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Auto-weighing Tri-compression Bagging Baler in Action | Alfalfa Demo
Auto-weighing Tri-compression Bagging Baler: Working Process Demonstration
How does an Auto-weighing Tri-compression Bagging Baler work? This video demonstrates the operating process of the SINOBALER Auto-weighing Tri-compression Bagging Baler, using alfalfa as the test material.
The demonstration shows how loose material is weighed, fed into the compression chamber, compressed from three directions, and pushed into a bag. The operator then ties the bag opening and removes the finished package.
The machine features a five-cylinder hydraulic system, automatic weighing, and PLC control. Each cylinder serves a different function in the machine's operating cycle, supporting material feeding, compression, gate operation, and package discharge.
Alfalfa is used here to demonstrate the machine's operation. The machine's suitability for other materials depends on their physical characteristics and the required processing and packaging specifications.
Watch the video to see the machine in operation and understand how its weighing, compression, and bagging functions work together.
How the Tri-compression Bagging Baler Works
Step 1: Material Feeding into the Chamber
The test material, alfalfa, is fed into the machine manually or by a conveyor and enters the compression chamber. The feeding mechanism transfers the material into position for the next stage of the cycle.
Step 2: Automatic Weighing
The integrated weighing system measures the material according to the configured target weight. This function supports controlled quantities for each bagging cycle.
Step 3: Three-direction Compression
The machine compresses the material from three directions to form a compact package. The tri-compression arrangement is the defining feature of this baling and bagging configuration.
Step 4: Gate Operation and Bale Pushing
The gate mechanism operates as required by the machine cycle. The bale-pushing cylinder then pushes the compressed material toward and into the positioned bag.
Step 5: Bag Tying and Package Removal
After the compressed material enters the bag, the operator ties the bag opening and removes the finished package. These operator-assisted steps make the demonstrated process semi-automatic.
Note: The exact timing and sequence of weighing, feeding, compression, and gate operation should follow the actual machine control program.
Five Hydraulic Cylinders, Different Functions
The machine has five hydraulic cylinders, each designed for a specific function:
- Hopper Cylinder: Operates the hopper-related mechanism.
- Feeding Cylinder: Transfers material into the compression area.
- Compression Cylinder: Applies hydraulic force during compression.
- Gate Cylinder: Controls the gate mechanism.
- Bale-pushing Cylinder: Pushes the compressed package into the bag.
The term tri-compression refers to the three-direction compression arrangement, not the total number of hydraulic cylinders.
What Can You Learn from This Demonstration?
This working video helps prospective buyers understand:
- How loose material enters the compression chamber.
- How automatic weighing is incorporated into the process.
- How the machine compresses material from three directions.
- How the compressed package is pushed into a bag.
- Which bagging steps require operator assistance.
The video demonstrates the machine using alfalfa. It should not be interpreted as confirmation that every loose material can be processed without testing or configuration adjustments.
Looking for a Bagging Solution for Your Material?
The Auto-weighing Tri-compression Bagging Baler may be evaluated for suitable loose materials, including biomass, agricultural residues, fibers, mineral wool, and textile waste.
To help us assess your application, please provide:
- Material type: What material do you want to compress and bag?
- Required capacity: kg/hour or tons/day.
- Target bag weight: Your preferred weight per bag.
- Material condition: Moisture content and physical characteristics, if known.
- Bag requirements: Bag type and dimensions.
- Material photos or videos: These help us evaluate feeding and compression requirements.
SINOBALER can review these details and advise whether the machine is suitable for your project.
Request a Customized Solution
Email: inquiry@sinobaler.com
Contact SINOBALER for a Quotation
SINOBALER — Baling solutions for recycling and waste management.
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