Keber case erector and case packer

Used Keber MONOCOMBIPACK M1T PVC Case Erectors of 2004, a versatile machine designed to handle both carton erection and packing operations. This specific unit, branded as a Keber and identified by its MONOCOMBIPACK M1T PVC model designation, combines these two critical packaging functions seamlessly. It operates at a reported speed of 1,000 cartons per hour, showcasing its capability for consistent output in a packaging line. The machine's carton erecting section is configured for bottom closure using tape, a common and reliable method ensuring stability for the packed products. Following the erection process, the unit performs case packing with an adjustable single-head carton packer, offering flexibility for different product sizes or pack configurations. This Keber machine is specified to handle a particular carton arrangement, specifically '2 cartons 3x2', indicating its suitability for a specific product grouping before placement into the erected case. For operational safety, the machine is equipped with safety protection features, directly noted in its description. This Keber MONOCOMBIPACK M1T PVC, a crucial piece for operations seeking used Keber case erectors and second-hand case erectors for sale, is currently available in Europe in 'As Is' condition. Its continuous speed of 17 CPM, or 1,000 cartons per hour, makes it a steady performer for medium-volume packaging needs. The integration of both erecting and packing functions into a single unit, specifically a Keber MONOCOMBIPACK M1T PVC 17 CPM, streamlines the end-of-line process, potentially reducing floor space and inter-machine transfer points.

When inspecting this 2004 Keber MONOCOMBIPACK M1T PVC, a primary focus should be on the mechanical condition, especially given its age. For a carton erector with tape bottom closure, meticulously check the tape heads for wear, proper tensioning mechanisms, and residual adhesive buildup – neglected tape heads can cause frequent jams. Examine the carton blank magazine and feeding mechanism for bent parts or excessive play, which could lead to misfeeds. On the adjustable single-head carton packer, scrutinize the grippers or robotic arm for wear on suction cups or articulation points. Check all servomotor and gearbox connections for oil leaks or unusual noises that might indicate impending failure. Because it handles '2 cartons 3x2', verify that the product collation or indexing mechanism is intact and properly synchronized. For a 2004 vintage machine, the electrical cabinet needs a thorough inspection. While safety protections are listed, ensure all e-stops, interlocks on access doors, and light curtains (if present) are functional and meet current safety standards. Don't just take 'safety protection' at face value; physically test them. Request any existing electrical schematics, pneumatics drawings, and the original operations manual, as these are invaluable for troubleshooting. Pay close attention to wear on cam mechanisms, especially if they govern carton forming or product placement, as these are critical for repeatable operation. Look for evidence of consistent maintenance, such as lubrication points being free of grime and minimal corrosion on exposed metal parts. Any custom tooling or specialized parts for the '2 cartons 3x2' configuration should be thoroughly checked for damage or excessive wear, as these might be difficult to source or manufacture otherwise.

Integrating this 2004 Keber MONOCOMBIPACK M1T PVC into a production line requires careful planning around its 17 CPM operational speed. Ahead of this carton erector and packer, you'll need a robust product accumulation buffer, perhaps a multi-lane conveyor or a large rotary table, to ensure a consistent flow of '2 cartons 3x2' groupings to the packer. Given its tape bottom closure, a hot glue system would typically precede it if your cartons previously used that method, or a product collator if individual products are fed into a 3x2 configuration. For carton feeding, consider a powered magazine conveyor capable of loading individual carton blanks reliably and continuously to sustain the 17 CPM. Downstream, once the cases are packed and closed, a case sealer is the logical next step, whether a semi-automatic or automatic unit, chosen to match the 17 CPM output. Palletizing equipment, either robotic or conventional, would follow the sealer. For conveyor layouts, a straight-line setup is usually most efficient for integrated erector-packers. Ensure sufficient conveyor length between the packer and subsequent equipment to allow for minor speed fluctuations and buffer packed cases. When planning for format changeovers on this adjustable single-head carton packer, a buyer should immediately request any existing change parts for carton sizes they intend to run, alongside detailed setup sheets. Without those, new change parts will need to be fabricated. Throughput balancing means ensuring all upstream and downstream equipment can comfortably meet or exceed this Keber's 17 CPM. Underfeeding or overfeeding will lead to inefficiencies, so a controlled product flow into the machine and a dependable takeaway system are paramount.