GENIUS Automatic Depalletizers Steady Pallet Type
The range of steady pallet depalletizers with product outfeed from the bottom is extremely flexible, and was designed to allow every user to create the most appropriate solution for their own needs.
Based on a standard central unit and customizing with different heads and accessory modules, it is possible to handle the widest range of container shapes.
• DS: sweep-off depalletiser with complete layer transfer by independent jaw head and intermediate table for loose containers such as glass, PET bottles and jars.
• DSV: similar to the DS model but with a special head which increases overall productivity.
• DM-DG: layer transfer by centralized jaw-type head (DM) and hook head (DG) for plastic crates, with or without window.
• DH: with magnetic head for tin containers or jars with metal lids.
• DB: with inflatable pipe head for empty glass bottles with special shapes or partitions.
Output
Up to 180 layers/hour
Up to 230 layers/hour with the DSV.
Up to 320 layers/hour with the DM for crates.
Download Pdf
Pa_depalletising_E.pdf
With this application you can handle:
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Technical Features
• Depending on the customers’ production requirements, multi-layer and multi-pallet versions are available for the depalletizer.
• The depalletized layer is fed onto the line both on chain and air conveyors.
• Fully automatic system requiring limited operator intervention, operating in complete safety.
• Extremely simple, complete operator control panel. Can be integrated with an advanced control and supervision system.
• ability to handle new generation containers in a “soft” manner.
• operational flexibility and further reduction in change-over times.
• Increase in structural rigidity.
• Optimization of cycle to increase performance, with improved control of the different movements using state-of-the-art electronic solutions.
• Improvement of operational management by the operator, limiting mechanical regulations and simplifying access to the different components.
• Limiting maintenance and components subject to wear (e.g. lubrication-free transmission).
• green approach: reduced consumption and operating noise. Attention to the recyclability of materials used.
