cycles per minute (CPM) or higher while maintaining accuracy.
  • Business Benefits of Continuous Motion Assembly

    • Reduced Maintenance Costs: Continuous motion systems require significantly less maintenance than indexing systems.
    • Increased Production Efficiency: Longer automated processes (up to 3–4 seconds) on a single machine maximize uptime.
    • Smaller Footprint: Custom-designed machines take up significantly less space—sometimes by factors of 10 or more.
    • Smoother & Quieter Operation: Reduced mechanical wear and noise improve the overall production environment.

    Your company can further enhance these advantages by designing new products with automation in mind, leveraging our custom engineering expertise to develop tailored solutions.

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    Where high performance automation meets innovation.

    Our Testing Process Simplified

    Our testing team isn't trying to make the machine work—they're trying to make the machine fail. We assess the durability of every machine to ensure your machine will last with any operator under any condition.

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    Phase 1

    A series of short tests of every separate function of the machine to find obvious errors while running only the specific parts, and is completed when each function of the machine has run approximately 10 seconds.

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    Phase 2

    Phase 2 is a series of tests, operating the machine as a whole interactive system. It is completed when the machine has run approximately 5 consecutive minutes with every function working.

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    Phase 3

    A test of each specified set of parts, with every function working and the machine operating as a complete, interactive system. This phase is considered complete when the machine has run satisfactorily for 30 consecutive minutes unless a different time frame is specified.

    We go above and beyond to understand clients' unique needs, providing solutions that are tailored to their goals.

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    Discover Our Innovative Automation Solutions

    At Haumiller Engineering, we specialize in designing and developing custom automation systems that seamlessly integrate into various industrial processes. Our expertise lies in crafting unique solutions that cater to your specific needs, ensuring precision, efficiency, and cutting-edge design.