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To answer to this new market trends, KHS now presents a line configuration that, with its high degree of automation, makes it possible to produce variety packs in the high-capacity range for the very first time, processing up to 120,000 cans per hour, for instance. The system is basically a repackaging line which separates containers that have already been placed on trays and pallets on the actual production line and recombines them to form mixed packs.

To this end, beverage cans are fed by type to the repackaging line from the warehouse on pallets and trays. Two robots first depalletize the different product types while pushers separate the trays into individual rows. Two vacuum unpackers then lift the cans off the tray and place them in separate positions on the conveyor belt. From here the cans travel in single adjacent lanes to the packaging machine, with a different flavor in each line. In the machine the containers are then grouped into packs of four, six, eight, twelve, 18 or 24 or other mixed packs and packaged in closed boxes. The smaller FullyEnclosed packs are returned to the trays previously emptied. These have run through the line parallel to the cans and can therefore be reused. With larger packs, additional packaging for transport is not needed as these are stable enough to be palletized as they are and are conveyed straight to the palletizer.

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Depending on the configuration of the repackaging line, different mixes of two, three, four or six flavors are possible. “The charm of our system is that we use our Innopack PPZs,” explains Nils Schneider, the sales expert responsible for the variety pack at KHS. “These are proven applications in the returnables industry that we’ve converted for this purpose and equipped with newly developed format parts. The use of familiar technology also has the advantage that operators don’t need to undergo any special training. And there’s no more effort involved from batch to batch when changing between different sized packs than that needed for a totally normal format changeover.”

KHS has also devised line configurations for the medium- and high-capacity ranges. In the variant for up to 36,000 cans per hour, for example, a robot performs not one but two tasks: it depalletizes the products and unpacks the containers from the trays. This makes the line footprint more compact and lowers the cost of investment. Repackaging products to form variety packs in the high-performance range is primarily called for in the canning segment, states Schneider. The repacker has therefore been designed so that cans can be placed loose on trays. In the medium term, he also sees potential for glass bottles.

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