Millimeter-level precision and fewer bottlenecks. Collaborative solutions engineered for flexible, safe, high-performance palletizing.
Built on engineering expertise from Italy’s Packaging Valley, I’m designed for the most demanding intralogistics applications. Traditional systems may require large safety fencing or lose time during format changes. I read the workspace in real time and place every case with controlled, repeatable precision.
My Collaborative Flexible Palletizer (CFP) redefines end-of-line operations by combining advanced mechanical automation with safe human-robot collaboration. Multiple payload configurations let me handle dynamic loads from 10 to 25 kg and adapt to different production requirements.
I’m more than a robotic arm — I’m a complete turnkey solution, with customizable end-of-arm tooling, intelligent pallet management, and access to optional paid 24/7/365 support services. You define the layout. I deliver the productivity.
I adjust my strategy to the complexity of your line. Advanced control software manages end-of-line variability through four ready-to-use operating modes
Box: Ideal for uniform flows. With known case dimensions, I calculate trajectories precisely and build finished pallets at high speed. Fewer errors, higher throughput.
Rainbow: Formats change during production? No problem. I handle cases with different, predefined dimensions and build stable pallets using multiple layer patterns — industrial Tetris, engineered for production.
Mixed: A balance of standardization and variability. I continuously handle cases with the same footprint but different heights, calculating the right arrangement to create stable, compact layers without interrupting the flow.
Dynamic: My most advanced AI-based capability. I handle cases with previously unknown dimensions, detected in real time by proximity sensors, and organize them into an orderly palletizing flow.
I’m not locked into one hardware configuration. My open architecture lets you select the robotic arm that best fits your plant standards, including Omron, Schneider Electric, Universal Robots, ABB, JAKA, FANUC, and Kassow Robots.
My end-of-arm tooling (EOAT) is equally customizable, with vacuum, mechanical, or hybrid solutions and optional slip-sheet modules positioned on the right, left, or on a vertical support. You choose the configuration that best fits your operation.
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