Features
- High-Strength Structure
- Advanced Hydraulic System
- High-Density Compression
- High Efficiency & Energy Saving
- Automated Operation
- Reduced Transportation Costs
- Robust & Durable
- Wide Application
- High-Strength Structure
- Source Factory
- Global Export
Plastic baler machine primarily solves the core problem of large volume and low density of recycled plastics. It uses high-pressure compression to transform loose materials into regular, compact blocks. Plastic baler can process PET bottles, HDPE bottles, films, woven bags, and other materials. Plastic baling machines are key pieces of equipment for the standardized packaging of plastic parts. They are mainly used in plastic processing, warehousing logistics, and waste recycling. Mingjie plastic baling machines are mainly divided into vertical baler and horizontal baler.
Vertical Plastic Baler
Vertical plastic baler has a compact design, the machine body typically uses a rectangular frame structure. It features a feeding inlet at the top and a discharge area at the bottom. Vertical hydraulic balers are inexpensive and easy to operate, suitable for small recycling facilities with limited space. Their modular design allows for easy disassembly and maintenance, offering great flexibility.
Mingjie offers a variety of vertical balers to improve the efficiency of waste plastic recycling. We also provide our customers with high-efficiency plastic recycling equipment and comprehensive plastic recycling solutions.
Vertical Baler Technical Specifications
| Single Cylinder Vertical Hydraulic baler | Models | Power | Cylinder Diameter(mm) | Machine Size(mm) | Packed Size(mm) | Oil Pump |
| MJS-10T | 7.5kw | 115 | 1450*650*2600 | 800*400*800 | 320 | |
| MJS-20T | 7.5kw | 115 | 1450*650*2700 | 800*400*800 | 325 | |
| MJS-30T | 11kw | 160 | 1650*850*2700 | 1000*600*800 | 532 |
| Double Cylinder Vertical Hydraulic Baler | Models | Power | Cylinder Diameter(mm) | Machine Size(mm) | Packed Size(mm) | Oil Pump |
| MJD-30T | 11kw | 125 | 1650*850*2600 | 1000*600*800 | 532 | |
| MJD-40T | 11kw | 125 | 1650*850*270 | 1000*600*800 | 550 | |
| MJD-60T | 15kw | 160 | 1600*2100*3100 | 1100*750*950 | 563 | |
| MJD-80T | 18.5kw | 160 | 1700*2100*3300 | 1100*750*950 | 563 | |
| MJD-100T | 22kw | 180 | 1700*2100*3900 | 1100*750*950 | 563 |
Horizontal Plastic Baler
Horizontal plastic baling machines feature a horizontal layout. The feeding port is located on the side of the machine body, and the discharge end is equipped with an automatic or manual strapping system. The horizontal hydraulic baler machines are suitable for large-scale operations in waste recycling markets, plastic processing plants, and waste treatment facilities.
Compared to vertical models, horizontal balers have a higher initial investment. However, by increasing production capacity and reducing labor and transportation costs, the return on investment can be achieved in a short period. Horizontal balers are a key support for promoting the large-scale development of the waste plastic recycling industry.
Horizontal Baler Technical Specifications
| Fully Automatic Horizontal Baler | Models | Power | Cylinder Diameter(mm) | Machine Size(mm) | Packed Size(mm)(Adjustable Length) | Oil Pump | Conveyor Belt(mm) |
| MJF-60T | 18.5kw | 230 | 7200*2300*2600 | 1100*850(W*H) | 80 | 5000 | |
| MJF-80T | 22kw | 245 | 7200*2300*2600 | 1100*850(W*H) | 125 | 5000 | |
| MJF-160T | 45kw | 351 | 9600*2300*3600 | 1100*1250(W*H) | Twin-disc pump | 9600 | |
| MJF-200T | 37kw + 37kw | 377 | 10000*2300*3500 | 1100*1250(W*H) | Twin pump | 9600 |
| Lifting Door Horizontal Baler | Models | Power | CylinderDiameter(mm) | Machine Size(mm) | Packed Size(mm) | Oil Pump | Conveyor Belt(mm) |
| MJH-60T | 18.5kw | 230 | 7200*2000*2400 | 1700*1100*850 | 80 | 5000 | |
| MJH-80T | 22kw | 245 | 7200*2000*2400 | 1700*1100*850 | 125 | 6000 | |
| MJH-100T | 30kw | 280 | 8800*2000*2500 | 1800*1100*850 | 125 | 6000 | |
| MJH-125T | 30kw | 300 | 8800*2000*2500 | 1800*1100*850 | 200 | 9600 | |
| MJH-160T | 45kw | 351 | 10000*2200*3300 | 2000*1100*1250 | Twin-disc pump | 9600 | |
| MJH-200T | 37kw + 37kw | 377 | 10000*2200*3400 | 2000*1100*1250 | Twin pump | 9600 |
Advantages of Horizontal Plastic Balers
The advantages of horizontal plastic baler machines essentially represent a precise response to the needs of large-scale, automated, and efficient recycling. High production capacity, material adaptability, and safety and stability make them core equipment for processing large quantities of waste plastics.
High Production Efficiency
The core advantage of horizontal plastic baling machine lies in their large-scale processing capacity. Horizontal balers have a much larger hopper capacity than vertical models, making them suitable for continuous batch processing.
Secondly, they have a more powerful power system. They can quickly compress large quantities of loose waste plastic to high density, with a single batch baling cycle taking only 2-5 minutes.
High Degree of Automation
Horizontal plastic waste balers offer a significantly higher level of automation compared to vertical models, achieving fully automatic operation from feeding to discharge.
The feeding process supports seamless integration with automatic conveyor belts, enabling 24-hour continuous feeding. The horizontal baler utilizes a PLC controller and multiple sensors in conjunction.
Extensive Material Compatibility
Compared to vertical balers, which are more suitable for lightweight and small quantities of materials, horizontal plastic balers offer broader material compatibility. They are particularly adept at handling high-volume, diverse, and high-density waste plastics.
Horizontal balers are compatible with various types of waste plastics. This includes bulky plastic films, foam plastics, large plastic barrels and pipes, as well as hard scraps and injection molding waste generated in industrial production.
Safe and Stable Operation
In terms of safety, the horizontal plastic baling machine features a fully enclosed protective casing and interlocking safety doors. This eliminates safety risks during high-pressure operation. Operators can monitor the operation through the control panel.
In terms of stability, the frame is constructed with thickened steel welding, ensuring smoother operation. The core components are made of high-quality materials, providing excellent sealing performance, wear resistance, and durability.
