Scrap cardboard compactor / waste cardboard packaging machine is mainly used to compress scattered waste cardboard boxes into compact packaging blocks, in order to reduce volume, save transportation costs, and improve processing efficiency.
Vertical Baler
The vertical baler uses vertical compression and automatic bundling to quickly pack loose items such as waste paper and plastic bottles into compact blocks, greatly improving efficiency and saving space. It is widely used in the waste recycling and logistics industries.
Horizontal Baler
The horizontal baler is mainly used for packaging loose materials such as waste paper, waste plastic, and straw. These materials occupy a large amount of space in their original state, which is not only inconvenient for storage, but also brings great inconvenience to transportation. Through the processing of the horizontal packaging machine, these materials can be tightly compressed, greatly reducing space occupation and improving transportation and storage efficiency.
1.Core functionality
Compression packaging: The waste cardboard box is compressed into regular blocks through a hydraulic system for easy transportation and storage.
Resource Recycling: Suitable for the recycling and processing of waste paper materials such as cardboard, cardboard boxes, and paper shells, supporting resource reuse.
2.Applicable scenarios
Recycling enterprises: widely used in waste paper factories, old material recycling companies and other units to process loose materials such as waste paper, plastic, straw, etc.
In the industrial field, waste plastics, beverage bottles, straw, etc. can be packaged to reduce storage space.
3.Operation method
Automated control: Supports manual or PLC automatic control, providing various forms of discharge such as flipping, pushing (side push/forward push), or manual picking of packages.
Energy saving and efficient: The equipment structure is stable, easy to operate, and reduces labor costs.
Parameter of the Scrap cardboard compactor
Vertical Baler
| Item | Model | Motor KW | Inlet height mm | Box Dimension(L W H) |
| 1 | HLL-60 | 11KW*1 | 500 | 1150*850*850 |
| 2 | HLL-80 | 15KW*1 | 550 | 1150*850*900 |
| 3 | HLL-120-A | 18.5KW*1 | 550 | 1150*850*900 |
| 4 | HLL-120-A | 18.5KW*1 | 550 | 1300*900*900 |
| 5 | HLL-160 | 18.5KW*1 | 600 | 1600*1100*1000 |
| 6 | HLL-200 | 22KW*1 | 1000 | 2000*1100*1000 |
| 7 | HLL-315 | 37KW*1 | 1000 | 2300*1100*1000 |
| 8 | HLL-400 | 45KW*1 | 1300 | 2300*1100*1000 |
Horizontal Baler
| Item | Model | Motor KW | main cylinder mm | Feeding mm | Box Dimension mm (W H) |
| 1 | HLW-80T | 18.5KW*1 | 200 | 1500 | 1100*850 |
| 2 | HLW-100T | 22KW*1 | 230 | 1700 | 1100*850 |
| 3 | HLW-125T-A | 37KW*1 | 250 | 1800 | 1130*850 |
| 4 | HLW-125T-B | 37KW*1 | 250 | 1800 | 1130*1250 |
| 5 | HLW-160T-A | 37KW*1 | 280 | 1800 | 1130*850 |
| 6 | HLW-160T-B | 45KW*1 | 280 | 2000 | 1130*1250 |
| 7 | HLW-200T-A | 45KW*1 | 320 | 1800 | 1130*850 |
| 8 | HLW-200T-B | 37KW*1+30*1 | 320 | 2200 | 1130*1250 |
| 9 | HLW-250T-A | 37KW*2 | 360 | 1800 | 1130*850 |
| 10 | HLW-250T-B | 75KW*2 | 360 | 2200 | 1130*1250 |
