RSC Box Loading
Single-Row RSC Box Loading
Decrease labor costs and increase throughput as compared to manual box loading with Dyco’s Single-Row RSC Box Loading system. Also compatible with inserts, our integrated robotic arm allows for precise bottle pick-up and placement into regular slotted container boxes. Meanwhile, our quick change tool head allows for changeovers in under a minute.
- Custom, bottle-specific tooling for perfect control during packaging
- Packs upright or inverted
- High flexibility for future use with other products
Dual-Row RSC Box Loading
Dyco’s Dual-Row RSC Box Loading systems provide precise bottle pick-up and placement into regular slotted containers. We offer multiple options including a dual-row system and a dual-row and dual-lane solution – both of which come available with partition inserting.
- Custom, bottle-specific tooling for perfect control during packaging
- Packs upright or inverted
- High flexibility for future use with other products
High-Speed RSC Box Loading
Dyco’s High-Speed RSC Box Loading solution provides concurrent array building and box loading to maximize packaging speeds. Our high-speed solutions accept and load complete reshipper boxes or cases all at one time.
- System designed for today’s fastest blow molders
- System available with mutiple robotic options including Kuka and Fanuc
- Includes complete PLC control system with HMI touchscreen
RSC Box Loading Options
For applications that require inverting bottles, be sure to ask about Dyco’s Bottle Inversion solution. This automated feature works well with any of our RSC Box Loading systems.
Dyco’s Collaborative Solutions automate the labor intensive parts of your operation, allowing for better utilization of workers. Safety sensors stop or change modes of the machine, eliminating the need for safety fencing.
Dyco’s Partition Inserting application inserts partitions completely and accurately, preventing product movement inside the box during shipment. The industrial robotic arm provides high accuracy for precise partition pick and placement.
