Smart Robot Logistics Assembly

Loading and Unloading

Problem

Manual handling of heavy workpieces is labor-intensive, slow (ranging from 100 to 200 cycles per hour), and poses safety risks. Traditional semi-automated equipment lacks the flexibility to quickly adapt to varying product sizes and frequent line changes.

Solution

The Revopoint Vbot 9C collaborative robot, featuring ±0.03mm repeatability and an adaptive gripper, facilitates automated loading and unloading at over 300 cycles per hour. Equipped with a vision positioning system, it detects the workpiece's position and orientation, accommodates various material sizes, and reduces changeover time to 15 minutes.

Palletizing and Depalletizing

Problem

Manually palletizing cartons and bagged goods in warehouses is physically demanding, with efficiency dropping by more than 30% during night shifts. Traditional palletizers are bulky and cannot operate flexibly in tight spaces such as truck containers.

Solution

The Revopoint Vbot 14C (12 kg payload) features 3D vision and dynamic path planning for the intelligent stacking of irregular boxes (e.g., liquor cases, foam boxes), achieving 98% pallet neatness. Its compact design allows mobile deployment, enabling operation inside trucks or in temporary sorting areas, reducing space and facility costs.

Sorting & Warehousing

Problem

E-commerce warehouses experience high sorting errors (~5%) due to the complexity of their SKUs and rely on costly temporary labor during peak seasons. Traditional fixed conveyor lines limit flexibility and slow production upgrades.

Solution

The Vbot 9/Vbot 9C dual-robot system combines high-speed picking (Vbot 9) with high-precision sorting (Vbot 9C), cutting errors to under 0.1%. Its modular design enables rapid workstation expansion, allowing line capacity upgrades within 3 days.

Precision Assembly

Problem

Manual assembly of micro-components, such as conveyor rollers and bearings (with a tolerance of ±0.1 mm), yields a low rate (85%) and incurs high rework costs. Traditional industrial robots lack the precision required, and flexible automation lines are prohibitively expensive.

Solution

The Vbot 9 robot, featuring ±0.03 mm repeatability and force control sensing, performs sub-5N micro-force insertions for shafts and screws, increasing yield to 99.5%. It supports drag-to-tech teaching, enabling users to adjust assembly logic without coding or specialist assistance.

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Technical Support

  • Compatible Devices

    Revopoint 3D camera vision system

  • SDK Support

    SDK interface supports the rapid
    development of more applications

  • Download Center

    Get the latest software and
    hardware manual to help you start

Why Choose Us

  • Streamlining

    Workflow

  • Improved

    Production Efficiency

  • Safety

    and Stability

  • Superior

    Performance