Cardboard Recycling Baler adopts advanced automation control system, which can realize a series of operations such as automatic loading, compression, strapping and bale discharge without manual intervention, greatly improving the working efficiency and baling quality. These balers are usually equipped with intelligent sensors and monitoring systems, which can monitor the operating status of the equipment in real time, find and solve problems in time, and reduce the downtime of equipment failure.
Working Principle：
1.Collection and classification: first collect the waste paper boards, classify the different types and materials of waste paper boards according to certain standards, such as hard and soft materials, color and other distinctions, so as to facilitate better subsequent processing and utilization.
2. Compression: Through the hydraulic system or mechanical device to generate a strong pressure, by the pressure head will be put into the baling chamber of the waste paperboard gradually compressed, so that its volume is greatly reduced, to achieve the purpose of easy transportation and storage.
3. Packing and fixing: Use the rope, wire or steel belt of the baler to wrap and tie around the compressed waste paper boards, fixing them into tight packages to prevent them from being loose during transportation and handling.
4. Sealing and cutting: after the baling is completed, the equipment automatically seals the bundled ropes, wires or steel bands to ensure a firm connection, and at the same time cuts off the excess part to make the appearance of the baled waste paper board neat and tidy, and easy for handling and transportation.
Structural Composition：
1. Mechanical system: including frame, platen, guide rail, conveyor belt and other components, it is the basic structure to realize the compression and baling of waste paper boards, providing mechanical support and power transmission for the whole baling process.
2. Control system: generally consists of electrical control cabinet, operation buttons, sensors, etc., which is used to control the various actions of the baler, such as starting, stopping, compression, return, etc., to realize automated operation and to improve the working efficiency and accuracy.
3. Feeding system: commonly in the form of conveyor belt, scraper, etc. It is responsible for conveying the collected waste paper boards into the compression chamber to ensure that the waste paper boards can enter the baler evenly and continuously for processing.
4. Power system: there are mainly two types of hydraulic power and mechanical power. Hydraulic power system through the oil pump, oil cylinder and other components, the hydraulic energy into mechanical energy, to provide a strong compression force; mechanical power system is usually used motor, reducer, chain and other transmission devices, to provide power for the operation of the baler.
Application Scenario：
1. Environmental protection enterprises and recycling enterprises: used for the recovery of a large number of waste paperboard compression baling, easy to centralized storage and transportation to paper mills and other reuse enterprises, improve the efficiency of resource recovery, reduce transportation costs.
2. Printing enterprises: Waste paper edges, waste samples, etc. generated in the printing process can be baled by the baler to reduce the waste footprint, but also as a resource for recycling and reuse, reducing enterprise costs.
3. Paper mills: the acquired waste paperboard can be baled and sorted for convenient storage and put into production as raw materials for papermaking, realizing the recycling of resources and reducing the dependence on resources such as virgin wood.
In the current trend,
Horizontal Baler is moving towards greater automation and increased levels of intelligence. Automation of Hydraulic Baler reduces labor costs, and increased levels of intelligence help to better monitor and manage the operation of the equipment, improving the efficiency and quality of the bales.
| Model | JPW80QT | JPW100QT | JPW120QT | JPW150QT |
| Hydraulic power | 80Ton | 100Ton | 120Ton | 150Ton |
| Packaging size(W*H*L) | 1100*800*(300-1800)mm | 1100*1000*(300-2000)mm | 1100*1100*(300-2100)mm | 1100*1100*(300-2100)mm |
| Feed opening size(L*W) | 1650*1100mm | 1800*1000mm | 2000*1100mm | 2200*1100mm |
| Bale density | 450-550Kg/m3 | 500-600Kg/m3 | 550-650Kg/m3 | 600-750Kg/m3 |
| Bale line | 4 line | 4 line | 5 line | 5 line |
| Capability | 4-7Ton/Hr | 7-10Ton/Hr | 8-13Ton/Hr | 10-16Ton/Hr |
| Power | 37KW/50HP | 55KW/75HP | 67KW/90HP | 93KW/124HP |
| Machine size(L*W*H)mm | 7900*3500*2300 | 8900*4050*2400 | 9700*4330*2400 | 10000*4250*2500 |
| Machine weight | 11Ton | 13.5Ton | 17Ton | 20Ton |
