9YQ-1250 Trailed-type Round Baler for Tractor

The 9YQ-1250 Trailed-type Round Baler is a professional-grade round baler machine purpose-built to collect and compact crop residue left behind after harvesting corn, rice, wheat, soybeans, and a wide range of other crops. Powered by the tractor PTO shaft, this round hay baler sweeps windrows efficiently through its 1250mm spring-tooth pickup reel, feeds material directly into a 16-roller fixed-chamber compression system, and produces tight, consistent Phi800mm round bales secured with rope wrapping. Whether you are managing straw in a grain-growing region, producing silage round baler output for livestock feed, or baling pasture grass across undulating terrain, the 9YQ-1250 adapts to diverse field conditions with its hydraulic floating pickup and automatic-or-manual dual operating modes. From the high-precision displacement sensor that locks in target bale weight, to the fully automated thin-oil lubrication circuit that keeps the chain drive running smoothly season after season, every engineering detail targets field reliability and low total cost of ownership.

Designed specifically for small and medium-sized farm operations as well as contractors who need a dependable small round baler for compact tractor use, the 9YQ-1250 bridges the gap between entry-level mini round baler units and heavier commercial machines. Its 1000kg working weight and compact 2050x2250x1580mm footprint make it easy to maneuver in tight field headlands and transport between paddocks. Farmers who have previously wrestled with manual-tie square balers will immediately notice how the automated wrapping cycle of this round bale baler cuts operator fatigue and speeds the field cycle. Bales produced can be used for animal feed, livestock bedding, biomass energy generation, mushroom substrate, or resale - converting what was once post-harvest waste into a reliable revenue stream.

Product Specifications

No.	Item	Unit	Specification
1	Model Name	/	Model 9YQ-1250 Round Baler
2	Hitching Method	/	Trailed
3	Picking Width	mm	1250
4	Feed Inlet Width	mm	/
5	Picker Structure	/	Spring tooth type
6	Feeder Structure	/	Directly feed by spring tooth
7	Type of compressing bale chamber	/	Roll drum type
8	Width of compressing room	mm	1250
9	Diameter of compression	mm	Φ800
10	Quantity of Roll - Pressing Working Components	pc	16 Roller
11	Diameter of Roll - Pressing Roller	mm	Φ152
12	Bundling Type	/	Rope wrapping
13	Matching power range	kW	40.4 ~ 60
14	Overall Dimension (L×W×H)	mm	2050×2250×1580
15	Machine Weight	kg	1000

Key Features of the 9YQ-1250 Round Hay Baler

1. Precision Touch-Screen Control
The handheld color touch screen operates stably and reliably under demanding field conditions. Paired with a high-precision displacement sensor, it allows the operator to set an exact target bale weight and maintain that weight consistently across every bale in the field, significantly reducing material waste and guesswork during the round baler operation.

2. Dual-Mode Operating System
The intuitive operating system offers both automatic and manual modes, making it easy for new operators to master this hay round baler machine quickly. The entire baling cycle is continuously monitored on-screen, giving the operator a clear real-time view of equipment status, chamber fill level, wrapping progress, and any fault alerts without leaving the tractor cab.

3. Smart Net-Wrap Loop Positioning
A high-precision sensor accurately counts and positions each loop of round baler wrap or round baler twine applied to every bale. By eliminating over-wrap, the system delivers meaningful savings on consumable costs per bale, enabling you to control input costs tightly whether you are running net wrap or twine as your preferred round baler wrap binding material.

4. Auto Oil Lubrication System
The fully automatic thin-oil lubrication system delivers continuous, measured lubrication to every link in the entire chain drive network, keeping round baler belts and roller drives running cool and friction-free. Centralised grease supply points service all critical round baler parts from a single location, dramatically cutting daily maintenance time and helping extend the machine service life across multiple seasons.

5. Hydraulic Floating Pickup
The integrated hydraulic system provides on-the-go adjustment of the pickup reel height and builds in a floating capability that lets the pickup automatically follow ground contours and uneven stubble rows. This constant adaptation to changing material flow protects the spring teeth from shock damage, maintains a clean sweep of windrows, and simplifies in-field cleaning and servicing between sessions.

6. World-Brand Core Components
Every high-wear component on this round baler machine is globally sourced from world-renowned manufacturers. The drive shaft, round baler rollers, sealed bearings, clutch, transmission chain, and electronic control system are all selected from certified international suppliers, ensuring that every individual round baler part meets the quality standards required for intensive commercial field operations across diverse climatic conditions.

Working Principle of the Hay Round Baler

1. PTO Drive Engagement
The operator connects the tractor round baler PTO shaft to the machine input gearbox and engages the PTO. Power flows through the driveline at a standard 540 RPM input, driving the main gearbox, chain drives, and all working assemblies simultaneously. The round baler PTO shaft transmits torque smoothly thanks to its overload clutch protection, which shields both the tractor and machine from sudden blockage damage.

2. Pickup and Windrow Gathering
As the tractor advances along the windrow, the 1250mm-wide spring-tooth pickup reel rotates and lifts cut or swathed crop material off the ground. The spring fingers follow the terrain thanks to the hydraulic floating system, ensuring a clean, thorough sweep even over uneven stubble. Crop is then channeled directly into the feed inlet via the spring-tooth feeder, with no separate auger or belt conveyor required in this direct-feed design.

3. Roll-Drum Compression Chamber
Material enters the fixed roll-drum bale chamber, which houses 16 press rollers each measuring Phi152mm in diameter. As crop accumulates, the 16 rollers rotate inward and create a tumbling, spiraling action that builds the bale from the inside outward. The fixed-chamber design ensures that each bale always reaches the predetermined target diameter of Phi800mm, producing uniform, dense bales with a consistent outer shape and compaction level, which is critical for stacking, transport, and storage quality.

4. Bale Weight Sensing
Throughout the filling phase, the high-precision displacement sensor continuously monitors chamber expansion and feeds real-time data to the handheld color touch-screen controller. When the bale reaches the operator-set target density or diameter threshold, the system triggers an audible and visual alert. In automatic mode, the wrapping cycle initiates immediately without manual intervention, eliminating the stop-and-check routine that costs operators significant time during busy harvest windows.

5. Rope Wrapping and Ejection
Once the target size is reached, the round baler twine or rope-wrap mechanism engages and applies the preset number of binding loops across the full width of the bale. The precision loop-counter ensures that the exactly correct quantity of round baler twine is consumed every time, cutting material costs without compromising bale integrity. After wrapping completes, the rear tailgate opens hydraulically and the finished round bale is discharged cleanly onto the field. The tailgate closes automatically to restart the next baling cycle immediately.

6. Continuous Lubrication and Self-Monitoring
Throughout the entire operating cycle, the automatic thin-oil lubrication circuit supplies precisely metered oil to every chain and sprocket in the drivetrain, while the centralised grease bank keeps all bearing surfaces protected. The electronic monitoring system tracks all key machine parameters and logs any anomaly to the touch screen, so the operator can address minor issues before they escalate into costly repairs or unplanned field downtime during peak season operation.

Round Baler Applications

Key Components of the Hay Round Baler

1. Spring-Tooth Pickup Reel
The 1250mm-wide spring-tooth pickup reel is the machine's ground-level entry point, sweeping windrows cleanly off the field surface. Its spring-steel fingers flex over stones and clods without breaking, and the hydraulic floating system keeps the tine tips at optimal ground clearance regardless of terrain undulation, ensuring maximum material intake and minimum crop loss.

2. 16 Roll-Pressing Rollers
Sixteen precision-turned Phi152mm steel rollers line the fixed bale chamber wall and form the heart of the round baler rollers compression system. Each roller is driven and spins to produce a consistent inward tumbling force that spirals incoming material into a tight, evenly dense cylinder. The roller configuration is critical to achieving the uniform density across the Phi800mm bale cross-section that makes bales easy to stack and store.

3. PTO Input Gearbox and Driveline
The main input gearbox converts tractor PTO shaft torque into the rotational speeds needed by all machine subassemblies. An integrated overload clutch in the round baler PTO shaft protects the driveline from shock loads caused by sudden slug feeding or blockages. The gearbox housing is cast from high-strength iron and filled with long-life gear oil, requiring only periodic inspection rather than continuous attention during field operation.

4. Rope-Wrap Binding Mechanism
The rope-wrapping unit dispenses round baler twine in a controlled traverse pattern across the full chamber width as the completed bale rotates. The precision sensor loop counter ensures that the exact number of wraps specified by the operator is applied automatically every cycle. This eliminates variation between bales and reduces the risk of bales unwrapping during handling or transport, preserving bale shape and protecting feed quality.

5. Hydraulic Tailgate System
The rear tailgate is actuated by a dedicated hydraulic cylinder that swings it fully open to allow smooth, gravity-assisted bale discharge onto the ground. In automatic mode, the tailgate closes immediately after ejection, restarting the intake cycle without delay. The hydraulic circuit is connected to the tractor's auxiliary spool valve, giving the operator direct control from the cab and eliminating the need to dismount in difficult or muddy field conditions.

6. Electronic Control Unit and Touch Screen
The handheld color touch-screen display is the operator's window into every aspect of machine performance. It communicates with the central ECU that processes inputs from the displacement sensor, loop counter, hydraulic pressure transducers, and fault detection circuits. All settings, including target bale size, wrap count, and operating mode, are stored in non-volatile memory and recalled instantly at each startup, cutting pre-field setup time to a minimum.

7. Auto Lubrication and Maintenance System
A dedicated automatic thin-oil lubrication pump continuously circulates lubricant through all chain drives and sprockets while the machine operates, preventing the premature wear that shortens the life of round baler belts and roller-drive chains. The centralised grease bank gathers all bearing grease points into a single manifold, reducing the service time required at end-of-day shutdown and ensuring that every round baler part receives the protection it needs even under the harshest dusty harvest conditions.

Round Baler vs. Square Baler

Choosing between a round baler and a square baler is one of the most consequential equipment decisions a farmer or contractor will make. Both machine types compact loose crop material into manageable units, but they differ fundamentally in bale shape, handling requirements, storage characteristics, and economic profile.

Round balers win decisively on labor efficiency, versatility for silage, and suitability for operations with smaller tractors and limited covered storage. If you are producing hay or straw for on-farm feeding with free-choice access or selling biomass by weight, the hay round baler format keeps costs per bale low while demanding minimal staffing. The 9YQ-1250 is especially well-suited to farms where a single operator must handle all fieldwork during compressed harvest windows.

Square balers, on the other hand, excel when bales must be stacked precisely in standard-size warehouses, shipped long distances by truck, or handled by automated feeder systems in large dairy or feedlot operations where bale weight consistency across each 100kg increment matters. If your primary market is commercial hay export or you operate a large-scale dairy requiring automated ration delivery, investing in large square baler capacity may deliver a better return. For the majority of mixed-crop farms and livestock producers operating at the small to medium scale, a compact round baler like the 9YQ-1250 offers the best combination of affordability, field performance, and operating simplicity.

How to Choose the Right Round Baler Machine

1. Match Baler Size to Your Tractor
The 9YQ-1250 requires 40.4 to 60 kW, making it perfectly matched for mid-range agricultural tractors in the 55 to 80 hp range. Before purchasing any round baler for compact tractor use, compare the machine's minimum PTO power requirement against your tractor's rated PTO output at full engine load. Undersized tractors will overwork and overheat when facing dense windrows, shortening both tractor and baler service life.

2. Consider the Crop Type and Condition
Different crops impose very different demands on pickup systems and bale chambers. A round baler for silage baling of high-moisture grass needs a robust sealed chamber and reliable wrap system, while a round baler for corn stalks must handle coarse, heavyweight material. The 9YQ-1250 spring-tooth pickup handles both light and heavy materials effectively, but always confirm that the baler's pickup width and chamber capacity match your typical windrow volume per hectare.

3. Evaluate Bale Size Requirements
The 9YQ-1250 produces Phi800mm bales, which represent an ideal round baler size for farms operating with a standard front-loader or three-point linkage bale grab. Larger operations or those selling hay commercially at scale may need to review whether Phi800mm suits buyer handling equipment. Check that your bale handling machinery, loader capacity, and transport trailer dimensions are compatible with the round baler sizes you are considering before committing to a purchase.

4. Assess Binding Type: Twine or Net Wrap
The 9YQ-1250 uses rope/twine wrapping as standard. Round baler twine is a lower cost-per-bale consumable that suits most hay and straw operations. If your primary application is high-moisture silage baling, where bale integrity under film-wrapping stress is critical, net wrap systems offer superior holding strength and faster cycle times. Confirm that the binding type of your chosen round baler matches the downstream handling and storage method for your specific crop.

5. Check Spare Parts and Service Availability
No matter how well-built a round baler machine is, round baler parts will eventually need replacement. Before purchasing, confirm that the supplier or round baler manufacturers can provide rapid delivery of wear items such as pickup tines, roller bearings, chain sections, and round baler twine kits to your region. Our company stocks a comprehensive inventory of genuine replacement round baler parts and ships globally, ensuring that your machine can be returned to work within days rather than weeks when a component needs attention.

6. Factor in Total Cost of Ownership
Purchase price is only one component of the true cost of owning a best round baler for your operation. Factor in annual consumable costs (round baler twine or round baler wrap per bale), expected maintenance intervals (chain replacement, roller bearing service), fuel consumption per bale, and the cost of operator downtime during harvest. The 9YQ-1250 auto-lube system and precision wrap counter both contribute measurably to lower operating cost per bale compared with machines that lack these features.

Round Baler and Round Baler PTO Shaft

The round baler PTO shaft is the single mechanical link that transfers all rotational power from the tractor engine to every working assembly inside the round baler machine. Without a correctly specified and well-maintained PTO shaft, even the highest-quality round baler for hay will fail to perform.

On the 9YQ-1250, the tractor PTO shaft connects to the machine's main input gearbox via a standard 540 RPM splined coupler. The shaft incorporates a universal joint at each end to accommodate the angular offset between the tractor drawbar hitch point and the baler input flange as the outfit turns at the headland. This angular articulation is critical: when operating on tight turning radii or uneven ground, the shaft must flex through its designed operating angle without binding or exceeding the maximum joint angle, which would cause rapid cardan joint wear and vibration.

An overload clutch is integrated into the round baler PTO shaft assembly to provide the single most important protection for the round baler machine drivetrain. When the pickup ingests a foreign object, or when the bale chamber experiences a sudden slug feed that stalls the rollers, the overload clutch slips before torque peaks can crack gearbox housings, shear keyways, or damage the tractor PTO gearbox. This sacrificial slip mechanism absorbs the energy of the blockage event and restores normal operation once the blockage is cleared, protecting the far more expensive components upstream and downstream of the shaft.

Proper shaft length is equally important. A round baler PTO shaft that is too short will pull apart when the tractor makes tight turns; one that is too long will telescope into itself under compression and can contact the machine frame. The shaft must also be guarded by a full-length plastic safety shield that rotates freely around the spinning driveline, protecting the operator from entanglement.

For operators running the 9YQ-1250 as their primary round baler, we recommend inspecting the round baler PTO shaft universal joint cross kits for play and grease condition at every 50-hour service interval. Worn cross kits generate vibration that shortens gearbox bearing life. Replace the full cross-kit set when any detectable play is found, and always re-grease the journal bearing caps at the cross immediately after washing the machine to prevent corrosion-induced seizure. A well-maintained PTO shaft ensures that the full 40 to 60 kW power window of the 9YQ-1250 is delivered cleanly and continuously to the baler throughout the longest harvest days.

FAQs

Q1: What tractor horsepower does the 9YQ-1250 round baler require?
A: The 9YQ-1250 round baler for tractor requires a PTO power input of 40.4 to 60 kW, which corresponds to approximately 55 to 82 horsepower at the tractor's rated engine output. This makes it an ideal round baler for compact tractor setups in the 60 to 80 hp range commonly found on small and medium farms. Always verify your specific tractor model's PTO output rating under full load conditions before coupling the machine, as rated engine horsepower and PTO-delivered horsepower typically differ by 15 to 20 percent.

Q2: What is the bale diameter and weight produced by the 9YQ-1250?
A: The 9YQ-1250 produces round bales of a fixed diameter of Phi800mm across a bale width of 1250mm. Actual bale weight varies according to crop type, moisture content, and the target density setting programmed on the touch-screen controller. Wheat straw bales typically weigh 120 to 180 kg at normal field moisture, while high-moisture pasture grass or silage round baler bales can reach 250 to 350 kg at the same diameter. The high-precision displacement sensor allows you to set a consistent target bale weight and maintain it across every bale in the field.

Q3: How often should I replace round baler belts or chains on the 9YQ-1250?
A: The 9YQ-1250 uses a roll-drum fixed-chamber design rather than belt-based compression, so it does not use the large conveyor-style round baler belts found in some older variable-chamber designs. The primary drive elements are the roller-drive chains and PTO driveline. These chains should be inspected for elongation at every 50-hour service interval using a chain-pitch gauge. When elongation reaches 2% beyond nominal pitch, replace the full matched chain set. The automatic lubrication system significantly extends chain life compared to manually-lubricated systems, but regular inspection remains essential.

Q4: Can the 9YQ-1250 bale silage as a silage round baler?
A: Yes. The 9YQ-1250 can bale high-moisture grass, legume silage, and other fermentation-destined crops effectively. When using the machine as a silage round baler, cut and wilt the crop to the target dry matter percentage (typically 35 to 45% for haylage), rake into consistent windrows, and bale at the highest density setting. Bales should then be wrapped with stretch film as quickly as possible after ejection using a dedicated bale wrapper. The rope-wrapping system on the 9YQ-1250 holds high-moisture bales securely until the stretch film is applied.

Q5: What type of round baler twine or round baler wrap does this machine use?
A: The 9YQ-1250 is supplied as standard with a rope-wrapping (twine) binding system. It accepts standard commercial round baler twine in polypropylene or sisal grades available from agricultural consumable suppliers globally. Net-wrap (round baler wrap) is not part of the standard specification on this model. When selecting twine, choose a breaking strength appropriate for your target bale density - a minimum of 130 kg tensile strength per strand is recommended for dense corn stalk or heavy grass bales to prevent bale failure during handling and transport.

Q6: How does the round baler PTO shaft connect to my tractor?
A: The round baler PTO shaft connects via a standard 540 RPM splined coupler (6-spline or 21-spline depending on tractor specification) between the tractor PTO output stub and the machine input gearbox flange. The shaft includes universal joints at both ends that accommodate angular misalignment during turning, plus a telescoping section that adjusts shaft length as the implement articulates. Before connecting, ensure the tractor PTO is disengaged, then slide the shaft coupler onto the tractor PTO stub until the locking pin clicks. Confirm that the safety shield rotates freely around the driveline before engaging the PTO.

Q7: What crops can this round baler handle and are there any limitations?
A: The 9YQ-1250 handles a wide range of crops including wheat straw, rice straw, corn stalks, soybean stover, pasture grass, alfalfa, cotton stalks, sugarcane tops, and reeds. The spring-tooth pickup manages both light and medium-density windrows effectively. The machine performs best when crop is evenly raked into consistent windrow width matching the 1250mm pickup. Very wet or green material with over 65% moisture content may cause bale chamber plugging and should be pre-wilted. Avoid baling material containing rocks, wire, or large foreign objects that could damage the round baler rollers or the PTO shaft overload clutch.

Q8: Is the 9YQ-1250 a good small round baler for compact tractor use?
A: Yes, the 9YQ-1250 is specifically designed to function as a small round baler for compact tractor setups in the 55 to 80 hp range that represent the majority of tractors on small and medium farms worldwide. Its 1000kg operating weight keeps hitch loading manageable for mid-size tractors, and its compact 2050x2250x1580mm footprint allows operation in smaller paddocks and tighter headlands than larger round balers. The 40.4 to 60 kW power window aligns well with the PTO output of common compact agricultural tractors in the 60 to 75 hp class.

Q9: What spare round baler parts should I keep in stock?
A: We recommend maintaining a basic on-farm spare parts inventory including a set of pickup spring-tooth fingers (the most common wear item during the first season), a set of roller bearing inner races for the most frequently accessed roller positions, one full matched drive chain set in the correct pitch, a selection of round baler twine in your preferred grade, and the consumable fasteners listed in the spare parts list in your operator manual. For farms in remote locations with slow freight access, also stock the overload clutch slip plates and a replacement chain tensioner spring as insurance against unplanned downtime during peak season.

Q10: How does a round baler differ from a mini round baler in terms of output capacity?
A: A mini round baler typically produces smaller-diameter bales in the Phi400 to Phi600mm range at lower throughput rates, and is often used for hobby farms, small market gardens, or specialty crops like lavender and hemp where bale weight must be kept manageable by hand. The 9YQ-1250 occupies the mid-range compact round baler category, producing Phi800mm bales that require a loader or bale handler for moving but deliver substantially higher output per field hour than true mini round baler units. This makes the 9YQ-1250 suitable for genuine commercial-scale production rather than purely hobby-farm use.

Customer Reviews

James Robertson, Grain and Livestock Farmer, United States
"Been running the 9YQ-1250 for two full corn seasons now on my farm in Iowa and honestly cannot fault it. The touch screen is genuinely easy to use, my 16-year-old son figured it out in about 20 minutes the first day. Bale consistency is really impressive, every Phi800mm bale comes out looking the same, which makes stacking and transport so much easier. Had one minor chain issue last fall, called the supplier and they walked me through the fix over a video call and had the replacement round baler parts shipped within 3 days. Would absolutely recommend this machine to anyone looking for a reliable small round baler in this power class."

Alejandro Ortega, Alfalfa and Wheat Producer, Mexico
"I operate about 350 hectares split between alfalfa and wheat straw in Sonora state. Before switching to this machine we were using an old belt-type baler that needed replacing round baler belts almost every season which was killing our budget. The 9YQ-1250 roller drum system has been running 14 months with no major wear issues at all. The auto-lubrication system is a real game-changer for us because we run long days and the last thing we have time for is stopping to grease everything manually. Shipping from the supplier was faster than expected too, about 35 days door to door, well-packed with no damage."

Sanjay Verma, Rice and Sugarcane Grower, India
"We trialed three different round baler machine models before ordering the 9YQ-1250 and this one won mainly because of the hydraulic floating pickup. Our rice fields are never perfectly flat after harvest and other machines we tested were leaving a lot of straw behind on ridges. This machine follows the contours really well. Also the fact that it runs comfortably on our 55hp tractor is a big plus because we didn't need to upgrade equipment. Minor gripe would be that the manual is partly in Chinese but the sales team sent us a translated version without any fuss. Overall very satisfied with the purchase and the after-sales communication."

Piotr Kowalski, Mixed Farm Operator, Poland
"Bought this compact round baler last spring for our 180ha mixed arable and beef operation. We bale wheat straw, rye straw and some grass silage throughout the year. The dual automatic and manual mode is something I really appreciate, in automatic the machine runs itself through the complete cycle which means I can concentrate on driving the tractor without losing focus on the bale count. Build quality is very solid, the roller housing and main frame look like they're built to last. My neighbor borrowed it for a week during his barley harvest and ended up ordering one for himself. Best round baler we've owned at this price point."

Fatimah Dawood, Livestock and Forage Producer, Australia
"Running a 600-head beef operation in Queensland means we need a round hay baler we can trust during summer storm season when there's always a rush to get dry hay baled before the weather turns. The 9YQ-1250 has been incredible for that. What I like most is how simple the whole thing is to operate, I trained a new farm hand in less than half a day. The precision wrap counter actually saves us real money on round baler twine costs across a full season, I calculated roughly 12% reduction in twine spend compared to our previous machine. Delivery took 48 days by sea, arrived in perfect condition. Would not hesitate to buy again."

Nikolai Kovalev, Grain Farm Manager, Russia
"We operate in Siberian harvest conditions where temperatures drop fast and the harvest window is very tight. I was honestly skeptical about ordering a round baler machine from overseas but the product quality genuinely surprised me. The frame welding is clean and the components are well-finished. We've been running this machine on sunflower stalks and wheat straw simultaneously on two shifts per day during peak harvest, no mechanical failures at all through the first full season. Customer service responded to my inquiry at 11pm on a Friday with full technical information within 2 hours. That kind of support makes a real difference when you're 8,000km from the manufacturer."

Carlos Souza, Sugarcane and Pasture Contractor, Brazil
"I provide baling contracting services to 12 different farm clients in Sao Paulo state, covering sugarcane tops, brachiaria grass, and corn stalks depending on the season. The 9YQ-1250 has been my main machine for 9 months now and it handles the transition between crop types well. What I appreciate most is how the hydraulic floating pickup saves me time on headlands with varying stubble heights. I did have one roller bearing that needed replacing at the 8-month mark, but the bearing specification was standard and available locally, so no waiting. The 1000kg machine weight is also a big plus for road transport between client farms on a tandem trailer."

Thomas Beaumont, Sheep and Cereal Farmer, France
"I was replacing an old European-brand mini round baler that had become expensive to maintain and I decided to try a Chinese manufacturer for the first time. I'll admit I had low expectations but this machine has genuinely changed my mind. The 16 press rollers produce a consistently dense bale that doesn't loosen in storage the way bales from my old belt-type machine sometimes did. We bale about 1800 Phi800mm bales of wheat straw and meadow hay per year and the machine hasn't missed a beat. The automated wrap cycle in particular saves at least 20 minutes per session because I no longer need to watch and manually trigger wrapping. Very good value for the price."

Mohammed Al-Rashidi, Forage Importer and Trader, Canada
"We purchased three units of the 9YQ-1250 for our client farms in Alberta and Ontario that were looking for a round baler for sale at a competitive price point without sacrificing reliability. All three machines were delivered in 52 days from order confirmation, well within the promised window, and all arrived with zero transit damage thanks to the solid export crating. Our clients have now collectively completed two full seasons without any significant mechanical downtime across all three machines. The supplier's technical team have been responsive to all our inquiries, which is critically important when you are buying on behalf of farm clients who depend on the equipment performing. We will definitely be ordering more units this year."