9YG-1.0 Round Baler Machine for Sale | PTO Hay & Straw Baler Manufacturer
The 9YG-1.0 round baler is a compact, high-efficiency solution for small to mid-size farms, delivering consistent 100–200 kg bales with low power demand. Its axial-flow feeding system boosts productivity and reduces clogging. **Contact us today to get your quote and improve your baling efficiency.**
▮ Product Overview
Compact Power Where It Matters Most
The 9YG-1.0 Round Hay Baler is a 2,640 kg trailed baler engineered for small and mid-size farms running tractors in the 48–80 kW (65–110 HP) class. It is the lightest unit in our round baler series — and the only one in this category to feature our patented axial-flow semi-forced feeding mechanism, which removes the cam-and-guard system common to traditional balers and nearly doubles field efficiency.
In practical terms, the 9YG-1.0 collects windrowed corn stover, rice straw, wheat straw, soybean residue, and grass forage and forms them into transport-ready round bales weighing 100–200 kg each (approximately 200–400 jin). The compact 1,100 × 1,000 mm bale dimensions match the load constraints of small trucks and tractor trailers — a critical detail for farmers without heavy-duty handling equipment.
For operations searching for a heavy duty round hay baler machine that doesn't demand a 120 HP tractor, this is the entry point.
▮ Specifications
Technical Parameters of 9YG-1.0 Round Baler
| Parameter | Specification |
|---|---|
| Model | 9YG-1.0 Round Baler |
| Hitch Type | Trailed |
| Pickup Width | 1,900 mm |
| Pickup Type | Spring-tooth (cam-less, no-guard design) |
| Feeding System | Axial-flow tine roller + drum (patented) |
| Bale Chamber Type | Roller (fixed-chamber) |
| Chamber Width | 1,000 mm |
| Chamber Diameter | φ 1,000 mm |
| Compression Rollers | 16 rollers, φ 222 mm each |
| Binding System | Net wrap |
| Required Tractor Power | 48–80 kW (65–110 HP) |
| Net Weight | 2,640 kg |
| PTO Speed | 720 r/min |
| Overall Dimensions (L×W×H) | 3,750 × 2,300 × 2,020 mm (working state) |
| Density Control | Sensor-regulated |
| Bale Size (Diameter × Width) | φ 1,100 × 1,000 mm |
| Bale Density Range | 115–200 kg/m³ |
| Productivity | 40–100 bales / hour |
| Wheel Track | 2,045 mm |
| Working Speed | 5–20 km/h |
| Net-Wrap Spec (L × W per bale) | 2,000 × 1.0 m / bale |
▮ Visual Detail
9YG-1.0 Round Baler Product Gallery
▮ Where It Performs
9YG-1.0 Round Baler Field Applications
The 9YG-1.0 is sized for small and mid-scale operations — the kind of farms that don't need a 120 HP class machine but still need professional bale quality. It earns its place in the following operations:
Corn Stover Recovery
Picks up stover after windrowing for biomass and bedding markets. Bale weight (100–200 kg) suits small forklifts and tractor front-loaders.
Rice & Wheat Straw
2,045 mm wheel track and 2,640 kg total weight leave shallow tracks on soft paddy soil — a problem with heavier balers in the same category.
Soybean Residue
Axial-flow feeder handles short-chopped, brittle stalks without bridging — a known weak spot for traditional cam-and-guard feeders.
Grass & Pasture Forage
Sensor-controlled density holds bales at 115 kg/m³ for haylage or 200 kg/m³ for dry hay. Operator picks the target on the controller.
Smallholder & Family Farms
For farms that already own a 65–100 HP tractor, the 9YG-1.0 unlocks professional baling without the capital outlay of a heavy unit.
Cooperative & Lease Use
Lighter weight and lower fuel demand (per bale) suit cooperatives that share equipment across multiple member farms over a season.
▮ Engineering Detail
Features of Agricultural Round Hay Baler
Below are the engineering decisions that separate the 9YG-1.0 Round Baler from generic round hay balers for sale in the same price range:
- 01
Patented Axial-Flow Feeder
Eliminates the cam-and-guard system used in traditional balers. Material flows along the rotation axis of the tine roller, not perpendicular to it — reducing power demand and feeding more material per second. Independent intellectual property of our R&D team.
- 02
Near-Doubled Field Efficiency
In comparative trials, the axial-flow design delivered ~2× the throughput per unit of power versus a conventional cam-pickup baler. Field efficiency translates directly to fewer fuel costs per ton and more billable acres per day.
- 03
Lower Clogging Probability
The semi-forced feeding action keeps material moving forward into the chamber, reducing the bridging and choke-points that interrupt traditional balers in dense or high-moisture crop. Fewer chamber stops = more bales per hour.
- 04
16-Roller Compression Chamber
The 16-roller, φ222 mm fixed chamber forms a uniform cylindrical bale with a breathable core that prevents internal hot-spots — critical for haylage that ferments inside the wrap.
- 05
Sensor-Controlled Density
Operators set target bale density on the controller — sensors regulate compression in real time. No guesswork on the rear gate adjustment, every bale matches the setting whether it's the first of the day or the hundredth.
▮ Sourcing
Why Choose Our Round Hay Baler Supplier
Patented Technology
The axial-flow feeder is our proprietary design. You won't find it on the generic balers sold by trading companies who don't manufacture.
Direct Factory Supply
No intermediate margin. Wholesale and single-unit orders are priced from the same factory schedule — full unit traceability included.
CE & ISO 9001 Certified
Every 9YG-1.0 ships with QC records, CE marking, and certificate of origin. Export documentation is handled in-house.
15–20 Day Lead Time
Standard customization (color, decals, logo) is built into the production schedule, not added afterward. Sea freight to most ports adds 25–40 days.
12-Month Warranty + Tech Support
Coverage on driveline, gearbox, and structural welds. Engineer support via WhatsApp and video call — same-day response on weekdays.
▮ Buyer Questions
Frequently Asked Questions
Q1. Is this a high density round baler for sale at wholesale pricing?
Yes — the 9YG-1.0 is a high density round baler producing bales at 115–200 kg/m³ with sensor-controlled regulation. Pair it with a 48–80 kW tractor for optimal compression. Wholesale and single-unit pricing both available — contact us for a current quote.
Q2. What size tractor do I need?
A 48 kW (65 HP) tractor is the minimum, with 60–80 kW (80–110 HP) recommended for steady throughput in dense windrows. Standard 540 RPM PTO output is required. The compact 2,640 kg unit weight pairs cleanly with mid-frame tractors from Kubota, Mahindra, John Deere, Case IH, and Massey Ferguson.
Q3. How heavy is each finished bale?
A φ 1,100 × 1,000 mm bale at 115 kg/m³ density weighs around 109 kg (silage-grade). At 200 kg/m³ density it reaches approximately 190 kg (dry hay or straw). Density is set on the sensor controller before the run.
Q4. What crops does the 9YG-1.0 handle?
Corn stover, rice straw, wheat straw, soybean residue, alfalfa hay, and grass forage. The axial-flow feeder is particularly effective on short and brittle materials where traditional balers tend to clog.
Q5. What is the difference between this and the 9YG-1.25 model?
The 9YG-1.0 is the compact unit (2,640 kg, 48–80 kW power, φ1,000 mm chamber). The 9YG-1.25 is heavier (4,558 kg, 88.2+ kW, φ1,200 mm chamber) and supports interchangeable spring-tooth and hammer-claw pickups for direct corn-stalk baling.
▮ Customer Voice
Customer Feedback of 9YG-1.0 Round Baler
We bought the 9YG-1.0 to pair with our 70 HP tractor — most balers in the catalog needed 90+ HP we don't have. It baled 480 bales of rice straw across the season without one chamber stop. The axial-flow feeder handled wet straw better than expected.
— Aroon S., Rice Farm, Chiang Mai 🇹🇭
My wife took one look at this baler and said, "Finally, something on the farm that doesn't argue with our tractor." Three hundred bales later the only thing complaining is my back from stacking 'em all. Worth every penny — even my dog approves and that bar is set high.
— Buck H., Family Hay Farm, Tennessee 🇺🇸
Bought this for our 5-member dairy cooperative. The compact size means we can move it between member farms without a heavy-haul permit. Density runs at 130 kg/m³ for our haylage program — bales hold shape through full fermentation.
— Janek M., Dairy Co-op, Mazury Region 🇵🇱
▮ Complete Workflow
Equipment That Pairs With the 9YG-1.0
Round baling is one stage in a five-step forage workflow. Skipping a stage or mismatching equipment widths drops bale quality and field productivity. The cascade below is the proven sequence for hay and forage operations:
STEP 01
Cuts standing forage at correct moisture. Disc mowers handle dense crops; drum mowers suit lighter grasses. This is where bale quality starts.
STEP 02
Tedder
Spreads and aerates cut hay so the entire windrow dries evenly. Cuts dry-down time 30–40%, which means baling at correct moisture and avoiding mold.
STEP 03
Hay Rake
Forms uniform windrows sized to the 1,900 mm pickup width. Match the rake's working width — over-wide windrows force the operator to slow down.
STEP 04 ★ THIS PRODUCT
Round Baler — 9YG-1.0
Compresses windrows into 100–200 kg cylindrical bales tied with net wrap. Sensor density control matches output to whatever stage comes next.
STEP 05
Wrapper / Bale Handler
For silage operations, wraps bales in stretch film for fermentation (within 2–4 hours of baling). Or loads/transports finished dry-hay bales to storage.
Why this sequence matters: The 9YG-1.0's 1,900 mm pickup is sized for windrows from mid-frame rakes. Pair it with a wrapper if you produce silage bales — wet silage at 50%+ moisture must be wrapped within 2–4 hours of baling to prevent spoilage. Buying matched-capacity equipment in one purchase eliminates the bottleneck of one slow tool holding up the others.
▮ Ready to Order
Get a Quote on the 9YG-1.0 Round Hay Baler
Whether you're sourcing one round hay baler for a family operation or running a full procurement cycle for an agricultural cooperative, our team handles tractor matching, wholesale net-wrap supply, freight, and CE/ISO export paperwork. Talk directly to an engineer.
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