Dorner conveyors have the answers in pharmaceutical automation project

Using their manual processes, the customer was constrained to processing no more than 2,200 cases of drugs per day. Shipments often arrive by the truckload where hundreds and sometimes thousands of kilos of varying size cartons of up to 25kg in weight are offloaded into a secure processing area. Due to solid business growth, the customer wanted to handle larger volumes without relocating or significantly remodelling their facility. The Dorner conveyors design team worked with the customer to engineer a design that would work within these constraints and yet fully automate the identification and sorting of the incoming cartons. The end result is an easily maintained, flexible, and automated system that is capable of processing up to 12,000 cases per shift and is expandable to support further growth.

The system features a unique product induction area that allows truck drivers to unload directly onto a Dorner inclined, powered stainless belt conveyer. Packages are then properly gapped by the system before entering a multi-identification tunnel that captures the barcoded shipper tag information. If the package content includes RFID tagged drugs, the Dorner control system can peer through the over-wrap carton and instantaneously capture hundreds of RFID serial numbers before the package leaves the tunnel. This information is then stored in a database to begin the all important immutable tracking required by the authorities.

After leaving the barcode tunnel, the package moves to an in-line high speed labelling station, where it receives a “license plate” label to uniquely identify the package. This license plate number is married with the other tracking information in the database. The package then continues into another secured area on a Dorner inclined, powered belt conveyor onto a fully integrated cross belt sorter. Since the Dorner Autologik system knows the belt location, contents, and destination location of each package, the cross belt sorter smoothly routes the drugs to their correct processing lanes where the drugs receive their final disposition.