Category:
Heavy Duty Dual Ram Baler
The Sinobaler Heavy Duty Dual Ram Baler delivers 80–200 tons of press force via its dual-ram system, ideal for compacting tough, fibrous, or rebounding materials, as well as soft ones requiring high bale density for optimized loading. It's perfect for natural and synthetic fibers, metal panels, tubes, profiles, and hard plastics like electronics shells and pipes. This baler reduces storage space, cuts transport costs, and boosts efficiency—making it a smart investment for modern recycling and waste handling.
Product description
The Sinobaler Heavy Duty Dual Ram Baler is meticulously engineered to deliver substantial press force, ranging from 80 tons to 200 tons. This remarkable force capacity is achieved through its advanced dual-ram structure, setting it apart as a powerhouse in waste compaction. Crafted for robustness and durability, this two-ram baler is purpose-built to address the unique challenges presented by recyclable materials characterized by high fibrous content, formidable rebounding force, or exceptional hardness. Remarkably versatile, it also proves to be an effective solution for processing softer materials when the requirement calls for attaining elevated bale densities, ultimately optimizing container loading efficiency.
Integrating the Sinobaler Heavy Duty Dual Ram Baler into your operational ecosystem brings multifaceted benefits across diverse sectors. Natural fiber exporters and dealers can capitalize on its capacity to manage a wide array of materials. Synthetic fiber recyclers will appreciate its robustness in tackling their specific requirements. Metal panels, tubes, and profiles recycling centers will find it an indispensable tool in optimizing storage and transportation. Even hard plastics, encompassing computer and TV shells, plastic tubes, and more, are efficiently processed, fostering savings in space and transportation expenditure.
This advanced baling technology operates as a transformative force in waste management. By compacting materials into densely formed bales, this dual ram baler not only minimizes the physical footprint but also optimizes loading within containers or transportation vehicles. This efficiency translates to substantial cost savings and increased operational agility.
Investing in the Sinobaler Heavy Duty Dual Ram Baler signifies a strategic move toward enhanced waste management processes. Streamline storage, expedite transportation, and elevate your operational efficiency with a machine that’s designed to meet the most demanding challenges of modern recycling and waste processing.
Choose from our baler models below or contact us for a customized model to meet your baling and waste recycling demands today. View heavy duty shredders and granulators.
Main Features
- Chain Bale Ejector
for easy and efficient bale ejecting with the lifting up of the chain - Retainer Claws are Optional
for holding the pressed material from springing back - Dual-ram Structure
for better balancing the platen and therefore protects the platens/rams from getting distorted - Electric Controlled
for easy operation, simply by operating on buttons and switches to fulfill platen moving and bale ejecting - Adjustable Bale Height
for meeting different demand on bale weight and bale size - Hydraulic Driven Chamber Door is Optional
to enable door opening/closing only with an operation on a rotary switch, which promotes work efficiency and saves labor - Four Options of Chamber Door Opening, including
front door opening front and back doors opening front and side doors opening four doors opening
Specifications
| Model | Bale size | Bale weight (for hard plastic) | Throughput | Strapping | ||
|---|---|---|---|---|---|---|
| Length | Width | Height | ||||
| SVB2-T-800 |
1520 mm (60 inch) |
760 mm (30 inch) |
450-1000 mm (18-39 inch) |
260-550 kg (570-1210 lbs) |
2-3 bales/hr |
PET strap, steel wire, etc. |
| SVB2-T-1200 Option A |
1100 mm (43 inch) |
700 mm (28 inch) |
300-1000 mm (12-39 inch) |
140-440 kg (310-970 lbs) |
3-4 bales/hr |
|
| SVB2-T-1200 Option B |
1520 mm (60 inch) |
760 mm (30 inch) |
450-1000 mm (18-39 inch) |
310-650 kg (680-1430 lbs) |
2-3 bales/hr |
|
| SVB2-T-1500 Option A |
1100 mm (43 inch) |
700 mm (28 inch) |
400-1100 mm (16-43 inch) |
210-550 kg (460-1210 lbs) |
3-4 bales/hr |
|
| SVB2-T-1500 Option B |
1520 mm (60 inch) |
760 mm (30 inch) |
550-1100 mm (22-43 inch) |
420-800 kg (930-1760 lbs) |
2-3 bales/hr |
|
| SVB2-T-2000 Option A |
1100 mm (43 inch) |
700 mm (28 inch) |
400-1100 mm (16-43 inch) |
270-700 kg (590-1540 lbs) |
3-4 bales/hr |
|
| SVB2-T-2000 Option B |
1520 mm (60 inch) |
760 mm (30 inch) |
550-1100 mm (22-43 inch) |
520-1000 kg (1150-2200 lbs) |
2-3 bales/hr |
|
CUSTOMER CASES
BALING Applications
Car metal panels, palm fibers, coconut fibers, synthetic fibers, TV/computer shells, aluminum sheets, aluminum profiles, hard plastic tubes,etc.
Applicable industries
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FAQ about this machine
All our vertical balers are equipped with the adjustable bale height function, allowing the users to have the flexibility to adjust bale height according to their preference and requirements.
There are 2 types of devices to control bale height:
Type 1 – by Limit Switch
Type 2 – by Trigger Ring
Therefore, please refer to the appropriate device of your baler, and make the necessary adjustment as follow:
Type 1 – Limit Switch
• Move limit switch as per picture below within the adjustable range to adjust bale height as per your preference.
Type 2 – Trigger Ring
• Move trigger ring as per picture below within the adjustable range to adjust bale height as per your preference.
Increasing or decreasing the compressing pressure will directly affect the density of your bale. Please follow the steps below to learn how to adjust compressing pressure on your baler. Remember to refer to the safety working pressure stated on your Operator Instruction Manual to ensure you don’t go above the limit.
Pressure adjustment steps for Heavy Duty Dual-ram Baler:
1. Start the motor.
2. Adjust overflow valve (see B) by turning knob as per the red arrow during baling, you will see the pointer of pressure gauge (see A) increases during the process. Turning the knob in opposite direction and you will see a decrease of pressure.
NOTE:
– Adjust the valve slowly to achieve desired pressure, check the pressure gauge at all time so as to not increase/decrease too much at one time.
– The recommended pressure has already been set at our factory before delivery. Therefore, do not make any adjustment to pressure unless it is necessary.
Upon releasing your baling machine from our factory, we will indicate the required amount of hydraulic oil based on your working condition and environment temperature, and reflect it as Best Oil Level for your baler.
You can easily refer to the “Best Oil Level” stickers as a gauge when you are filling up the oil tank and conduct regular checks on oil level (as seen on picture, slight variation above or below the level line is acceptable).
Taking into consideration that actual operation hours and conditions may varies from time to time, regular checks on oil temperature and level is strongly recommended.
Best Oil Level sticker
It is important that clean hydraulic oil is in the pump before running the machine in order to lubricate the bearings and transmission system.
Therefore, do check the pump once you filled up the oil tank, steps as follow:
• Unscrew and remove the oil pipe joint using a wrench.
• Once joint and oil pipe is removed, you can see the oil discharge opening. Fill hydraulic oil through the opening until it is full to the brim. (If there is air in the pump, it will create loud noise when you run it, which might cause damages)
• Reconnect the oil pipe and ensure the joint is tightly fastened.
Ejecting a bale from a baler depends on the type of baler (vertical or horizontal) and the material being baled. Here’s a detailed guide:
Safety First
- Ensure the baling cycle is fully complete and the compression ram is fully retracted.
- Clear the area around the ejection path.
- Use appropriate PPE (gloves, shoes, safety goggles).
The Type of Balers
- Common for: Small to medium bales, light materials like cardboard, textiles, aluminum, or plastic.
- Steps to Eject:
- Ensure the baling cycle is complete and the ram is fully retracted.
- Open the front door or chamber door.
- The compressed bale usually drops onto the built-in floor or rollers. You may need to push it slightly with a lever or tool.
- Remove the bale manually or with a pallet jack/forklift if needed.
- Close the door and reset the baler for the next cycle.
- Ensure the baling cycle is complete and the ram is fully retracted.
- Common for: Larger bales, heavier materials like metals, plastics, hay or textiles.
- Steps to Eject:
- Complete the baling and tying cycle.
- Activate the bale ejection system (often hydraulic). This pushes the bale out of the compression chamber. For fully automatic balers, the system automatically ejects the bale onto a conveyor or into a receiving area after compressing and tying.
- The bale is pushed onto the bale chute, conveyor, or floor, depending on the model. For fully automatic balers, operators only need to ensure the path is clear for the bale.
- Use a forklift, pallet jack, or grabber to move the bale to storage or shipment.
- Complete the baling and tying cycle.
Manual or the Available Equipment
1. Manual Handling (Small Bales)
- Suitable for lightweight bales.
- Steps:
- Ensure the baler has completed the compression and tying process.
- Open the ejection door carefully.
- Slide the bale out onto a pallet or a flat, stable surface.
- Use proper lifting techniques to avoid injury (bend knees, keep back straight).
- Ensure the baler has completed the compression and tying process.
⚠️ Safety tip: Always wear gloves and steel-toed shoes when handling metal bales.
2. Using a Forklift or Pallet Jack
- Recommended for medium to large bales.
- Steps:
- Position the forklift or pallet jack at the end of the baler where the bale is ejected.
- If the baler has a bale chute or roller table, let the bale slide onto it first.
- Lift the bale carefully using forks or a pallet, ensuring the load is balanced.
- Transport the bale to storage or shipping area.
- Position the forklift or pallet jack at the end of the baler where the bale is ejected.
💡 Many balers have a built-in roller conveyor that helps bales slide onto a pallet or forklift platform automatically.
3. Using a Grabber or Crane (Heavy/Industrial Bales)
- For very heavy bales (eg. large metal bales).
- Steps:
- Attach a bale grabber or hook to the crane.
- Engage the grabber securely around the bale.
- Lift the bale gently and move it to the storage area.
- Release the bale slowly, ensuring it lands safely.
- Attach a bale grabber or hook to the crane.
⚠️ Safety tip: Always check that the crane or grabber’s lifting capacity exceeds the bale weight.
General Tips
- Always wait until the compression ram has fully retracted before opening doors.
- Regularly maintain rollers or conveyor systems to ensure smooth bale movement.
- Keep hands and tools clear of the ejection path to avoid injury.
- For heavy bales, always use mechanical assistance (forklift, grabber, or conveyor).
- Check the baler’s manual for specific ejection controls and safety interlocks.
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