3120 is perfect for both cardboard and plastic
Orwak Compact 3120
3120 is perfect for both cardboard and plastic. The new baler in the COMPACT family offers strong compaction on the spot: compact machine design, yet impressive volume reduction and a bale weight of up to 100 kg. The loading gate is extra wide, 1000 mm! For rich placement opportunities, the 3120 is a single phase unit.
Bale weight cardboard/plastic: up to 100 kg/130 kg
Voltage | 230V- Single Phase |
Frequency | 50Hz |
Amps | 10A |
Dimensions (mm) WxDxH | 1184 x 900 x 2342 |
Loading Height | 650 |
Loading aperture height | 460 |
Benefits
MORE PRODUCTIVE USE OF TIME Less time spent on waste handling, more time for your core activities!
MORE SPACE & ORDER Our balers rapidly minimize the space the waste takes up, keeping aisles free and tidy.
LESS COSTS, MORE VALUE More compaction = less waste volume to transport. Fewer transports required results in lower transportation costs and reduced CO2 emissions. Sorting at source yields a higher quality of waste material for recycling.
You may also like
Benefits
- Nobody touches the waste.
- Every bag is 100% full.
- Bags are 3 times stronger & 50% lighter than a traditional waste bag.
- ...and more
Benefits
- MORE PRODUCTIVE USE OF TIME Less time spent on waste handling, more time for your core activities!
- MORE SPACE & ORDER Our balers rapidly minimize the space the waste takes up, keeping aisles free and tidy.
- LESS COSTS, MORE VALUE More compaction = less waste volume to transport. Fewer transports required results in lower transportation costs and reduced CO2 emissions. Sorting at source yields a higher quality of waste material for recycling.
Benefits
- MORE PRODUCTIVE USE OF TIME Less time spent on waste handling, more time for your core activities!
- MORE SPACE & ORDER Our balers rapidly minimize the space the waste takes up, keeping aisles free and tidy.
- LESS COSTS, MORE VALUE More compaction = less waste volume to transport. Fewer transports required results in lower transportation costs and reduced CO2 emissions. Sorting at source yields a higher quality of waste material for recycling.