Beskrivelse
In modern forage operations, efficiency, consistency, and mechanical reliability define success. The 9LH-12 Lateral Rake is engineered to address the evolving needs of contemporary hay producers who demand precision raking without compromising crop integrity. Designed for professional and semi-professional agricultural environments, this lateral rake integrates structural robustness with refined kinematic balance, ensuring uniform windrow formation across diverse field conditions.
Teknisk specifikation
| Serienummer | Punkt | Enhed | Specifikation |
|---|---|---|---|
| 1 | Modelnavn | / | 9LH-12 Traction Lateral Raking Machine |
| 2 | Structural Form | / | Machine Lateral Type |
| 3 | Tilkoblingsmetode | / | Traction Type |
| 4 | Matchende kraft | kW | 25-44 |
| 5 | Raking Width | m | 12 |
| 6 | Driftshastighed | km/t | 5~10 |
| 7 | Produktivitet | hm²/t | 6~12 |
| 8 | Number of Raking Teeth | pcs | 168 |
| 9 | Antal operatører | person | 1 |
| 10 | Strukturel masse | kg | 1510 |
| 11 | Miss Raking Rate | ≤ | 3% |
| 12 | Overall Dimensions (Length×Width×Height) | mm | – Working State: 5500×12000×1350 – Transportation State: 9400×3400×1750 |
Product Definition of the 9LH-12 Lateral Rake
The 9LH-12 Lateral Rake is a tractor-mounted forage raking machine designed to consolidate cut forage into clean, aerated windrows. It operates laterally to the direction of travel, enabling efficient hay collection while minimizing leaf shatter and nutrient loss. As a specialized piece of hay making equipment, it is optimized for medium to large-scale forage management.
Problems Solved and Practical Uses
In hay production, uneven windrows, soil contamination, and excessive drying time can severely reduce forage quality. The lateral rake resolves these issues by lifting and guiding forage with controlled tine engagement, preventing soil intrusion and preserving stem integrity. It is widely used for raking grass hay, alfalfa, mixed forage crops, and other silage-preparation materials. This farm hay rake supports faster baling cycles, improved airflow, and consistent forage density.
Key Advantages of the 9LH-12 Lateral Rake
Optimized Windrow Uniformity
The rake geometry ensures symmetrical forage alignment, which promotes even drying and simplifies baler pickup. Uniform windrows reduce machine stress during baling operations and enhance throughput.
Reduced Leaf Loss and Crop Damage
Through calibrated tine flexibility and controlled rotational speed, the lateral rake minimizes mechanical aggression. This is particularly beneficial for delicate forage varieties such as alfalfa, where leaf retention is critical for nutritional value.
High Structural Durability
Manufactured with reinforced steel frames and corrosion-resistant coatings, the 9LH-12 lateral rake withstands prolonged exposure to dust, moisture, and ultraviolet radiation. This durability translates into extended service life and reduced maintenance intervals.
Operational Compatibility
Designed as a 9LH-12 lateral rake for tractor integration, the unit is compatible with a wide range of tractor horsepower classes. Its adaptable hitch system allows seamless connection without extensive modification.
Enhanced Field Productivity
By covering wider working widths in fewer passes, the rake significantly reduces fuel consumption and labor time. This efficiency makes it one of the best lateral rake for hay making in cost-conscious operations.
Working Principle of the 9LH-12 Lateral Rake
The operational mechanism of the 9LH-12 Lateral Rake is based on synchronized tine rotation driven by the tractor’s power take-off system. As the rake advances, curved spring tines engage the forage layer, lifting and gently displacing it laterally. Centrifugal motion and tine geometry guide the forage into a consolidated windrow while allowing excess soil and debris to fall away. The lateral discharge configuration ensures continuous raking without overlapping passes, maintaining consistent crop flow and minimizing field compaction.
Main Application Scenarios
Commercial Hay Production Farms
Large-scale hay producers benefit from the rake’s high capacity and consistent output, enabling rapid field turnover during peak harvest windows.
Dairy and Livestock Operations
Operations focused on feed quality rely on clean, uniform windrows to preserve nutritional content and reduce spoilage risks.
Alfalfa and Legume Forage Fields
The gentle handling characteristics make it suitable for fragile crops where protein retention is a priority.
Mixed Crop Forage Systems
The rake adapts well to heterogeneous forage compositions, ensuring balanced windrow density across variable crop textures.
Seasonal Contract Raking Services
Custom operators appreciate the machine’s reliability and fast setup, allowing them to service multiple clients efficiently.
Lateral Rake for Small Farms
Despite its professional-grade build, the rake remains accessible to small and mid-sized farms seeking dependable hay making equipment without excessive complexity.
How to Choose the Right 9LH-12 Lateral Rake
Assess Tractor Compatibility
Ensure the tractor’s horsepower and hydraulic output align with the rake’s operational requirements to maintain stable performance.
Evaluate Field Size and Topography
Larger or uneven fields benefit from wider raking widths and reinforced suspension systems.
Consider Forage Type
Crop fragility should influence tine flexibility and rotational speed preferences.
Analyze Maintenance Accessibility
Select models with easily accessible lubrication points and modular components to simplify upkeep.
Review Long-Term Operating Costs
Factor in durability, spare parts availability, and service support when calculating total ownership cost.
Maintenance Methods for the 9LH-12 Lateral Rake
Routine maintenance is essential for sustained performance. Operators should conduct daily visual inspections of tines, bearings, and fasteners before operation. Lubrication of moving joints must follow the manufacturer’s schedule to prevent premature wear. After each season, a comprehensive cleaning and corrosion inspection is recommended. Proper off-season storage in a dry, ventilated environment further extends equipment lifespan.
Customer Reviews from Different Countries
As a mid-sized hay producer in the Midwest, our operation depends heavily on timing and consistency. Since integrating the 9LH-12 lateral rake into our workflow, we’ve noticed a clear improvement in windrow cleanliness and uniformity. The machine handles thick grass hay without clogging and leaves minimal residue behind. What impressed us most is how gently it treats alfalfa, significantly reducing leaf loss compared to our previous forage raking machine. Maintenance has been straightforward, and downtime has been minimal even during peak season. The rake has proven to be a reliable partner in improving overall feed quality and operational efficiency.
– John Miller, United States
In southern Germany, weather windows are short, and efficiency is crucial. We use the 9LH-12 lateral rake primarily for mixed forage crops on rolling terrain. Its stability on uneven ground stands out, and the lateral discharge allows us to form precise windrows that dry evenly. Fuel consumption has decreased because fewer passes are needed. The build quality feels robust, and the components show little wear after extensive use. For our dairy-focused operation, this farm hay rake has delivered consistent results and justified its investment.
– Lukas Schneider, Germany
Operating a family-run farm in northern Italy, we focus on high-quality hay for specialty livestock. The 9LH-12 lateral rake has integrated smoothly with our existing tractor fleet. Its adjustability allows us to fine-tune raking intensity based on crop conditions. We particularly appreciate the reduced soil contamination, which has improved forage cleanliness. Customer support and spare part availability have been dependable, making this hay making equipment a practical long-term choice.
– Marco Bianchi, Italy
In Australia, large paddocks and dry conditions demand equipment that can handle dust and heat. The 9LH-12 lateral rake has performed reliably across multiple seasons. Its frame shows excellent resistance to corrosion, and the tine system maintains flexibility despite constant exposure. Windrow formation remains consistent even at higher operating speeds. For contractors like us, this rake delivers the durability and productivity needed to meet client expectations.
– David Thompson, Australia
Our small farm in Argentina required a solution that balanced performance and affordability. The 9LH-12 lateral rake exceeded expectations by offering professional-grade output without excessive complexity. It has simplified our haymaking process and reduced labor hours. The machine’s straightforward maintenance and dependable operation make it ideal for growing operations seeking scalable solutions.
– Carlos Fernández, Argentina
Hvorfor vælge vores produkt
Our commitment to rapid customization ensures that each 9LH-12 lateral rake is tailored to specific operational requirements. With a comprehensive three-year warranty, customers benefit from long-term assurance and reduced risk. Global fast shipping capabilities enable timely delivery regardless of location, while our responsive after-sales service network ensures ongoing support throughout the equipment lifecycle.
Production Strength and Call to Action
Backed by advanced manufacturing facilities and rigorous quality control systems, our production process emphasizes precision engineering and material integrity. Competitive pricing structures, flexible customization, and dedicated service teams distinguish our offerings in the global market. Beyond the 9LH-12 Lateral Rake, we supply a full range of accessories, replacement parts, and related forage equipment to support comprehensive haymaking solutions. Explore the potential of this lateral rake today and contact us to elevate your forage operations with confidence and efficiency.
Frequently Asked Questions
1. What tractor power is required for operating this lateral rake?
The 9LH-12 lateral rake for tractor applications typically requires moderate horsepower, making it suitable for a wide range of farm tractors. Proper power matching ensures stable operation and optimal raking efficiency.
2. Is this rake suitable for alfalfa?
Yes, the rake’s tine flexibility and controlled motion make it ideal for delicate crops, minimizing leaf loss and preserving nutritional value.
3. How does it compare to rotary rakes?
Compared to rotary systems, lateral rakes often provide cleaner windrows with reduced soil contact, especially in dry conditions.
4. Can it be used as a lateral rake for small farms?
Its adaptable design and manageable maintenance requirements make it suitable for small and medium-sized operations.
5. What maintenance frequency is recommended?
Routine inspections before use and scheduled lubrication ensure long-term reliability and performance.
6. Is it compatible with uneven terrain?
The reinforced frame and balanced design allow stable operation on gently rolling fields.
7. What makes it one of the best lateral rake for hay making?
Its balance of durability, gentle forage handling, and operational efficiency sets it apart.
8. Does it support different forage types?
Yes, it performs well across grass hay, legumes, and mixed forage crops.
9. How does lateral discharge benefit drying?
Lateral windrows promote even airflow, reducing moisture retention and drying time.
10. Are spare parts readily available?
We maintain a global supply chain to ensure timely access to replacement components.
11. What warranty coverage is included?
A comprehensive three-year warranty covers manufacturing defects and key components.
12. Can the rake be customized?
Yes, customization options are available to match specific field and tractor requirements.
13. Is training required for operation?
Basic operator familiarity with hay making equipment is sufficient for effective use.
14. How does it improve baler efficiency?
Uniform windrows reduce baler stress and improve pickup consistency.
15. What industries benefit most from this forage raking machine?
Dairy, livestock, contract farming, and commercial hay producers gain significant advantages from its performance.
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