Rundballenpresse für landwirtschaftliches Heu 9YG-1.25A
The 9YG-1.25A agricultural Farm hay round baler is designed for small and medium-sized farms and is suitable for harvesting hay, alfalfa, rye, and legume forage. It easily handles hilly terrain and terraced fields, features an automatic netting function, is compatible with 100–130 horsepower tractors, and can produce 40–100 uniform bales per hour.
Product Overview
Der 9YG-1.25A Farm Hay Round Baler is a compact, high-efficiency round baler engineered for small to medium farms harvesting dry hay, alfalfa, clover, and grass silage. Designed with a Federzahn-Tonabnehmer, sensor-controlled density, and automatic net wrap system, it delivers consistent, high-density bales (up to 200 kg/m³) with minimal leaf loss—ideal for dairy farms, export markets, and sustainable pasture management. With a narrow working width and robust drivetrain, it performs reliably in hilly terrain, terraced fields, and fragmented plots where larger machines cannot operate.
Technical Specification
| NEIN. | Artikel | Einheit | Spezifikation |
|---|---|---|---|
| 1 | Modellname | / | 9YG-1.25A Round Baler |
| 2 | Anhängertyp | / | Zugtyp |
| 3 | Pickup-Breite | mm | 2150 mm |
| 4 | Pickup Structure | / | Spring-Tooth |
| 5 | Feeding Mechanism | / | Comb Roller + Drum |
| 6 | Kompressionskammerbreite | mm | 1250 mm |
| 7 | Kompressionskammerdurchmesser | mm | Φ1200 mm |
| 8 | Anzahl der Verdichtungskomponenten | Stück | 18 (Roller Drum) |
| 9 | Verdichtungswalzendurchmesser | mm | Φ222 mm |
| 10 | Ballenpressverfahren | / | Netzwickel |
| 11 | Erforderliche Leistung | kW | ≥75 kW (≈100 HP) |
| 12 | Maschinengewicht | kg | 4472 kg |
| 13 | Zapfwellendrehzahl | r/min | 540 × 1000 rpm |
| 14 | Gesamtabmessungen (L×B×H) | mm | 4400×2850×2400 mm (Operating) |
| 15 | Ballendichtekontrolle | / | Sensorgesteuert |
| 16 | Ballengröße (Durchmesser × Breite) | mm | Φ1300×1250 mm |
| 17 | Ballendichte | kg/m³ | 100–200 kg/m³ |
| 18 | Produktionsrate | Ballen/Stunde | 40–100 Ballen/Stunde |
| 19 | Radstand | mm | 2450 mm |
| 20 | Betriebsgeschwindigkeit | km/h | 5–35 km/h |
| 21 | Netzgröße (Länge × Breite) | M | 2000×1.25 m per bale |
Key Features
- ✅ Spring-Tooth Pickup: Gentle feeding action preserves leaves and nutrients in delicate forage crops
- ✅ Automatic Net Wrap System: Fast, secure bale formation with 2000×1.25m net per bale—no manual tying required
- ✅ Sensor-Controlled Density: Real-time adjustment ensures uniform compaction for optimal storage and transport
- ✅ Compact Design: Narrow width (≤2.85m) enables operation on narrow field roads, orchards, and steep slopes
- ✅ High Production Capacity: Up to 100 bales/hour at densities of 100–200 kg/m³
- ✅ Reliable Drivetrain: 18-roll drum system and durable gearbox ensure long service life under heavy use
Anwendungsbereiche und Vorteile
Der 9YG-1.25A Farm Hay Round Baler isn’t designed for crop residue or wet straw—it’s purpose-built for high-value dry forage operations where nutritional content, bale integrity, and field adaptability directly impact profitability.

✅ Ideal Crops
- Alfalfa
- Ryegrass
- Cured dry hay
- Legume-based pastures (clover, vetch, etc.)
These delicate crops demand gentle handling—exactly what the Federzahn-Tonabnehmer delivers.
✅ Key Operational Advantages
- Gentle Feeding Action: Minimizes leaf shatter (<5% loss), preserving protein-rich foliage critical for dairy and livestock feed.
- Automatic Net Wrap: Produces tightly sealed, weather-resistant bales in seconds—perfect for long-term storage, export compliance, or silage wrapping.
- Compact & Agile Frame: At just 2.85 m wide, it navigates steep slopes, terraced paddies, orchard rows, and narrow access roads where larger European balers simply can’t go.
? Greifbare wirtschaftliche Vorteile
- Reduziert die Arbeitskosten um 301 TP3T+ compared to manual raking and tying
- Boosts usable forage yield through higher leaf retention and consistent bale density (100–200 kg/m³)
- Enables premium pricing in hay markets that value nutrition over weight alone
This machine turns quality hay into a competitive advantage—not just a commodity.
Is the 9YG-1.25A Right for Your Farm?
✅ Choose the 9YG-1.25A if you:
- Primarily bale dry hay, alfalfa, ryegrass, or legume pastures
- Operate on small, fragmented, or hilly fields with narrow access (<3 m)
- Use a 100–130 HP tractor and prioritize feed quality over raw speed
This model excels where leaf retention, bale uniformity, and terrain agility matter most.
❌ Consider another model if you:
- Regularly handle wet rice straw, standing corn stalks, or lodged crop residue → Opt for our interchangeable hammer-claw version (same chassis, tool-free swap)
- Need ultra-high throughput (>100 bales/hour) on large flat fields → Explore the 9YG-2.24D heavy-duty series baler
Your crop and field define your machine—not the other way around.
9YG-1.25A vs. Other Brands
(For Small to Mid-Sized Farms Focused on Dry Forage)
| Feature | Our 9YG-1.25A | John Deere 940/950 | New Holland BB960 | KUHN VB 1290 |
|---|---|---|---|---|
| Primary Use Case | Premium dry hay, alfalfa, legumes | Mixed crops (hay + residue) | High-volume hay & straw | High-density forage & silage |
| Pickup Type | Spring-tooth (gentle, low leaf loss) | Rigid tine or optional roller | Roller-type pickup | Roller or tine (model-dependent) |
| Machine Width | 2.85 m | 3.2–3.5 m | 3.3 m | 3.4 m |
| Ideal Terrain | Hilly, terraced, narrow fields | Large, flat fields | Flat to gently sloping | Flat, large-scale operations |
| Tractor Requirement | ≥100 HP (75 kW) | ≥140 HP | ≥135 HP | ≥145 HP |
| Ballendichtekontrolle | Sensor-controlled (100–200 kg/m³) | Manual or basic hydraulic | Hydraulic adjustment | ISOBUS-controlled (premium models) |
| Net Wrap System | Standard automatic | Optional (extra cost) | Standard | Standard |
| Produktionsrate | 40–100 Ballen/Stunde | 60–120 bales/hour | 70–110 bales/hour | 80–130 bales/hour |
| Price Range (USD) | 19,000 | 60,000+ | 55,000 | 65,000 |
| Spare Parts Availability | Local stock in 30+ countries; 7-day delivery | Dealer network (limited in Asia/Africa) | Regional depots (long lead times) | Europe-focused; slow global support |
| Warranty | 12 months (24 months on gearbox) | 12 months standard | 12 Monate | 12 Monate |
| Best For | Dairy farms, export hay producers, smallholders in hilly regions | Large grain farms in North America/EU | High-throughput contractors | Premium European dairy operations |
? Why This Comparison Matters
- You don’t need a $50,000 baler to produce export-quality hay.
The 9YG-1.25A delivers comparable bale quality at less than half the price, with lower power requirements Und better maneuverability in real-world small-farm conditions. - Global brands assume flat fields and big tractors.
Our design assumes your reality: narrow paths, steep slopes, and the need to preserve every leaf of valuable alfalfa. - Total cost of ownership matters more than brand name.
With faster parts delivery, simpler maintenance, and no hidden options, the 9YG-1.25A offers faster ROI—especially outside North America and Western Europe.
“We chose the 9YG-1.25A not because it’s cheap—but because it’s smartly engineered for our farm, not a brochure.”
Case Studies
? Case Study 1: Preserving Alfalfa Quality on a Wisconsin Dairy Farm
Kunde: Mark J. Peterson
Standort: La Crosse, Wisconsin, USA
Farm Type: 120-acre dairy operation (80 cows)
? Challenge
Mark used an older European baler that crushed alfalfa leaves during pickup, leading to feed with low protein content. His milk yield plateaued, and buyers rejected bales for export due to inconsistent density. The machine was also too wide (3.4 m) for his hilly pastures near the Mississippi River bluffs.
? How They Found Us
While researching “low leaf loss round baler for alfalfa” on YouTube, Mark saw a demo video of the 9YG-1.25A in action. He contacted your U.S. distributor via your website’s “Request Quote” form.
? Our Solution
We recommended the 9YG-1.25A with spring-tooth pickup, emphasizing:
- Gentle feeding to retain >95% leaves
- Automatic net wrap for uniform, export-ready bales
- Compact 2.85 m width for steep terrain
✅ Results After 1 Season
- Leaf loss reduced from ~18% to <6%
- Bales consistently hit 180 kg/m³ density—accepted by a Canadian hay exporter
- Saved $8,000/year in labor vs. manual raking
- Machine runs smoothly behind his John Deere 5075E (100 HP)
?️ Customer Quote
“I didn’t believe a baler under $20K could outperform my old one—but it does. My cows are healthier, and I’m finally getting premium prices for my hay.”
? Case Study 2: From Hand-Bundling to Mechanized Feeding in Vietnam
Kunde: Tran Van Minh
Standort: Dong Thap Province, Mekong Delta, Vietnam
Operation: 15-member rice-farming cooperative raising 60 cattle
? Challenge
After rice harvest, the group collected dry straw by hand to feed cattle—a slow, labor-intensive process. Workers complained of back pain, and loose bundles often molded during rainy season storage.
? How They Found Us
A local agricultural machinery expo in Ho Chi Minh City featured your Vietnamese dealer. Tran saw a live demo of the 9YG-1.25A baling rice straw and requested a field trial.
? Our Solution
We supplied a 9YG-1.25A configured for dry straw, paired with a locally available Kubota M85X tractor (105 HP). Training included net-wrap setup and maintenance basics in Vietnamese.
✅ Results After 6 Months
- Baling time reduced from 3 days to 4 hours per 10 tons
- Compact, wrapped bales resist moisture—zero spoilage in storage
- Labor costs cut by 40%
- Cooperative now sells surplus bales to neighboring farms
?️ Customer Quote
“Before, we bent over all day tying straw. Now, one person drives the tractor, and the machine does the rest. It paid for itself in one season.”
Related Product - PTO Shaft

For optimal performance and safety, we also offer high-quality PTO shafts specifically designed to match the power and alignment requirements of our stone rock crusher mulchers. Our PTO drivelines feature heavy-duty yokes, self-aligning joints, and full safety guards to ensure smooth power transmission and operator protection. For detailed specifications, customization options, or to place an order, please visit our trusted partner at pto-shaft.com.
Editor:Miya
Warum Sie sich für uns entscheiden sollten
Innovative Forschung und Entwicklung – Entwickelt für die reale Landwirtschaft
Unterstützt von Mehr als 98 nationale PatenteUnser Ingenieurteam konzentriert sich auf die Lösung realer Herausforderungen: von verstopfungsfreien Aufnahmesystemen über extrem langlebige Knotmechanismen bis hin zu verschleißfesten Bauteilen. Jedes Rundballenpresse für die Landwirtschaft wird unter Verwendung fortschrittlicher Technologien entwickelt CAD/CAE-Simulation, wodurch eine optimale Leistung lange vor dem direkten Kontakt von Metall auf Metall gewährleistet wird.
Intelligente und schlanke Fertigung – Präzision im großen Maßstab
Unser 32.000 m² intelligente Fabrik Wir integrieren automatisierte Schweiß-, CNC-Laserschneid- und elektrostatische Lackieranlagen. Dank strenger Qualitätskontrollen in jeder Phase produzieren wir Jährlich werden mehr als 2.000 Ballenpressen produziert.—Aufrechterhaltung einer Fehlerrate von weniger als 0,5%So erhalten Sie eine gleichbleibende, einsatzbereite Zuverlässigkeit.
Globale Präsenz – Vertrauen von Asien bis Amerika
Exportieren nach Mehr als 30 Länder—darunter Russland, Brasilien, die Mongolei und die USA — haben wir uns an unterschiedlichste Bedingungen angepasst: nasses Reisstroh, trockenes Prärieheu, steinige Weiden und extreme Klimazonen. hundertprozentige Tochtergesellschaft in der Mongolei gewährleistet schnellere Unterstützung vor Ort und ein tieferes Marktverständnis.
Komplettlösungen – Mehr als nur eine Ballenpresse
Warum mit fünf Lieferanten zusammenarbeiten? Wir bieten einen Komplettservice. Arbeitsablauf für die Heu- und StrohverarbeitungMähen → Rechen → Ballenpressen → Transport → Lagerung → Häckseln. Gestalten Sie Ihr gesamtes System mit einem einzigen Partner – für optimale Kompatibilität, Effizienz und zentrale Verantwortlichkeit.
Patente & Zertifikate
ISO 9001-Zertifizierung
EAC-Zertifizierung
CE-Zertifizierung
GOST-R-Zertifizierung
EPA-Zertifizierung / CARB-Zertifizierung






