From palletizing to rail shuttle handling: a complete range for every requirement of the production line.
Xenon palletizers deliver outstanding performance and maximum flexibility for all product types. Designed for high-speed lines, they ensure operational continuity and easy integration with any control system.
Automatic systems for pallet destacking and production line feeding. Compatible with glass, PET, cans and bags, with quick format changeover and automatic separator handling.
Solutions for vertical pallet movement between production line levels. High load capacity, adjustable speed and advanced safety systems for demanding industrial environments.
Robotic solutions for palletizing, pick & place and systems with in-house developed special heads. Compact head, bag head and PLSM head available. Single and dual robot configurations for any production need.
Robotic systems for automatically inserting products and packs into outer cases or removing them, configured around the product, format and line sequence.
Machines for automatic case forming and partition insertion, developed to feed the subsequent filling and packing stages in a coordinated flow.
Machines for tray forming and automatic product grouping. Compatible with tray, pad and shelf-ready packaging. Ideal for integrated end-of-line systems.
Complete handling systems: motorized roller conveyors, belt conveyors, diverters, inverters and rotating tables. Designed for efficient pallet flow management in high-intensity environments.
Rail-guided shuttles for automatic pallet transport within warehouses, buffers and production lines. Fixed rail tracks, high reliability and throughput. Ideal for automated storage and sorting systems.
Forpac designs and builds special machinery entirely to customer specification. From production process analysis through to commissioning, every machine is developed in close collaboration with the client to meet specific technical requirements not covered by the standard range.
Our engineers will analyze your production process and propose the optimal configuration.