PKR1 Case Packer
The PKR Delta Robotic Top Loader is a modular high-speed robotic case packing system designed to automatically load bags, pouches, and flexible packages into cases and trays.
Utilizing delta-style robotic technology, the system provides gentle continuous-motion product handling while maintaining consistent pack patterns and reliable throughput performance. The modular machine design allows flexible integration into existing packaging lines or complete end-of-line automation systems.
The robotic top loading system is designed for automated case packing applications involving flexible packages such as bags, pouches, and lightweight packaged products. Utilizing high-speed delta robotics, the machine automatically picks products from the infeed conveyor and places them into corrugated cases or trays with repeatable positioning and controlled product handling.
The system supports multiple package sizes, tray styles, and pack configurations while allowing rapid product changeovers between production runs. Vacuum or mechanical end-of-arm tooling options allow the robotic system to gently handle flexible products while maintaining product integrity and packing consistency throughout operation. The modular platform also allows the machine to be integrated into existing production lines or combined with case erecting, tray forming, sealing, and palletizing systems as part of a complete automated packaging solution.
- Equipment Type: Delta robotic top-load case packer
- Product Types: Bags, pouches, and flexible packages
- Loading Style: Robotic top-load case and tray packing
- Robotic System: Delta-style robotic pick-and-place
- Mechanical Rate (1 Pick): Up to approximately 50 picks per minute
- Mechanical Rate (2 Picks): Up to approximately 80 picks per minute
- Product Handling: Vacuum or mechanical gripping systems available
- Pack Pattern Capability: Programmable pack configurations
- Case Types: Corrugated cases and trays
- Machine Design: Modular industrial construction
- Motion Control: Servo-controlled robotic automation
- Integration Capability: Compatible with case erectors, tray formers, sealers, conveyors, and palletizing systems
- Changeover Type: Adjustable product and pack pattern configurations
- Operating Environment: Continuous-duty packaging applications
- Product Integrity: Gentle robotic handling for flexible packages
(Final specifications vary depending on product dimensions, package styles, throughput requirements, and overall system configuration.)
- Delta robotic top-load case packing system
- Designed for bags, pouches, and flexible packages
- Continuous-motion robotic product handling
- Modular machine construction
- Vacuum or mechanical product gripping options
- Gentle package handling design
- Automated top-loading into cases and trays
- Flexible pack pattern capability
- Supports multiple case and tray sizes
- High-speed robotic pick-and-place operation
- Compact integration-friendly machine layout
- Quick product and pack pattern changeovers
- Compatible with complete packaging line integration
- Continuous-duty industrial operation
- Compatible with case erecting, sealing, and palletizing systems
- Designed for automated packaging line expansion
The robotic case packer utilizes delta-style robots mounted above the product infeed area to perform continuous-motion product picking and placement operations. Flexible packages are conveyed into the robotic picking zone where the system tracks and positions products prior to automated pickup and loading into cases or trays. Depending on product requirements, the robotic tooling can utilize vacuum or mechanical gripping methods to maintain stable product handling during transfer.
The machine is capable of supporting multiple case and tray sizes along with various pack pattern configurations depending on application requirements. The modular machine design allows flexible layouts and simplified integration into both new and existing packaging lines while supporting future expansion or additional automation requirements.
The system is designed for continuous-duty packaging environments requiring dependable high-speed robotic case packing performance. Integrated controls and automated recipe management simplify operation while helping reduce changeover time between products and pack configurations.
The robotic top loading system is designed for automated case packing applications involving flexible packages such as bags, pouches, and lightweight packaged products. Utilizing high-speed delta robotics, the machine automatically picks products from the infeed conveyor and places them into corrugated cases or trays with repeatable positioning and controlled product handling.
The system supports multiple package sizes, tray styles, and pack configurations while allowing rapid product changeovers between production runs. Vacuum or mechanical end-of-arm tooling options allow the robotic system to gently handle flexible products while maintaining product integrity and packing consistency throughout operation. The modular platform also allows the machine to be integrated into existing production lines or combined with case erecting, tray forming, sealing, and palletizing systems as part of a complete automated packaging solution.
The robotic case packer utilizes delta-style robots mounted above the product infeed area to perform continuous-motion product picking and placement operations. Flexible packages are conveyed into the robotic picking zone where the system tracks and positions products prior to automated pickup and loading into cases or trays. Depending on product requirements, the robotic tooling can utilize vacuum or mechanical gripping methods to maintain stable product handling during transfer.
The machine is capable of supporting multiple case and tray sizes along with various pack pattern configurations depending on application requirements. The modular machine design allows flexible layouts and simplified integration into both new and existing packaging lines while supporting future expansion or additional automation requirements.
The system is designed for continuous-duty packaging environments requiring dependable high-speed robotic case packing performance. Integrated controls and automated recipe management simplify operation while helping reduce changeover time between products and pack configurations.
- Delta robotic top-load case packing system
- Designed for bags, pouches, and flexible packages
- Continuous-motion robotic product handling
- Modular machine construction
- Vacuum or mechanical product gripping options
- Gentle package handling design
- Automated top-loading into cases and trays
- Flexible pack pattern capability
- Supports multiple case and tray sizes
- High-speed robotic pick-and-place operation
- Compact integration-friendly machine layout
- Quick product and pack pattern changeovers
- Compatible with complete packaging line integration
- Continuous-duty industrial operation
- Compatible with case erecting, sealing, and palletizing systems
- Designed for automated packaging line expansion
- Equipment Type: Delta robotic top-load case packer
- Product Types: Bags, pouches, and flexible packages
- Loading Style: Robotic top-load case and tray packing
- Robotic System: Delta-style robotic pick-and-place
- Mechanical Rate (1 Pick): Up to approximately 50 picks per minute
- Mechanical Rate (2 Picks): Up to approximately 80 picks per minute
- Product Handling: Vacuum or mechanical gripping systems available
- Pack Pattern Capability: Programmable pack configurations
- Case Types: Corrugated cases and trays
- Machine Design: Modular industrial construction
- Motion Control: Servo-controlled robotic automation
- Integration Capability: Compatible with case erectors, tray formers, sealers, conveyors, and palletizing systems
- Changeover Type: Adjustable product and pack pattern configurations
- Operating Environment: Continuous-duty packaging applications
- Product Integrity: Gentle robotic handling for flexible packages
(Final specifications vary depending on product dimensions, package styles, throughput requirements, and overall system configuration.)
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