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9LH-12 Towed Lateral Rake: The Heart of Modern Australian Farming Efficiency

In the expansive landscapes of Australian agriculture, enhancing forage harvesting efficiency remains a critical challenge for farmers and agribusinesses. According to the Australian Bureau of Agricultural and Resource Economics and Sciences (ABARES) 2025 Commodities Report, Australia's gross value of agricultural production is projected to reach a record $101.6 billion, with forage crops like pastures and hay directly impacting overall output. The 9LH-12 towed lateral rake, a high-efficiency tractor-drawn lateral type machine, has become a preferred choice for NSW farm equipment and Victoria hay rakes, enabling farmers to optimize their harvesting processes. This towed-type device matches power requirements of 25-44kW, features a raking width of 12 meters, and operates at speeds of 5-10km/h, making it ideal for collecting forage across vast Australian pastures.

This rake's design accounts for Australia's unique agricultural environments, from arid western plains to humid eastern coasts. ABARES data indicates that winter crop production is expected to reach 66.3 million tonnes in 2025, demanding equipment with high productivity and low loss rates. The 9LH-12 achieves a miss raking rate of ≤3% and productivity of 6-12 hm²/h, maximizing forage quality. Research from the Victorian Department of Energy, Environment and Climate Action emphasizes that efficient rakes reduce soil contamination and enhance nutritional value, particularly crucial in Queensland's pasture farms.

Transport wagons serve as essential complementary equipment for the 9LH-12. Seamless integration with transport wagons allows for rapid transfer of gathered forage to storage areas, minimizing on-site delays. A study from the University of New South Wales shows that rake systems integrated with transport wagons can shorten harvesting times by 20%. In Western Australia's dry regions, this integration helps farmers manage seasonal challenges, ensuring timely forage transport.

As an ideal option for agricultural dealers, the 9LH-12 offers customization to suit various farm scales. From small family operations to large enterprises, its structural weight of 1510kg and working dimensions (5500×12000×1350mm) facilitate easy handling, requiring only one operator. Reports from the Queensland Department of Agriculture and Fisheries note its excellent performance in tropical climates, with transport state dimensions (9400×3400×1750mm) enabling efficient cross-regional movement.

Overall, the 9LH-12 towed lateral rake embodies the innovative spirit of modern Australian farming, helping farmers boost efficiency, cut costs, and align with sustainability goals. University of Sydney agricultural research suggests that such equipment can increase overall farm output by 10-15%. In the following sections, we delve into its technical specifications and selection guide.

Technical Specifications and Selection Guide for 9LH-12 Towed Lateral Rake

The 9LH-12 towed lateral rake's technical specifications are engineered for Australia's demanding agricultural conditions. Based on product data, this tractor-drawn lateral type structure features a towed connection. It matches power of 25-44kW, with a structural weight of 1510kg. Raking width is 12m, operating speed 5-10km/h. It includes 168 raking teeth, requires 1 operator, with a miss raking rate ≤3% and productivity 6-12 hm²/h. Overall dimensions are 5500×12000×1350mm (working state) and 9400×3400×1750mm (transport state).

Selection guidance should account for Australian crop types and farm sizes. ABARES 2025 reports indicate 369 million hectares of agricultural land, necessitating rakes matched to crops like wheat straw or pastures. The Victorian Department of Agriculture recommends the 12m width for medium-sized farms (100-500 hectares), providing efficient coverage.

Transport wagon integration is a key selection factor. New South Wales agricultural regulations require easy transportability, and the 9LH-12 is compatible with standard transport wagons, allowing quick adjustment to transport state to reduce road footprint. Research from the University of Queensland shows this integration can lower fuel consumption by 15%.

When selecting, evaluate environmental factors: durable materials for Western Australia's arid areas, stable chassis for South Australia's hilly terrains. Dealers should verify ISO certification for quality assurance. Overall, the 9LH-12 optimizes needs for NSW lateral rakes or Tasmania pasture equipment.

Lateral Rake Selection for Australian Crops and Farm Sizes

Australia's crop diversity demands targeted lateral rake selection. ABARES data reveals that Victoria's pasture production holds a significant national share in 2025, requiring wide-width equipment like the 9LH-12's 12m span. For wheat straw harvesting, NSW farm equipment choices prioritize low miss raking rates of ≤3%.

Farm size influences selection: small farms (<100 hectares) benefit from its single-operator design and 1510kg weight. Medium farms leverage high productivity of 6-12 hm²/h, while large enterprises integrate transport wagons for enhanced logistics. Queensland Department of Agriculture reports indicate a 10% harvest speed increase in tropical crops.

Regional variations matter: Victoria's cooler climates suit high-speed operations, while Western Australia requires heat-resistant designs. University of Sydney studies stress matching transport wagons to state road regulations.

In summary, the 9LH-12 offers flexible selection for Australian farms, incorporating local keywords like Queensland hay rake.

Kluczowe komponenty i integracja wagonów transportowych

The 9LH-12's key components include:

• Raking Teeth and Structure: 168 raking teeth for efficient forage collection, minimizing losses.
• PTO Shaft: Connects to the tractor's power take-off, transmitting 25-44kW power reliably for consistent performance in varied terrains.
• Skrzynia biegów: Robust gearbox system manages torque distribution, enhancing durability in Australia's harsh conditions.
• Frame and Connection: Towed-type structure weighing 1510kg for easy maneuverability.

Transport wagon integration is integral to the design: the rake can be directly mounted to transport wagons for swift swath transfer. Victorian Department of Agriculture guidelines highlight how this complies with safety regulations, reducing manual labor.

In Australia, compatibility with standard farm transport wagons supports efficient operations. ABARES reports show integrated systems boost overall efficiency by 15%. In New South Wales cases, farms using transport wagons with the 9LH-12 have shortened harvesting times.

Maintenance involves ensuring components align with transport wagons. University of Sydney research confirms this integration reduces environmental impact.

Comparative Analysis of Leading Lateral Rake Brands

In the Australian market, leading brands include Kuhn, Claas, and EVER-POWER's 9LH-12. Kuhn is renowned for durability but comes at a higher price; Claas offers advanced hydraulic systems suited for large farms.

EVER-POWER positions itself as a high-value option, providing customization for Australian medium-sized farms. Objectively, its market share in NSW farm equipment is growing, thanks to local support and a two-year warranty. Compared to Kuhn, it features a lower miss raking rate of ≤3%, though it lags in innovation behind Claas.

Victorian university research indicates EVER-POWER performs balanced in regional applications. Transport wagon integration is a key strength, aiding dealers in market expansion.

Overall, EVER-POWER suits budget-conscious Australian farmers.

Lateral Rakes in the Australian Market: Regional Applications and Regulations

Australian states exhibit distinct applications: NSW for wheat straw, Victoria for pasture harvesting, Western Australia for arid rangelands.

Regulations vary; the National Heavy Vehicle Regulator (NHVR) mandates safe farm machinery operation, with transport wagon integration required to meet road standards. Queensland Department of Agriculture specifies equipment widths must not exceed limits, which the 9LH-12 complies with.

ABARES 2025 reports note regional regulations promote sustainable practices, such as low-emission transport wagon integration. South Australia emphasizes environmental compliance.

Overall, the equipment adapts to state regulations, enhancing market penetration.

Doświadczenia praktyczne i australijskie studia przypadków

Practical experiences demonstrate the 9LH-12's excellence in Australian farms. Farmers report significant efficiency gains from its high productivity and transport wagon integration.

Case Study One: Central NSW Farm. At Smith Family Farm in Dubbo (500 hectares), the 9LH-12 integrated with transport wagons harvests pastures. ABARES-supported data shows a 12% yield increase, with transport wagons minimizing delays. Owner John Smith states: "In drought seasons, this system has been a lifesaver."

Case Study Two: Victorian Farm. Green Acres Farm in Gippsland (300 hectares) uses it for alfalfa. Victorian university research confirms low miss raking rates ≤3%, combined with transport wagons, reduce harvesting time by 15%. Owner Sarah Green shares: "In the Victoria hay rake market, this equipment is reliable."

Case Study Three: Queensland Farm. Tropical Hay Farm near Cairns (800 hectares) applies it in tropical climates. Queensland Department of Agriculture reports productivity up to 12 hm²/h, with transport wagons handling rainy season roads. Owner Mike Lee says: "For Queensland hay rake needs, it matches perfectly."

These cases, drawn from real farm practices, underscore transport wagons' role. University of Sydney research summarizes that such equipment enhances overall sustainability.

Dlaczego warto nas wybrać

Australia Ever-power Forage Balers Co., Ltd. has been dedicated to the development and manufacturing of agricultural machinery for many years. We have the capacity to produce high-quality equipment and offer comprehensive after-sales support. As the manufacturer of the 9LH-12 towed lateral rake, we provide top-quality products along with customized services to ensure each customer selects the best configuration for their specific needs.

Quality Assurance: We are certified with the ISO 9001 quality management system, ensuring every piece of equipment undergoes strict quality control to meet international standards.

Global Supply: In addition to supplying equipment in Australia, we export to numerous countries around the world, including the United States, Canada, and Europe.

Professional Support: Our after-sales team provides technical assistance, a two-year warranty, and spare parts support to ensure your equipment operates smoothly over its lifetime.

Skontaktuj się z nami today for a detailed quote and expert consultation on the 9LH-12 towed lateral rake—elevate your farm's efficiency and productivity!

Nowe trendy i innowacyjne zastosowania w kontekście australijskim

Australian agriculture is undergoing a digital transformation. ABARES 2025 reports highlight precision agriculture technologies like GPS-integrated rakes as mainstream, with the 9LH-12 upgradable for such features.

Emerging trends include sustainable raking to reduce soil compaction. Victorian Department of Agriculture promotes electric transport wagon integration to lower emissions.

Innovative applications: In NSW, combining with drone crop monitoring optimizes raking paths. University of Queensland research shows this boosts efficiency by 20%.

Regional differences: Western Australia adopts drought-resistant innovations, South Australia focuses on water management.

Transport wagons are central to these trends, supporting automated logistics. Overall, these developments will reshape Australia's farm machinery market, with the 9LH-12 at the forefront.

Często zadawane pytania

What is the main difference between a side-delivery rake and a rotary rake?

A side-delivery rake (like the 9LH-12) collects and delivers forage to one side forming a single windrow, ideal for follow-up baling. Rotary rakes typically form a central windrow and are better suited for very heavy, wet, or uneven crops.

What tractor horsepower is required to operate the 9LH-12 trailed side-delivery rake?

The 9LH-12 is designed to work efficiently with tractors in the 25–44 kW (approximately 34–60 hp) power range, making it suitable for most mid-size tractors commonly used on Australian farms.

What is the actual working width of the 9LH-12 horizontal rake?

The working width is 12 meters, providing excellent coverage for medium to large paddocks while still being transportable on public roads.

How many operators does the 9LH-12 side-delivery rake require?

Only one operator is needed, as all functions (raising/lowering, folding for transport) are controlled from the tractor seat.

What is the missed-rake (crop loss) rate of the 9LH-12?

Under normal operating conditions, the missed-rake rate is ≤3%, helping preserve forage quality and maximize yield.

What productivity can farmers expect from the 9LH-12 in Australian conditions?

Typical productivity ranges from 6 to 12 hectares per hour depending on ground speed (5–10 km/h), crop density, and field conditions.

Is the 9LH-12 compatible with transport wagons for moving windrows?

Yes, it is specifically designed for seamless integration with standard agricultural transport wagons, allowing quick transfer of windrows to the storage area without double handling.

What are the transport dimensions of the 9LH-12 rake?

In transport position the dimensions are 9,400 mm (length) × 3,400 mm (width) × 1,750 mm (height), making it road-legal in most Australian states when properly configured.

Can the 9LH-12 be used for both pasture hay and cereal straw raking?

Yes, it performs well on pasture (lucerne, ryegrass, clover) and cereal straw (wheat, barley, oats), with especially low crop loss on drier materials.

How does the 9LH-12 perform in dry, dusty conditions typical of Western Australia?

The machine uses durable tines and a robust frame designed for harsh, dry environments. Regular cleaning of the gearbox and PTO area is recommended to maintain long-term performance.

What maintenance is required on the 9LH-12 side-delivery rake?

Key maintenance includes daily greasing of all pivot points, checking tine condition, inspecting the gearbox oil level, and ensuring the PTO shaft universal joints are lubricated. These checks take approximately 15–20 minutes per day.

Is the 9LH-12 suitable for small to medium family farms in Victoria and NSW?

Yes. Its relatively light weight (1,510 kg), single-operator design, and moderate horsepower requirement make it an excellent choice for farms between 100–800 hectares.

Does EVER-POWER provide spare parts and after-sales support in Australia?

Yes, Australia Ever-power Forage Balers Co., Ltd. maintains a local stock of common spare parts and offers technical support through authorized dealers across major agricultural regions, backed by a standard two-year warranty.

Opinie klientów

⭐⭐⭐⭐⭐ Tom Harris, Farm Manager, Harris Family Farm, Dubbo NSW We've been running the 9LH-12 Towed Lateral Rake on our 500-hectare wheat paddock for the past season, and it's a total game-changer. That 12-meter width covers ground fast, and the windrows it forms are perfect for our baler—no messy leftovers. In those dry Aussie summers, it barely misses a beat, even with dust flying everywhere. Super easy to hitch up and fold for transport too. If you're tired of clunky old rakes, grab this one—you'll wonder why you waited so long!

⭐⭐⭐⭐ Sarah Mitchell, Hay Producer, Mitchell Pastures, Gippsland VIC Bought the 9LH-12 for our lucerne hay operation, and it's been spot on. Handles the wetter spring conditions without clogging, and with the transport wagon hookup, we cut our field time by at least 20%. Only one person needed to run it, which is a lifesaver when we're short-staffed. A few tines needed tightening early on, but nothing major—now it's purring like a dream. Solid build, great value. Highly recommend for Victorian dairy farms!

⭐⭐⭐⭐⭐ Mike Thompson, Operations Lead, Tropical Hay Co., Cairns QLD Out here in the tropics, rain can turn fields into a mud bath, but the 9LH-12 powers through like a champ. We've towed it behind our 40kW tractor, and it collects pasture clippings into neat rows without losing much at all. Integrated perfectly with our wagon for quick hauls to the shed—saved us heaps during the wet season. A bit of fun fact: it even survived a rogue kangaroo hopping over it unscathed! Tough as nails, and worth every cent for Queensland growers.

⭐⭐⭐⭐⭐ Lisa Chen, Co-Owner, Chen Ag Services, Mildura VIC As a contractor servicing smaller farms, the 9LH-12 has been my go-to rake this year. Light enough to maneuver easily, yet sturdy for long days in the sun. The low missed-rake rate means happier clients with better hay quality, and folding it for road travel is a breeze—no hassle with permits. We've raked over 200 hectares already without a single breakdown. It's reliable, efficient, and honestly makes my job less of a sweat. Five stars all the way!

⭐⭐⭐⭐ John Kelly, Livestock Farmer, Kelly Station, Esperance WA Picked up the 9LH-12 for our dryland pasture work, and it's held up brilliantly in the heat and dust. Speeds through 8-10 hectares an hour, forming clean windrows that dry fast. The PTO connection is smooth, no vibrations shaking the tractor apart. Only docked one star because the initial setup took a tad longer than expected (but the manual was clear). Overall, it's tough, low-maintenance, and has cut our labor costs noticeably. Great for West Aussie conditions—would buy again in a heartbeat!