Pressa per balle quadrate a doppia camera 9YFS-2.2

Dual-Chamber Throughput

Two independent compression chambers working in parallel mean you are effectively running two balers in one pass. For contractors working on tight harvest schedules across multiple farms in the North of England or the Scottish Borders, this doubled output translates directly into billable hours saved and contracts won.

2200 mm Wide Pickup

A 2200 mm spring-tooth pickup clears wide swaths in a single run, reducing the number of passes required across the field. This is particularly valuable in large-scale arable situations common across Cambridgeshire, Nottinghamshire, and the Yorkshire Wolds, where minimising tractor passes protects soil structure and cuts fuel costs per tonne baled.

Fork Feeding Mechanism

The fork feeding mechanism (拨叉喂入机构) delivers each crop charge into the compression chambers with precise, metered consistency. Unlike simple auger-fed designs, the fork system maintains controlled crop flow even when windrow density varies — a practical advantage on UK fields where crop distribution can be uneven after rain delays or cut-and-wilt conditioning.

D-Type Automatic Knotters

A 2×2 configuration of D-type knotters provides reliable, automatic rope baling across both chambers. The D-type knotter design is respected across the industry for its robustness under sustained duty cycles. Twine breakage rates are kept low even when baling dense, high-moisture crops — a real-world benefit during the often-damp British summer harvest season.

Compact Working Footprint

At 5600 x 2780 x 1790 mm and 3115 kg, the 9YFS-2.2 strikes a practical balance between capacity and manoeuvrability. It navigates farm gateways, headlands, and field corners with less difficulty than heavier self-propelled alternatives, and its trailed hitching method means a single tractor can deploy it across multiple sites throughout the harvest week.

Export-Ready Build Quality

Every 9YFS-2.2 unit leaves our facility pre-inspected against export quality protocols. Frame welds, chamber liners, knotter mechanisms, and hydraulic fittings are all checked before dispatch. For UK importers and machinery dealers sourcing direct from the manufacturer, this reduces the pre-delivery inspection burden and supports a reliable product range for their end customers.

Pickup & Feeding Stage

The spring-tooth pickup drum, spanning 2200 mm across the machine width, lifts cut crop from the windrow and transfers it rearward. Spring teeth are engineered to handle a range of crop conditions — from bone-dry cereal straw to slightly damp grass — without clogging or crop loss. The fork feeding mechanism then meters this flow into both compression chambers in sequence, ensuring neither chamber is starved or over-fed.

Dual Compression Stage

Inside the machine, two compression chambers — each measuring 460 x 360 mm in cross-section — work independently. A reciprocating plunger in each chamber compresses successive charges of crop against the preceding bale face. The resulting bale density is consistent and predictable, which matters for customers who stack bales in hay barns, sell them by weight, or transport them long distances to livestock markets across Britain.

Knotting & Ejection Stage

Once a bale reaches the preset length, the D-type knotters (2 per chamber, 4 total) fire automatically, wrapping and tying twine around the compressed block. The tied bale is then ejected from the rear of the machine onto the field surface. The automatic rope baling system removes the need for operator intervention at the knotting stage, allowing one person to run the machine and monitor output simultaneously — a key efficiency factor for understaffed contracting businesses.

“

We’ve been running this square baler for one full season on our mixed arable holding in Norfolk. The dual-chamber design is genuinely impressive in practice — we baled nearly double what we could manage with our old single-chamber machine and had no knotter failures across the entire season.

— R. Thompson, Arable Farm Owner

Norfolk, England

“

We import a range of square balers for the UK market and the 9YFS-2.2 has quickly become our best-selling model. The build quality straight from the factory is solid, and our customers report minimal downtime. The sales team is responsive and has accommodated our custom branding requirements without any fuss.

— J. Whitmore, Agricultural Machinery Dealer

Yorkshire, England

“

We farm around 800 acres of mixed grass and cereal ground in Perthshire. Getting the square baler ordered, delivered, and set up was smoother than expected. The fork feeding system handled our slightly damp ryegrass without complaint — something our previous baler really struggled with. Would not hesitate to recommend.

— A. Mackenzie, Livestock & Arable Farm

Perthshire, Scotland

🌿 9YK-870 Round Baler

An alternative baling format well-suited to silage, hay, and straw applications where round bales are preferred for outdoor storage or wrapping. Compact, reliable, and compatible with a wide range of tractors used across the British Isles.

View 9YK-870 Round Baler →

🎃 9YF-2200/1900/1700 Square Baler Series

A wider series of single-chamber square balers available in three pickup widths — 2200 mm, 1900 mm, and 1700 mm — to match the specific scale and crop type of your UK operation. Proven on farms across England and Scotland for both straw and hay applications.

View 9YF Square Baler Series →

Final assembly and pre-shipment inspection line

What is the best double-chamber square baler for large-scale UK farms producing silage and hay bales?

The 9YFS-2.2 Double-Chamber Square Baler is one of the most capable trailed machines for high-volume UK operations. Its dual compression chambers allow simultaneous baling across a 2200 mm picking width, significantly cutting field time for arable and livestock farms producing square bales of straw, hay, or silage. The spring-tooth pickup handles a range of crop conditions common across Britain, and the D-type automatic knotters deliver reliable bale ties without operator intervention.

How much does a commercial square baler cost for a British agricultural contractor handling mixed crops?

Pricing for commercial square balers varies based on specification, customisation options, and order volume. We recommend contacting our sales team at [email protected] for a bespoke quote that accounts for UK shipping, tractor compatibility, and any custom bale dimensions your contracting operation requires. We supply both individual units and larger fleet orders to buyers across England, Scotland, and Wales.

Which tractor power output is required to run the 9YFS-2.2 square baler efficiently on UK farmland?

The 9YFS-2.2 requires a minimum matching power of 51.5 kW (approximately 69 HP). Most modern mid-range tractors used on British farms — including popular models from John Deere, New Holland, Massey Ferguson, and Fendt — exceed this threshold comfortably. This makes the machine well-suited to both owner-operators and contractors running mixed fleets of varying tractor sizes.

Where can I get a reliable square baler supplier and quote for my Yorkshire or Scottish arable farm?

Ever-Power supplies B2B buyers across England, Scotland, and Wales directly from our manufacturing facility. Email [email protected] or click the Get a Quote button on this page to start a conversation about availability, delivery lead times, and pricing for your region. We handle full export documentation and coordinate freight forwarding to UK ports.

When should I service or inspect the knotters on a D-type double-chamber square baler between seasons?

We recommend a full knotter inspection before and after each main season — typically late spring and early autumn for UK conditions. The D-type knotters on the 9YFS-2.2 are robust and engineered for extended duty cycles, but routine lubrication, twine-path clearing, and bill-hook checks will prevent mid-field breakdowns during peak harvest periods. A written service log also supports any warranty claim should an issue arise.

How does the fork feeding mechanism on the 9YFS-2.2 improve bale density compared with standard auger-fed square balers?

The fork feeding mechanism delivers a more consistent and even charge to the compression chambers compared with conventional auger-fed designs. This controlled feeding action reduces blockages, improves bale uniformity, and yields denser, tighter bales — which matters for UK buyers stacking bales in open-sided stores, exporting to continental markets, or selling bales to equestrian and livestock customers who expect consistent sizing and weight.