Hay & Forage Production Applications

High-density round baling and precision windrow raking for commercial hay farms, livestock operations, and forage contractors — engineered to cut dry matter losses and maximise bales per hour.

ISO 9001 Certified
Ships to 40+ Countries
48-Hour Quote Response
100+ Technical Patents
1-Year Warranty + 24/7 Support

The Real Cost of the Wrong Equipment

The Real Cost of the Wrong Equipment

Race the Storm — and Win
30–50% RFV drop from one rain event

"Rain forecast in 36 hrs. The baler jammed twice. Half the field is still on the ground."

Mould within 2–3 weeksUnrecoverable yield loss

Race the Storm —
and Win

9.0 m single-pass raking at 7.2–9.0 ha/h9LZD-9.0 / 9LZY-9.0 clear twice the area of a 4.5 m rake per pass — no second run, no waiting
Up to 100 bales/h — sensor-triggered net-wrap9YG-2.24D monitors bale density in real time and wraps automatically; the operator stays moving
9GL-5.0/5.6 mower-rake: cut and windrow in one passEliminates an entire field pass — when every hour matters
View High-Speed Baler Models →
Pack More Tonnes Per Truck
freight cost when density halves

"Full by volume, half-empty by weight. We're paying to ship air across three states."

Mould risk >25% in 6 monthsNo mechanical stacking

Pack More Tonnes
Per Truck

100–200 kg/m³ with sensor-driven pressure control18 rolling drums compress every bale to the same target density — consistent weight and shape
Net-wrap standard — outdoor DM loss below 5%2,000 m × 1.4 m rolls seal the bale, blocking moisture ingress during 6-month outdoor storage
Φ1.3 × 1.4 m uniform bale — container and feedlot readyStandard dimensions support mechanical stacking and clean container loads
View S9000 Beyond Specifications →
Keep the Leaves in the Bale
$20–40 per tonne lost when RFV drops below 150

"We grew Premium alfalfa all season. The tines were too stiff — leaves shattered and stayed on the ground."

70% of protein is in the leaf14-point CP drop per bale

Keep the Leaves
in the Bale

17 independently suspended finger wheels — rolling liftEach wheel on the 9LZD-9.0 follows ground contour, lifting crop gently without dragging
2,240 mm spring-tine pickup — no pinch-point intakeThe wide arc feeds the chamber evenly — no tight rollers that shatter dry alfalfa leaf
≤2% crop loss rate — factory-verifiedLess left on the ground means more RFV in every bale — keep the Premium grade
View Low-Loss Rake Models →

The Forage Production Workflow

From Standing Crop to Stored Bale —
The Five-Stage Chain Our Equipment Covers

1
Mowing
Standing grass, alfalfa, or cereal crop cut at optimal moisture (65–70%)
2
Tedding / Wilting
Cut crop spread to accelerate field dry-down to target baling moisture
3
Raking
Hay rakes form uniform windrows matched to baler pickup width — our range: 2.5–9.0 m
4
Baling
Round balers compress windrow into 280–500 kg net-wrapped cylindrical bales
5
Storage & Transport
Dense, net-wrapped bales stack efficiently — outdoor storage losses below 5%

Complete Hay & Forage Equipment Line-Up

Eight baler models and six rake configurations — every specification mapped to a specific operation scale, crop type, and tractor horsepower. Factory-direct pricing, container shipping worldwide.

MODELCATEGORYSCALEKEY CROPSCORE SPECPTOBEST FORDETAILS
9YG-2.24D S9000 BeyondRound BalerCommercialHay, Silage, Straw40–100 bales/h · 500 kg75–135 HPExport / ContractorsView →
9YG-2.24D S9000 ClassicRound BalerCommercialHay, Forage, Straw40–100 bales/h · 370 kg75–135 HPMulti-field operationsView →
9YG-2.24D High-DensityRound BalerCommercialHay, Straw, SilageUp to 500 kg/bale70–100 HPHigh-density priorityView →
9YG-1.25ARound BalerMid-ScaleAlfalfa, Corn, Multi-crop1.25 m diameter · Net wrap55–75 HPMixed-crop livestockView →
9YG-1.0Round BalerSmall FarmHay, Straw, Biomass1.0 m diameter · Twine/Net40–55 HPFarms < 500 acresView →
MODELCATEGORYSCALEKEY CROPSCORE SPECPTOBEST FORDETAILS
9LZD-9.0Hay RakeCommercialGrass, Alfalfa, Straw9.0 m width · ≤2% loss75–102 HPHigh-volume contractsView →
9LZY-9.0Hay RakeCommercialGrass, Alfalfa, Straw15-wheel · 9.0 mNo PTO / 68–75 HPLarge grasslandView →
9LH-12Hay RakeCommercialGrass, Alfalfa, Clover12 m width · 168 tinesNo PTO / 35–60 HPLarge natural grassView →
9GL-5.0/5.6Mower-RakeLarge-ScaleAlfalfa, Grass, Sudan5.0 m cut · 2.4–2.8 ha/h40–80 HPEliminate 2nd passView →
9LZ-6.0Hay RakeMid-LargeGrass, Alfalfa, Straw6.0 m width · 12 wheels≥35 HPCost-effective stepView →
9GL-2.5/2.9Mower-RakeSmall-MidGrass, Alfalfa, Clover2.5 m cut · 920 kg35–75 HPCompact farmsView →

Real Operations. Measured Outcomes.

The following case examples reflect the operational contexts in which our hay balers and rakes are deployed by commercial forage producers and livestock farms worldwide.

US United States | Alfalfa + Mixed Hay

Large-Scale Forage Contractor Switches to 9YG-2.24D S9000 Beyond

A commercial forage contractor operating across multiple farms in the US Midwest was struggling with inconsistent bale density.

+38% Bales/Hour
<5% Loss
CA Canada | Alfalfa | Livestock Feed

Alfalfa Operation Reduces Raking Passes with 9LZD-9.0

A British Columbia dairy operation was running two passes per field with a 4.5 m rake. Switching to the 9LZD-9.0 cut raking time by more than half.

-52% Raking Time
≤2% Crop Loss
AU Australia | Corn Stover + Oat Hay

Multi-Crop Livestock Farm Standardises on 9YG-1.25A

An Australian beef operation needed a single machine to handle three crop types without reconfiguration delays.

3 Crop Types
0 Blockages

What B2B Buyers Ask Before They Order

What baler is best for a commercial hay farm producing 500+ bales per day?

For operations at 500+ bales/day, the 9YG-2.24D S9000 Beyond or S9000 Classic is the recommended choice. Both deliver 40–100 bales/h with sensor-driven automatic density control and net-wrap binding as standard. Paired with an 80+ HP tractor on a prepared windrow, sustained daily output above 500 bales is achievable in normal field conditions.

Can your balers handle silage and high-moisture crops?

Yes. The 9YG-1.25A and 9YG-2.24D series are rated for silage and high-moisture forage. Net-wrap binding is critical for silage bales to maintain anaerobic fermentation — all 2.24D models include net wrap as standard. For silage, baling at 40–65% moisture and wrapping within 2 hours of baling is recommended practice.

Do you supply spare parts for markets outside North America?

Yes. Tines, bearings, net-wrap components, and drive parts are stocked independently of complete unit orders. Buyers in Africa, Central Asia, and Southeast Asia regularly source replacement components without waiting for full machine shipping lead times. Spare-parts lists are included with every order.

What working width do I need to keep pace with a 100-bale/hour baler?

A 2.24 m pickup baler operating at 100 bales/h covers roughly 5–8 ha/h depending on windrow density. To keep the baler fed without gaps, you need a rake capable of raking at least 6–9 ha/h. Our 9LZD-9.0 (9.0 m) or 9LZY-9.0 (15-wheel) rakes are designed to match this throughput.

What does "factory-direct" mean for our procurement process?

Factory-direct means you source from Canada Hay-Balers Co., Ltd directly — no trading company or third-party distributor in between. This results in shorter lead times (30–45 days for most markets), lower unit pricing, and direct access to our engineering team for specification queries before and after order placement.

What certifications do your hay balers carry?

All equipment is manufactured under ISO 9001:2015 quality management standards. Our company holds CE marking, Two-System Integration Grade-A, and AAA Credit Enterprise certification. Every machine is validated through independent in-house quality testing and shipped with full documentation for customs and compliance purposes.