Pro Mach is the single-source provider for the highly automated new line used to case, label, and palletize Fleetguardβs wide range of industrial oil filters. Packaging World learned that the equipment had not been preassembled, but was installed together as a complete line for the first time at the show (for further details, see packworld.com/go/c151).
Fleetguardβs wide range of industrial oil filters vary in size and weigh from 2-lb to 5.3-lb each. The system uses equipment from Pro Mach divisions Wexxar Packaging, Belcor, Brenton Engineering, and ID Technology. The system includes two robots provided by Brenton. One robot transfers the filters from infeed flights into the erected cases near the start of the line and a second robotic system at the end of the line palletizes the packed, sealed, and labeled cases.
Fleetguard engineer Philip Bryant says the Pro Mach line will increase line speeds from 23 to 50 filters per minute and improve ergonomicsβa packed case can weigh 40 lbβyet use the same footprint as its previous system.
The line starts with a Wexxar model 615T case erector that handles more than eight cases/min. The cases discharge onto a conveyor leading to a cell housing two Brenton robots. The first is a four-axis case-packing robot. The robotβs specialized tooling permits it to load the filtersβsupplied upright to the robot via two sets of servo-controlled indexing flightsβsix at a time to fill the case. Filled cases leave the cell where they are conveyed through a Belcor model 252 top sealer.
An ID Technology Swing Arm Tamp Labeler applies a label to the case side. The taped case is then conveyed around the curve of the U and back into the cell to the second Brenton robot, this one for palletizing. The robotβs tooling includes vacuum cups that permit it to handle slipsheets after a pallet indexes from a supply magazine into the loading position. The Pro Mach booth production line included an Orion stretch wrapper after palletizing, though this machine currently isnβt part of the Fleetguard installation because stretch wrapping is handled at a remote location in the plant.
βWe are projecting $150κ― to $250κ― cost savings per year with an estimated payback in two years based only on ergonomic and labor savings,β states Bryant. βThe productivity increase is an additional financial benefit.β βRick Lingle
