Industrial depalletizer for high-speed operations
Optimize your production line efficiency with a high-speed depalletizing solution designed to handle a variety of packaging formats, ensuring precise positioning and seamless integration into your existing systems.

Depalletizes and Transfers Solid Packaged Goods
The Depalletizer Velox by GEA is engineered specifically for high-efficiency depalletizing in medium to high-speed environments. This robust machine utilizes a vertical lift unloading system coupled with precision encoder controls, ensuring accurate positioning throughout the process. Suitable for the beverage, food, and pharmaceutical sectors, it handles diverse products such as canned beverages, bottled water, and pharmaceutical bottles.
With a capability of processing up to six layers per minute, the Velox integrates seamlessly into your production line, employing pneumatically assisted transfer and polyurethane toothed belts for swift and gentle layer shifting. The absence of lubrication needs and reduced noise levels are achieved through belt transmission systems. Designed for ease of access, it supports simple setup and maintenance, combining efficiency with operational simplicity.
Customization options include adjustable layer-pad removal systems, enhancing versatility across applications. Built with durable materials, the machine supports continuous automated operations, offering a valuable solution for optimizing your packaging fast and efficiently.
Benefits
- Maximizes production efficiency with a capacity of up to six layers per minute.
- Reduces operational noise and maintenance requirements with belt transmission systems.
- Enhances precision and reduces errors through encoder-controlled positioning.
- Offers flexible integration with adjustable layer-pad removal systems for varied applications.
- Minimizes downtime through open-access design for easy maintenance and setup.
- Applications
- Food,Personal care,Beverage,Home,Dairy,Pharmaceutical
- End products
- Pharmaceutical bottles,Bottled water,Milk cartons,Yogurt containers,Cheese blocks,Canned beverages,Shampoo bottles,Lotion tubes
- Steps before
- Infeed preparation,Row preparation,Pallet loading
- Steps after
- Layer-packing,Product transfer,Pallet stacking
- Input ingredients
- pallet,product layers,palletized goods
- Output ingredients
- discharged product,individual layers,depalletized items
- Market info
- GEA is known for its expertise in engineering innovative and sustainable equipment and solutions, focusing on sectors such as food, beverages, pharmaceuticals, and energy, with a reputation for quality, efficiency, and advanced technological applications in industrial processing.
- Speed
- Medium and high-speed
- Discharge Method
- Top discharge
- Position Control
- Extremely accurate
- Pallet Lift System
- Vertical lift
- Pallet Lift Structure
- Four painted carbon steel columns
- Lifting Chains
- 1" lifting chains
- Product Layer Transfer
- Trolley type pushing unit
- Motor-Gear Reducer Drive
- Controlled through an inverter
- Layer-Pad Removal Devices
- Integrated system and tray/top-frame removal device
- Transmission Type
- Belt transmission
- Production Capacity
- Up to 6 layers/min
- Working mechanism
- Vertical lift pallet unloading
- Automation level
- Encoder-controlled positioning
- Changeover time
- Open access for easy setup
- Noise reduction
- Belt transmission system
- Production capacity
- Up to 6 layers/min
- Pallet handling method
- Pallet lift forks with adjustable link units
- Product discharge
- Top product discharge
- Layer handling
- Trolley type pushing unit
- Maintenance access
- Simple configuration and open access
- Corrosive resistance (e.g. acids)
- High compatibility
- Cleanability
- Easy to clean
- Biological compatibility
- Neutral
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Discharge method
- Top discharge
- Vertical lift system
- 1" lifting chains
- Frame Material
- Painted carbon steel
- Noise reduction
- Belt transmission
- Accessibility
- Open access design
- Discharge method
- Top discharge
- Control panel type
- Encoder-controlled operations
- Integration possibilities
- Encoder and inverter-controlled system
- Noise reduction features
- Belt transmission
- Ease of maintenance
- Open access design