Robotic Case Loading

Robotic case loading leverages the high-speed and flexible nature of robotics to pick and pack products of diverse types and sizes into cases. Robots can pack one unit at a time or multiple units concurrently depending upon tooling and packaging requirements. Mechanical case packing systems are often high maintenance and lack the flexibility provided by robots. Quick change end of arm tooling (EoAT) can quickly prepare the same robot to handle products of varying sizes and shapes.

  • Applications
  • Benefits
  • Specifications
  • How It Works
        • PACKAGING – transfer products from a production conveyor into packaging containers at a high speed
        • GENTLE PRODUCT HANDLING with custom EoAT and controlled acceleration/deceleration of the robot
        • OPTIMIZE FLOOR SPACE given the minimal footprint of a robotic case packing cell
        • Flexible - accommodate multiple product lines and/or future packaging requirements
        • High efficiency and productivity
        • Cost reduction - reduce labor and maintenance costs of manual and mechanical packing
        • Safety - eliminates repetitive motion injuries
        • Low maintenance
        • Turnkey installations - easily integrated with case erectors, case sealers, conveyors, and labelers
        • Precision performs a complete Factory Acceptance Test (FAT) on all equipment prior to shipment to ensure smooth and efficient startup.
        • In house End of Arm Tool (EoAT) design and manufacturing
      • Custom EoAT configurations to meet your pack pattern requirements
      • Throughput can reach up to 100 cycles/minute
      • Robots available to handle various rate and load requirements
      • Vision can be included for continuous motion picking and placing
      • Robotic system interfaces with PLC
      • System can be integrated with a case erector and case sealer to provide a fully automated packaging system solution

  • Products are automatically transferred into the robotic cell. Erected cartons or cases are fed into position where the robot will initiate the packing process. Using a custom EoAT, the product is picked and placed by the robot into the desired case/package. Completed cases exit the system and the robot begins packing the next case.

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