|  | Packaging Automation Corporation designs and builds 
						robotic palletizing/depalletizing systems to meet the 
						most demanding requirements of our customers. These 
						systems are engineered for precision high-speed/high 
						payload operation. We design and build a wide array of 
						end-effectors to handle virtually any product, including 
						bags, cartons, trays, cases, totes, bundles, pails, 
						pallets and sheets. 
						
						 Our proven designs come with guaranteed handling rates, 
						giving you confidence that your productivity and 
						efficiency targets will be met. Unless otherwise 
						specified, we utilize two or four axis FANUC robotic 
						arms in our systems due to their overall flexibility, 
						user-friendly set-up, reliability and extensive service 
						and parts network. All of our systems are designed for 
						quick changeovers. Benefits include: 
							
							Up to 20 cycles per minute case palletizing at 100 kg
							Up to 27 cycles per minute bag palletizing at 100 kg 
							
							Small footprint reduces floor space
							
							Four-axis dexterity enables access to multiple 
							production lines with one unit
							
							Ability to operate in environments 
						ranging from traditional to harsh
							Repeatability of ± 
						0.5 mm at full speed and full payload within entire work 
						envelope
							Easy connections to a variety of I/O 
						including a number of distributed I/O networks
							Web-based software tools for remote connectivity, 
						diagnostics and production monitoring
							Small footprint and integrated controller reduces 
							required floor space
							Ability to service multiple production lines with 
							large working envelopeAble 
							to operate in environments ranging from harsh to 
							traditional factory floor |    
						
						Palletizing Video #1   
						
                        Salt Block Palletizing Video
						   
						
                        Tote Palletizing Video
						   
						
                        Design Simulation Video
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