Deskripsi
Agricultural Machinery
9YF-2200 / 1900 / 1700 Square Baler
Mid-Mounted Towed Square Hay Baler for Wheat, Rice & Forage Grass — Built for British Farms
The 9YF-2200, 9YF-1900, and 9YF-1700 square baler series represents one of the most dependable mid-mounted towed square hay baler platforms available to arable and livestock farms across the United Kingdom. Engineered specifically to handle the demanding rhythms of British harvesting seasons — from the moisture-heavy spring silage cuts to the dry cereal straw runs of late summer — each model in this series is designed to maximise throughput without compromising bale integrity. Whether you are managing a large mixed arable operation in Lincolnshire, running a contract baling round in Yorkshire, or setting up a straw recycling business in East Anglia, this square baler delivers the combination of mechanical reliability, bale density, and operational simplicity that professional operators require. The machines are tractor-drawn and PTO-powered, making them compatible with a wide range of tractor horsepower classes already common on British farms.
What Is a Square Baler?
A square baler — also widely called a rectangular baler — is a self-feeding agricultural machine towed behind a tractor that picks up cut crop material from the field, compresses it into dense rectangular bales, and ties them with twine before ejecting them onto the ground or into a following trailer. The 9YF series uses a spring-tooth pickup mechanism that lifts straw gently without blockage, feeding it through a fork-type feeder mechanism into the compression chamber where a reciprocating plunger delivers the compressive force. Two D-type knotters then automatically tie each bale with rope before it is ejected. This continuous automatic cycle allows a single operator to clear large field areas rapidly, making it the preferred choice for both farm-owned and contract baling operations throughout England, Scotland, and Wales.
Crop Versatility
Handles wheat straw, rice straw, cotton straw, corn straw, and forage grass in a single machine platform.
Pengepakan Tali Otomatis
Dual D-type knotters tie each bale automatically, eliminating manual intervention and maintaining high baling speed.
Wide Tractor Compatibility
Power requirements from 29.5 kW to 73.5 kW ensure compatibility with most mid-range and large tractors already on British farms.
Spesifikasi Teknis
| TIDAK. | Barang | Satuan | 9YF-2200 | 9YF-1900 | 9YF-1700 |
|---|---|---|---|---|---|
| 1 | Nama Model | / | Model 9YF-2200 Square Baler | Model 9YF-1900 Square Baler | Model 9YF-1700 Square Baler |
| 2 | Metode Menambatkan | / | Tipe yang ditarik | Tipe yang ditarik | Tipe yang ditarik |
| 3 | Memilih Lebar | mm | 2200 | 1900 | 1700 |
| 4 | Lebar Saluran Masuk Makanan | mm | / | / | / |
| 5 | Struktur Pemilih | / | Jenis Gigi Pegas | Jenis Gigi Pegas | Jenis Gigi Pegas |
| 6 | Struktur Pengumpan | / | Mekanisme Pemberian Makan dengan Garpu | Mekanisme Pemberian Makan dengan Garpu | Mekanisme Pemberian Makan dengan Garpu |
| 7 | Jenis Pengikat Simpul | / | Tipe D | Tipe D | Tipe D |
| 8 | Jumlah Pengikat Simpul | komputer | 2 | 2 | 2 |
| 9 | Ukuran Bagian Ruang Kompresi (Lebar x Tinggi) | mm | 460 x 360 | 460 x 360 | 460 x 360 |
| 10 | Metode Pengepakan | / | Pengepakan Tali Otomatis | Pengepakan Tali Otomatis | Pengepakan Tali Otomatis |
| 11 | Rentang Daya yang Sesuai | kW | ≥36.8 | 36.8 ~ 73.5 | 29.5 ~ 73.5 |
| 12 | Dimensi Keseluruhan (P x L x T) | mm | 5700 x 2800 x 1780 | 4965 x 2640 x 1750 | 4965 x 2500 x 1750 |
| 13 | Berat Mesin | kg | 1950 | 1850 | 1750 |
Why Choose the 9YF Square Baler Series
The practical advantages of this square baler go well beyond the headline specification numbers. Starting with the ground-level pickup system — the spring-tooth picker is calibrated to lift crop cleanly without pulling soil or stones into the feed path, which matters enormously on the heavier clay soils common across the English Midlands and the wetter upland pastures of Wales and Scotland. Blockages are the single biggest cause of harvesting downtime for any baler operator, and the fork-feeding mechanism addresses this by maintaining a consistent, even feed rate into the compression chamber regardless of how evenly the windrow has been laid. This results in more uniform bale weight and density from the start of a run to the finish, which pays dividends at the straw auction, the livestock merchant, or the biomass collection point. The 460 x 360 mm compression chamber cross-section produces bales that stack efficiently in standard agricultural buildings, reducing wasted air space in storage. The automatic rope baling system means operators can concentrate entirely on driving a clean line rather than monitoring the tying mechanism, and the D-type knotters are a proven, field-serviceable design that any competent farm mechanic can adjust or repair without specialist tooling. The wide power range — particularly the 9YF-1700 running from 29.5 kW — means farms with smaller tractors in their fleet are not excluded from the productivity gains this machine delivers.
✅
High-Density Bales
Compact, stackable bales ideal for storage in British farm buildings and cost-efficient road transport.
✅
Dual Crop Terrain
Performs in both paddy-style wet conditions and dry arable fields — well-suited to the UK’s variable harvest weather.
✅
Reduced Downtime
Fork-feeding mechanism minimises blockages; D-type knotters are field-serviceable with standard tools.
✅
Forage & Straw Ready
Equally effective for animal husbandry hay supply and industrial straw recycling operations across the UK.
How It Works: Principle, Materials & Application Scenarios
🔧 Working Principle
The tractor’s PTO shaft drives the main flywheel, which converts rotary motion into the reciprocating action of the plunger. The spring-tooth pickup reel lifts windrow material off the ground and feeds it into the pre-compression chamber via the fork mechanism. Once a measured volume is accumulated, it is charged into the main compression channel and the plunger compresses it against the previously formed bale. When preset density is reached, the knotters cycle, tie the twine, cut it, and the bale advances out of the chute. The entire cycle is mechanical and continuous, requiring no hydraulics or electronic controls in the core baling process — a key advantage for maintenance in rural UK workshops.
🏗️ Construction Materials
The main frame is fabricated from high-strength structural steel with continuous weld joints at all stress points. The plunger and compression channel are machined from wear-resistant alloy steel, extending service life even in abrasive conditions such as sandy or silty soils where crop carries trace grit. Pickup tines are spring steel for resilience against stone impact, while the knotter mechanism uses precision-cast ductile iron components. External surfaces receive a multi-layer paint system — primer, intermediate coat, and a UV-stabilised topcoat — providing corrosion protection appropriate for the damp temperate climate of the British Isles. All grease points follow a standardised agricultural lubrication interval for ease of fleet maintenance scheduling.
Typical UK Application Scenarios
🌾
Cereal Straw
Wheat & barley straw baling after combine harvest in East Anglia, Lincolnshire & Yorkshire
🐄
Hay & Silage
Forage grass baling for livestock farms across Wales, Scotland & the English uplands
♻️
Biomass & Recycling
Straw recycling businesses & biomass energy contractors collecting loose material for pelleting
🏕️
Bedding Supply
Straw bedding bale production for equestrian centres, dairy farms & poultry units
🚛
Contract Baling
Agricultural contractors offering baling services to multiple farms across a county or region
Customer Success Case: UK Straw Recycling Opertion
When Midlands-based straw collection business GreenBale Contracts Ltd expanded from round baling into the rectangular bale market in late 2023, their requirement was unambiguous: a square baler that could handle the wide windrows left by their two combine harvesters working in parallel on flat Nottinghamshire cereal fields, with enough reliability to run six-day weeks through August and September without service interruption. After evaluating several machines, they selected the 9YF-2200 for its 2,200 mm picking width — the widest in the series — paired with a 75 kW John Deere tractor already in their fleet. By end of their first season, GreenBale Contracts had completed over 14,000 bales across seven farms, with only two half-day stops for routine knotter adjustment. The dense 460 x 360 mm bales were well-received by their biomass customer, who flagged improved loading density in collection lorries compared with the larger rectangular bales from their previous supplier. For operations that also need wrapping capability, see the complementary Mesin Terintegrasi Pengemasan dan Pembungkus 9YCM-850 for a complete in-field solution.
What Customers Say
“
We ran the 9YF-2200 through our entire wheat straw season — over 12,000 bales — and the knotters never missed a beat. The picking width matches what our Claas leaves behind perfectly. Absolutely worth the investment.
James H. — Contract Baler, Lincolnshire, England
“
As a livestock farmer in Wales, I needed a square baler I could run with my 45 kW tractor. The 9YF-1700 fit perfectly and the bale quality is excellent for hay storage — tight, consistent, and the density means I can fit more in the barn.
Rhys T. — Livestock Farmer, Powys, Wales
“
We supply straw bedding to equestrian centres across the East Midlands. The 9YF-1900 square baler produces the right bale size for our customers’ mangers and storage. The price versus performance is very competitive compared to European alternatives we priced.
Sarah M. — Agricultural Supplies, Northamptonshire, England
Manufacturing Facility & Custom Specification Services
Behind every 9YF series square baler is a purpose-built manufacturing facility equipped with CNC plasma cutting, robotic welding stations, precision machining centres, and a dedicated assembly line for agricultural baling equipment. Our engineering team has accumulated more than 18 years of hands-on product development in this category, and that depth of institutional knowledge is directly reflected in the field performance and service life of each machine we ship. We do not operate as a trading company reselling third-party products — everything in our range is designed and produced in-house, giving us full control over material specification, dimensional tolerance, and quality audit at every production stage. For UK customers requiring non-standard configurations — including modified picking widths, alternative twine guide geometries, adapted hitch arrangements for specific tractor brands, or custom paint schemes for fleet identification — our engineering department can prepare a bespoke specification proposal. Export documentation, CE-adjacent technical files, and spare parts packages are available as standard. Contact our team to discuss your specific operational requirements and receive a tailored quote.
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