Applicable Materials: Loose aluminum beverage cans, used beverage cans, tinplate cans, steel cans and other empty light-gauge metal containers within the machine feeding limits. Sealed, pressurized, contaminated or hazardous containers require separate preparation.
Key technical information for quick evaluation.
Review the equipment introduction, working principle, advantages and technical specifications in one clear page.
The can flattening machine is designed to compress loose aluminum cans, used beverage cans, tinplate cans and other suitable light-gauge metal containers into flatter pieces for easier storage, transportation, baling and downstream processing.
During operation, loose cans are fed between the compression rollers or pressing components. The applied pressure flattens the containers without using high-speed hammer impact or producing small, screen-controlled fragments.
A can flattening machine is suitable when the main objective is volume reduction and more stable material handling. When smaller fragments are required for magnetic separation or further sorting, the flattened material can be transferred to a can crusher for hammer crushing.
Loose cans may be flattened directly when they meet the feeding requirements. Dense can bales, tightly compressed packaging scrap and tangled mixed material may require bale opening or primary processing by a twin shaft shredder before entering the flattening or crushing stage.
Aluminum cans and steel or tinplate cans require different downstream recovery processes. A magnetic separator can recover steel and other ferrous components from suitable mixed processed material.
The can flattening machine can operate as an individual unit or form part of an aluminum recycling line with feeding conveyors, material collection, magnetic separation, optional crushing, baling and centralized control.
Sealed containers, aerosol cans, pressurized cans, batteries and containers containing flammable, corrosive or unidentified residues must be removed or prepared separately before processing.
The can flattening machine uses a motor and reducer to drive two counter-rotating pressing rollers. After cans enter the feeding inlet, the rollers grip and squeeze the cans, flattening them into thinner pieces for easier collection, storage, transportation or further processing.
The reducer lowers the motor speed and increases torque, allowing the rollers to press lightweight metal containers such as aluminum cans and tinplate cans. The machine can be used with a feeding conveyor or discharge conveyor according to the production requirement.
The main components of the can flattening machine include:
Feeding inlet
Pressing rollers
Motor and reducer
Machine frame
Discharge outlet
Optional conveyor system
The machine reduces the volume of cans and makes the flattened material easier to store, transport, bale or send for further recycling.
The can flattening machine is suitable for aluminum cans, tinplate cans and other lightweight metal containers. After flattening, the material can be sent to a baling press, metal crusher or recycling line for further processing.
The machine has a compact structure and a small footprint. It is suitable for recycling stations, can collection sites, small metal recycling workshops and pretreatment before baling or crushing.
The machine can continuously flatten cans after feeding. It has a simple working process and does not require complicated operation. One operator can feed the material and collect the flattened output according to the actual production setup.
The machine can be configured according to the site layout and material handling requirements. Available options include:
Feeding conveyor
Discharge conveyor
Casters
Other auxiliary components
Parameter description diagram for Can Flattening Machine | Aluminum Can Flattener for Recycling | Haoxing Machinery:
Can Flattening Machine Manufacturer - Haoxing Machinery - available models can be selected according to capacity requirements.
Find common questions about scrap metal crushers, shredders, recycling lines, equipment selection, capacity configuration and operation requirements.
The right model depends on the material type, can size, bucket size, required capacity, power supply, feeding method, and site layout. If you need diesel power, mobile operation, or a complete recycling line, these requirements should be confirmed before machine selection.
Yes. A can flattening machine can be equipped with a feeding conveyor or discharge conveyor according to production needs. This helps improve feeding efficiency, reduce manual handling, and support continuous operation in recycling yards or metal processing sites.
A can flattening machine can process aluminum cans, tin cans, paint buckets, light iron drums, oil drums, and other thin metal containers. The suitable model should be selected according to material size, wall thickness, feeding method, and required hourly capacity.
Yes. A diesel-powered can flattening machine can be customized for sites without stable electricity or for mobile recycling work. The hourly output depends on engine power, feeding speed, can or bucket size, and compression effect; common small systems may be designed around 0.5-2 t/h.
The capacity depends on can size, bucket size, feeding method, motor or diesel power, and compression requirement. Small recycling applications may process about 0.5-1 t/h, while larger continuous systems can be customized for higher output with conveyors.
Yes. A can flattening machine or metal drum flattening machine can be used to compress aluminum cans, paint buckets, iron drums, and other light metal containers. It helps reduce material volume and makes transportation and recycling easier.
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