- Product Description
- Specifications
- Related Products
Product Description
The XD300 depalletizer is primarily used for depalletizing stacks of empty tin cans (beverage cans). It lifts and pushes stacked cans on pallets layer by layer from bottom to top onto a conveyor belt. Used in conjunction with an empty can spraying and rinsing machine, it replaces manual can stacking and traditional empty can unloading machines, saving significant labor costs and increasing production capacity.
Specifications
The XD300 depalletizer is primarily used for depalletizing stacks of empty tin cans (beverage cans). It lifts and pushes stacked cans on pallets layer by layer from bottom to top onto a conveyor belt. Used in conjunction with an empty can spraying and rinsing machine, it replaces manual can stacking and traditional empty can unloading machines, saving significant labor costs and increasing production capacity.


During operation, a forklift places the fully stacked pallets onto a pallet conveyor, which then transports them to the pallet lifting platform of the main unit. The pallet lifting platform raises the positioned empty can pallets to the unloading height. After unloading, the empty pallets are lowered back onto the conveyor. All lifting and lowering actions are manually controlled, and the lifting or lowering speed can be individually adjusted to suit operational needs. Unloading the empty cans is achieved by a cylinder mechanism. Once the empty cans reach the unloading height, the cylinder of the pushing component pushes the entire layer of empty cans onto the mesh conveyor, where the separator paper is manually removed. Then the can-pushing cylinder returns to the ready position, continuing to push out the next layer. The machine's feeding direction, can-exit direction, and operating table position can all be flexibly changed according to user requirements.
Production Capacity: ≤300 cans/min
Power: 4.5KW
Weight: 4000Kg
Dimensions: 5000*4000*3200MM
3. Main Machine Components
This machine consists of transmission components, can feeding/exit components, frame components, lifting components, can-pushing components, can-blocking components, mesh chain components, operating table components, and electrical systems.
4. Materials
Main Conveyor Frame: Carbon steel structure (rectangular steel)
Empty Plate Conveyor Frame: Carbon steel structure (rectangular steel)
Layered Unloading Main Unit Chamber: Frame carbon steel structure, three inner panels are 2mm thick stainless steel plates.
Can Exit Conveyor Platform: Frame is stainless steel; conveyor chain is POM mesh belt.
Can Pushing Components: 304 stainless steel in contact with the can body, the rest is carbon steel structure.
Tank baffle components: 304 stainless steel; Lifting system: carbon steel structure.
