Solution 02

Summary

Replacing crane and forklift transport of long and
heavy items with coordinated multi-AMR operation

Automate processes once tied to crane availability and dedicated operators. Multi-unit coordination
enables flexible transport that adapts to changes in payload and process layout — maximizing ROI.

  • Merit 01

    Eliminate crane bottlenecks and reduce inter-process lead times.

  • Merit 02

    Lowering equipment dependence to cut investment and upkeep expenses.

  • Merit 03

    Flexible factory layouts and unrestricted production processes.

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Use Case

  • Materials
    Manufacturing

    Inter-process transport of long materials

    Connected over 10 processes from molding to inspection via collaborative transport. Replaced overhead cranes to eliminate congestion and enable parallel workflows.

  • Chemicals
    Manufacturing

    Transporting film rolls

    Multi-unit transport of large film rolls. Traverses floors with rail grooves and enables 360° rotation for flexible, precise roll positioning.

Function and
Feature

  • 01 Free-form transport powered by advanced coordination and 360° movement

    Rotates on the spot and travels along both the long and short axes of the payload. Delivers flexible transport of heavy and long-format items.

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  • 02 Switch seamlessly between coordinated and single-unit transport for versatile use

    Smoothly transitions between coordinated transport and single-unit operation. A single unit can handle multiple roles — optimizing capital investment through flexible operation.

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Core Technology

  • 01

    Industry's first industrial-grade omnidirectional movement mechanism using ball drive

    We have achieved precise omnidirectional movement — impossible with conventional wheels or Mecanum wheels — using a ball-drive mechanism. Forward/backward, lateral, and rotational motion can be controlled independently and simultaneously, enabling instantaneous movement in any direction.

  • 02

    Visual SLAM

    TriOrb's proprietary Visual SLAM (Simultaneous Localization and Mapping) technology recognizes the surrounding environment in real time from visual information captured by onboard cameras. It simultaneously delivers millimeter-precision self-localization and constructs detailed environmental maps.

Application

We offer part installation and safety-focused customization to
suit your specific environment.

Process

We begin by analyzing your challenges, proposing value, and
simulating effects. Full deployment follows on-site verification.

  • Step 1 Challenge analysis
    and proposal

    • Hearing
    • On-site survey
    • Clarification of challenges
    • Proposal of value delivered

  • Step 2 PoC (Proof of Concept)

    • On-site driving tests
    • Requirement specification

  • Step 3 Deployment

    • System construction
    • Live environment operation
    • After-sales support

FAQ

  • Q How long is the operating time?

    A With the battery provided as an option, continuous operation is 3.5 hours. Battery capacity can also be adjusted according to your usage conditions. Please contact us for details.

  • Q Can it be used outdoors?

    A Basically, it is designed for indoor operation, but outdoor use is also possible depending on the conditions. Please contact us for details.

  • Q Can it travel on uneven floors or floors with steps?

    A Standard specifications allow travel over grooves up to 45mm, steps up to 10mm, and gradients up to approximately 9°. The standard ball diameter is φ100, but we also have production experience with φ140 and φ200. If you require other ball diameters, please feel free to contact us.
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Movie

Featuring use cases and live product demonstrations.

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