IMP.A.C. 11-12 APT
Mobile platform sack and bundle palletiser with ground pallet and top feeding
Mobile platform sack and bundle palletiser with floor pallet and top feeding
Max. output: 500 bags/h
8 bundles/min
Bag dimensions
Max. 1100 x 550 x h. 250 mm<br>Min. 400 x 300 x h. 80 mm
Bundle size
Max. 800 x 500 x h. 250 mm<br>Min. 300 x 200 x h. 80 mm
Paddle size
Max. 1300 x 1200 x h. 140 mm<br>Min. 1000 x 800 x h. 100 mm
Standard full pallet height
1550 mm
Compressed air consumption
100 Nl/min
Max. full pallet weight
2000 Kg
Operational capacity
2 layers/min with limit of 500 bags/h
Installed power
7,5 KW
Operating pressure
6 bar
Control voltage
24 V
Indicative weight
3500 Kg
The IMP.A.C. 11-12 APT palletiser is designed to meet the needs of low to medium outputs of sacks and bundles, offering maximum versatility and reliable performance.
Thanks to its compact design, it can be easily installed even in small spaces.
Production Max:
- 500 sacks/hour
- 8 bundles/min
Advantages
- Compactness: ideal for limited spaces.
- Flexibility: handling sacks and bundles with variable formats.
- Reliability: synchronised operations and customisable programming for consistent productivity.
- Ease of use: full automation with minimal operator intervention required.a
The IMP.A.C. 11-12 APT is the ideal choice to optimise productivity while maintaining high quality standards even for low to medium production.
Product benefits
__ Modularity
The machine can be adapted and expanded according to increasing user requirements, with the addition of roller conveyors and an empty pallet magazine.
__ Accuracy
Each bag or bundle is pressed to ensure uniformity and compactness before being oriented and sent to the layer pre-forming area.
__ Optimised movements
The vertical and horizontal platform system ensures correct positioning and transfer of the layers on the pallet.
__ Intelligent automation
The process is completely managed by a programmable modular system (PLC), which enables the handling of bags and bundles of different sizes, configurations and numbers of layers.