Outstanding advantages of the vertical baler from AGICO
Reduced Overall Costs
- Transportation Costs: Compressed materials reduce their volume, increasing single-trip transport volume and saving up to 40% in logistics costs.
- Labor Costs: Automated operation reduces manual intervention, allowing one worker to manage two to three units simultaneously.
Wide Range of Applications
- Scrap Recycling Stations: Process scrap metal, cardboard, and other items, with an average daily processing capacity of 10-60 tons.
- Logistics Warehousing: Compresses packaging materials, saving over 30% of storage space.
- Agriculture: Used for baling straw and feed, achieving a compression density of 500-700 kg/m³.
Safety and Convenience
- Equipped with an emergency stop button and protective cover, it complies with ISO 12100 safety standards.
- Modular design facilitates maintenance; replacing the hydraulic oil filter takes only 10 minutes.
Parameters of our vertical baler for sale
| Model | Cylinder Diameter | Motor | Bale Size | Overall Dimension | Bale Weight | Overall Weight |
|---|---|---|---|---|---|---|
| 10 – ton Vertical Baler | 115mm | 7.5kw | 800*400*800mm | 1500*700*2700mm | 65kg | 400kg |
| 20 – ton Vertical Baler | 140mm | 7.5kw | 800*400*800mm | 1500*700*2800mm | 75kg | 450kg |
Why choose AGICO’s vertical baler?
No Installation Required
After refueling and connecting the machine to the power supply, no installation is required. Simply operate the joystick to begin baling, effectively saving labor costs.
U-Shaped Anti-Slip Door Handle
The upgraded door handle features a U-shaped design that is non-slip and easy to unlock. This significantly reduces time and costs after baling. Handle Switch: Pushing the lever inward automatically depresses it, while pulling it outward automatically raises it, providing greater safety and reliability.
Core Component Performance
1. Motor
- High-Quality/Pure Copper Motor Commonalities: All motors utilize branded copper-core motors, offering strong power, durability, and faster heat dissipation, ensuring smooth and continuous machine operation. Pure copper motors offer smooth operation, increased power, and are more durable and less prone to burnout than aluminum motors.
- 3C Certification Supplement: All machines are equipped with 3C-certified copper-core motors, offering excellent heat dissipation, strong power, and stable output.
2. Cylinder
Utilizing imported seals and a high-temperature chrome-plated piston rod, the system provides excellent sealing, prevents oil leakage, prevents pressure release, and is durable.
3. Manual Reversing Valve
Accurate movement, stable and reliable operation, and easy operation.
4. Hydraulic Press Plate
Thickened press plate allows for heavy loads, resulting in better, more uniformly packed packages.
Structural Design and Craftsmanship
- Automatic Bag Pushing and Turning: Customizable and easy to operate, the automatic bag pushing and turning system allows for direct mechanical removal after the bag pressing process, effectively saving labor. Frame: Made of thickened steel plate, it offers greater load-bearing capacity without deformation, allowing for tighter material compression.
- Welding Process: Double-layer welding provides excellent crack resistance, while arc heat is concentrated, preventing deformation.
- Material Compartment: Large space, high load capacity, stainless steel options available, and custom sizes available.
Applications of the Vertical Baler
Waste paper baling, cotton baling, clothing baling, straw baling, corn cobs, plastic baling, wool baling, recyclables baling, and scrap baling. It can also be used to compress and baling soft materials such as cotton, wool, waste cartons, waste cardboard, yarn, tobacco leaves, plastics, cloth, woven bags, knitted fleece, hemp, sacks, wool tops, wool balls, cocoons, silk, hops, and waste plastic bags. It can also be used to baling packaging materials and waste such as beverage cans and industrial scraps, saving up to 80% of storage space and reducing transportation costs.
Why choose AGICO’s vertical baler machine?
Large-Scale Production Workshop
A large-scale group enterprise integrating R&D, production, sales, and service.
Strict production standards
Each machine undergoes rigorous testing and commissioning to ensure quality.
Large-scale warehousing center
A large inventory of standard models available; place your order and enjoy fast delivery.
Advanced Production Equipment
Advanced large-scale production and processing equipment effectively guarantees order turnaround time.
Working Principle and Core Advantages of a Vertical Baler
A vertical baler primarily uses a hydraulic system to drive a ram up and down, compressing loose waste paper into high-density blocks, which are then secured in place by a strapping mechanism.
The vertical baler’s core components include a hydraulic pump unit, compression cylinder, control valve block, and electrical system.
During operation, after waste paper is placed in the baling bin, the hydraulic system pushes the ram to exert tremendous pressure (typically tens of tons), reducing the volume of the waste paper to one-third or even less.
This mechanical compression method increases efficiency by 5-8 times compared to traditional manual baling. Furthermore, the baled waste paper blocks are easier to transport and store, significantly reducing logistics costs.
Structure and functions of vertical baler machine
Basic Structure
Comprises a frame, which is equipped with a base plate, front and rear side baffles. A jack is mounted on the frame and connected to a piston rod. The right end of the piston rod is attached to a vertical material – pushing plate. The right side of the material – pushing plate is connected with material – pushing slats, and the gap between adjacent slats serves as the rope – threading groove on the plate.
Feeding and Pressing Areas
A material – pressing upper baffle is located on the right part of the upper surface of the frame, with a feeding opening on the frame surface to its left. Front and rear side blocking bars are connected to the frame on the right of the front and rear side baffles, and the gap between adjacent blocking bars is the rope – threading opening.
Discharging and Cavities
A discharge opening is at the right end of the frame, where a door panel is hinged. Door panel slats are connected to the left side of the door panel, and the gap between adjacent slats is the rope – threading groove on the door. The feeding cavity is enclosed by the front and rear side baffles, the material – pushing plate and the base plate. The material – extruding cavity is enclosed by the front and rear side blocking bars, the material – pressing upper baffle, the door panel and the base plate.
Locking and Adjusting
A locking device is interlocked at the right end of the door panel and the frame. The bale size can be adjusted within a certain range as needed.
