| Customization: | Available |
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| After-sales Service: | 2 Years |
| Type: | Round Baler |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
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The Ever-power Round Hay Baler represents a robust, tractor-pulled harvesting solution engineered to gather, roll, and tie loose field crops into highly compressed cylindrical bales. Designed to be powered directly by your tractor's PTO shaft, this versatile machinery excels at processing dry wheat straw, fresh pasture grass, and alfalfa.
Core Advantages: By significantly mechanizing the forage collection workflow, this implement eliminates the need for intensive manual labor and reduces the time your valuable crop spends exposed to unpredictable weather. The resulting high-density bales offer superior resistance to moisture, retain vital nutritional elements for livestock, and optimize your barn storage and transport capacity.
Technical Specification
| Product Model: 9EP-1.25A6 | Matching Power: 111.85 - 150.59 Kw |
| Drive Mode: PTO Output | Working Speed: 6-12 km/h |
| Bale Size: Diameter 1250 * Length 1250 mm | Soil Content: < 15% |
| Pick-up Width: 2200 mm | Execution Standard: GB/T14290-2021 |
| Patent No.: ZL 2017 2 0612476.X | Overall Dimensions (L*W*H): 4.37 m × 2.8 m × 2.37 m |
Working Principle
The baling process relies on a continuous, mechanically synchronized cycle. Power is transferred directly from the tractor's PTO to the baler's primary gearbox. As you drive along the windrow, the front pickup reel sweeps the cut crop upward and feeds it into the main forming chamber. Inside this chamber, a series of synchronously spinning steel rollers catch the forage, tumbling it over itself to build a dense, solid core. As the bale grows outward, the compression increases. Once the internal density plate registers the target compaction, the tying mechanism activates, dispensing twine to wrap the spinning bale securely. Finally, the operator uses the tractor's hydraulic remote valve to lift the heavy tailgate and discharge the finished bale onto the field.
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Advantages
Deformation-Resistant Rollers: Constructed from heavy-gauge, seamless alloy steel, the compression rollers maintain structural integrity under massive loads, ensuring uniformly shaped and densely packed bales every time.
Automated Twine Deployment: A highly sensitive mechanical sensor detects the optimal bale diameter and triggers the binding sequence automatically, providing a tight, consistent wrap without operator fatigue.
Optimized Power Utilization: The central bevel gearbox translates PTO rotational energy with minimal friction loss, enabling smooth operation and saving diesel fuel even when paired with mid-range horsepower tractors.
Sealed Rotational Joints: All primary rotating shafts are protected by industrial double-sealed flange bearings, forming an impenetrable barrier against abrasive soil dust and corrosive plant sap.
Impact-Absorbing Tines: The pickup reel features specially treated spring-steel tines that flex upon contact with uneven ground or field debris, drastically lowering the risk of snapping and replacement downtime.
Torque Overload Failsafe: Equipped with a shear-bolt mechanism on the main driveline. If the machine ingests a massive obstruction, the bolt shears instantly to prevent catastrophic damage to both the tractor and the baler transmission.
Application Scenarios
Livestock Dairy and Beef Farms: Baling fresh ryegrass, clover, and alfalfa. The ultra-dense bales squeeze out oxygen, making them perfect for plastic wrapping and anaerobic silage fermentation.
Broadacre Crop Management: Rapidly clearing vast fields of dry wheat, barley, and oat straw immediately after the combine harvester. This preps the ground for the next season and provides sellable animal bedding.
Renewable Biomass Processing: Gathering tough, bulky agricultural waste such as cotton stalks, corn stover, and sugarcane leaves. The dense bales are easy to stack and transport to commercial biomass energy plants.
How to Choose the Right Round Hay Baler
Tractor Specifications: Verify that your tractor can deliver the required horsepower and a steady 540 RPM PTO speed. Operating a baler with an underpowered tractor will cause engine strain and result in poorly compacted bales.
Handling Infrastructure: Evaluate your bale moving capabilities. If you move bales manually, a compact series producing smaller, lighter bales is strictly necessary. If you use mechanical front-end loaders, standard or large bales will improve transport efficiency.
Crop Moisture Content: Baling wet, heavy silage puts immense outward pressure on the chamber. If silage is your primary focus, select a series with reinforced roller walls and robust hydraulic lift cylinders.
Field Topography: For rolling hills, steep inclines, and narrow pasture gates, a machine with a compact footprint provides better stability, a lower center of gravity, and a superior turning radius.
Global Customer Field Notes
Western Australia (Export Hay Contractor): "Working in extreme heat means fine dust gets into every moving part. The sealed bearings on the Ever-power baler have proven highly resilient. We grease the main PTO joints daily, and the gearbox runs cool all season long."
Hokkaido, Japan (Rice Cooperative): "After the rice harvest, the paddies are damp and soft. Heavy machinery simply sinks. This compact series baler is light enough for our 30 HP tractors, allowing us to clear the wet rice straw efficiently without destroying the soil structure."
Bavaria, Germany (Silage Producer): "We bale a lot of wet ryegrass for local dairies. Wet grass is heavy and strains the equipment, but the steel rollers on this machine don't bend. The automated tying system is precise, ensuring the bales don't burst when we run them through the plastic wrapper."
About Ever-power
Ever-power is a globally recognized manufacturing enterprise with over 15 years of dedicated experience in the production and engineering of round balers and heavy-duty agricultural machinery. Our state-of-the-art manufacturing facility is equipped with advanced CNC machining centers, automated robotic welding stations, and comprehensive metallurgical testing labs. We strictly adhere to international quality management protocols, ensuring that every piece of equipment we produce delivers uncompromising industrial-grade performance.
By maintaining total control over our production lines from raw steel to final assembly, we eliminate middleman markups. This allows us to provide global farmers and equipment distributors with OEM-quality machinery at unbeatable factory-direct prices. Contact our senior engineering team today with your tractor specifications, and let us provide you with a customized, high-yield baling solution that will transform your harvest.
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(FAQ)
Q1: What are the hydraulic requirements to operate the tailgate? A: You only need one standard set of rear double-acting hydraulic remote valves on your tractor to supply pressure to the baler's tailgate lift cylinders.
Q2: Can the automatic binding system accommodate different types of twine? A: Yes, the binding mechanism features an adjustable tensioner that seamlessly accepts universal agricultural twines, including both natural sisal and synthetic polypropylene (plastic).
Q3: Is it difficult to adjust how tightly the bale is packed? A: Not at all. Bale density is regulated by mechanical tension springs connected to the internal sensor bar. You can easily adjust these springs to create softer bales for dry hay or rock-hard bales for wet silage.
Q4: How does the baler protect itself from ingesting large rocks? A: The main PTO driveline is equipped with a shear-bolt torque limiter. If the pickup reel ingests a massive obstruction, the bolt snaps instantly to disconnect power, fully protecting your tractor and the baler's gearbox from damage.
Q5: Are wearable replacement parts easy to source locally? A: Yes. All critical mechanical components, such as flange bearings, roller chains, and PTO splines, are manufactured to standard international ISO/DIN dimensions, making them very easy to source at local agricultural supply stores. We also maintain a full inventory of proprietary parts for rapid global dispatch.
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