Silage Harvester/Forage Harvester for Corn Harving RXMC-80S RXMC 90 Twin

Silage Harvesters/Forage Harvesters for Harvesting Corn

A tractor-mounted silage harvester, often called a forage harvester, is an essential agricultural implement used to efficiently harvest and process corn and other forage crops for silage. This machinery is typically attached to a tractor, allowing it to utilize the tractor's power for operation. Designed for versatility and efficiency, the harvester cuts the crop at the base and chops it into small, manageable pieces suitable for ensiling, which is the process of fermentation used to preserve the feed.

These harvesters are equipped with a powerful cutting mechanism that ensures clean and precise cutting of the crop. The chopped material is then collected and either blown into a trailer or directly onto the ground for further collection. Modern forage harvesters come with adjustable cutting lengths to cater to different crop types and harvesting conditions. Tractor-mounted silage harvesters are crucial for farmers seeking to maximize efficiency and quality in feed preparation, ensuring that livestock has access to nutritious and well-preserved forage throughout the year.

Specifications of Silage Harvester RXMC-80S RXMC 90 Twin

Model	RXMC-80S	RXMC 90 Twin
Dimensions mm	2090mm*2240mm*3250mm	2090mm*2950mm*3250mm
Matched power	30-120HP	50-120HP
Row distance	–	67/71/75cm
Cutting height	Less than 5mm	Less than 5mm
Number of knives	10	10
Throw distance	10m	10m
Throw height	5m	5m
PTO rpm	540	540
Row No	1 row	2rows
Working speed	0.7Ha/h	1ha/h
Chips length (min)	4mm	4mm
Chute adjustment	hydraulic	hydraulic
weight	480kgs	650kgs

Key Features of Tractor Mounted PTO Driven Silage Harvester

A tractor-mounted PTO driven silage harvester is specialized agricultural equipment used to harvest and process forage crops like corn to create silage for livestock feed. These machines come with several key features that make them efficient and effective for this task:

• Power Take-Off (PTO) Driven Mechanism: The PTO-driven system allows the silage harvester to harness the tractor's engine power, ensuring efficient operation. This mechanism is crucial for delivering the necessary force to the cutting and chopping components. By using a Eje de toma de fuerza, the harvester can sustain powerful and consistent performance, making it ideal for heavy-duty harvesting tasks.
• Efficient Cutting and Chopping System: Equipped with sharp blades and robust chopping mechanisms, the harvester provides precise cutting of crops at the base. The system chops the forage into uniform pieces, which is essential for effective ensiling. This precision aids in faster fermentation and better preservation of nutrients, ensuring high-quality silage for livestock feed.
• Adjustable Cutting Lengths: The ability to adjust cutting lengths allows farmers to customize the chop size to suit different forage types and storage needs. This flexibility ensures that the silage is tailored to specific livestock requirements, optimizing digestibility and nutritional value. Adjustments are typically easy to make, enhancing the versatility of the harvester.
• High-Quality Material Construction: Built with durable materials, these harvesters are designed to withstand tough field conditions and prolonged use. The robust construction minimizes wear and tear, reducing maintenance costs and downtime. This durability ensures a longer lifespan for the equipment, providing farmers with a reliable tool season after season.
• Easy Attachment and Detachment: The design of these harvesters allows for simple attachment and detachment from the tractor, facilitating quick transitions between tasks. This ease of use is vital for maximizing efficiency during busy harvesting periods. The straightforward process allows farmers to focus more on the harvesting process rather than equipment setup.
• Consistent Crop Flow and Discharge: Featuring efficient feed and discharge mechanisms, these harvesters ensure a smooth flow of harvested material. Consistent crop flow reduces blockages and downtime, enhancing overall productivity. The even distribution of chopped forage into trailers or onto the ground is crucial for maintaining quality and efficiency during large-scale operations.

Common Applications of Forage Harvesters

Forage harvesters, also known as silage harvesters, are versatile agricultural machines used to harvest various crops and create silage for livestock feed. These machines find widespread applications in modern farming practices. Some common applications of forage harvesters include:

1. Corn Silage Production: Forage harvesters are extensively used in corn silage production, where they efficiently chop corn plants into small pieces suitable for fermentation. This process helps preserve the nutritional content, making it a vital feed source for livestock. The harvester's ability to quickly process large areas ensures that the corn is ensiled at its nutritional peak.
2. Grass and Legume Harvesting: These machines are also employed in harvesting grasses and legumes, which are essential components of silage and haylage. The harvester cuts and chops these crops, facilitating easy storage and preservation. This application is crucial for dairy and beef operations, where high-quality forage is needed to maintain livestock health and productivity.
3. Biomass Collection: Forage harvesters play a significant role in biomass collection for bioenergy production. They efficiently gather plant materials like switchgrass and miscanthus, which are processed into renewable energy sources. This application supports sustainable energy initiatives by providing a reliable method for collecting and processing biomass on a large scale.
4. Sugarcane Harvesting: In regions where sugarcane is cultivated, forage harvesters can be adapted to harvest and process sugarcane efficiently. The machine's chopping mechanism aids in breaking down the tough stalks, making it easier to transport and process for sugar extraction. This application enhances productivity and reduces labor costs in sugarcane farming.
5. Crop Residue Management: After the primary harvest, forage harvesters can be used to manage crop residues like straw and stover. By chopping and collecting these residues, farmers can improve soil health through mulching or use them as animal bedding. This practice supports sustainable agriculture by reducing waste and enhancing soil fertility.
6. Cover Crop Management: Forage harvesters are instrumental in managing cover crops, which are grown to improve soil health and prevent erosion. The harvester chops these crops, allowing for easy incorporation into the soil or use as green manure. This application supports soil conservation efforts and enhances nutrient cycling in farming systems.

How Does the Tractor PTO Silage Harvester for Harvesting Corn Work?

A tractor mounted PTO driven silage harvester is a piece of equipment used to harvest corn for silage production. Here's a general overview of how it works:

• Power Take-Off (PTO) Connection: The silage harvester is attached to a tractor via the PTO shaft, which transfers power from the tractor's engine to the harvester. This connection allows the harvester to operate efficiently, using the tractor's horsepower to drive its cutting and chopping mechanisms, ensuring smooth and consistent performance in the field.
• Crop Gathering Mechanism: The harvester features a front-mounted header that gathers the standing corn stalks. This mechanism efficiently feeds the crops into the machine, ensuring a continuous flow. The header adjusts to different row widths and heights, accommodating variations in the field and maximizing the amount of corn harvested in each pass.
• Cutting and Chopping System: Inside the harvester, a powerful cutting system slices the corn stalks at the base. The chopped material is then processed through a series of blades that reduce it to smaller, uniform pieces. This chopping is crucial for promoting effective fermentation and preserving the nutritional content of the silage.
• Blower and Conveyor System: Once chopped, the silage is moved by a blower or conveyor system. This system directs the processed material into a trailer or storage bin attached to the harvester. The efficient transfer ensures that the silage is collected without spillage, maintaining the quality and quantity of the harvest.
• Adjustable Cutting Length: The harvester allows operators to adjust the cutting length of the silage. This flexibility is important to meet specific requirements for different livestock diets or storage conditions. By customizing the chop size, farmers can optimize the digestibility and nutritional value of the silage produced.

Silage Harvester vs. Potato Harvester

Silage harvesters and potato harvesters are specialized agricultural machines designed for different purposes. A silage harvester is primarily used to cut and chop forage crops like corn, grasses, and legumes into small pieces for fermentation, preserving them as silage for livestock feed. These machines efficiently process large areas quickly, ensuring optimal nutrient retention.

In contrast, a potato harvester is specifically designed to dig, lift, and separate potatoes from the soil. It gently handles the tubers to minimize damage, using rotating wheels or belts to sift out the soil and deposit the potatoes into a collection bin. This precision is crucial to ensuring that the potatoes remain intact and marketable.

While both machines are essential for their respective crops, their mechanisms, and end goals differ significantly. Silage harvesters focus on chopping and preserving plant material, whereas potato harvesters emphasize delicately extracting and collecting root crops from the ground.

Feature	Cosechadora de ensilaje	Cosechadora de patatas
Primary Function	Harvesting and chopping forage crops	Digging and collecting potatoes
Crop Type	Corn, grasses, legumes	Potatoes
Cutting Mechanism	Sharp blades for chopping	Diggers and rotating belts
End Product	Silage for livestock feed	Whole potatoes for consumption or sale
Handling Sensitivity	Less sensitive to plant damage	High sensitivity to avoid damaging potatoes
Harvesting Speed	Fast processing of large areas	Moderate speed to ensure careful handling
Fermentation Role	Enables fermentation for preservation	Not applicable
Soil Interaction	Minimal soil contact	Direct soil interaction to unearth tubers
Damage Prevention	Focused on cutting precision	Focused on gentle handling and separation
Storage Preparation	Prepares material for ensiling	Prepares tubers for storage or market
Machine Design	Equipped with blowers and chutes	Equipped with sieves and conveyors
Seasonality	Used during specific forage growing seasons	Used during potato harvesting season
Output Form	Chopped plant material	Whole tubers
Common Attachments	Attached to tractors, sometimes self-propelled	Often self-propelled or tractor-drawn
Efficiency Focus	Maximizing nutrient preservation	Minimizing tuber damage
Additional Features	May include metal detectors	May include sorting capabilities

Cosechadora de ensilaje	Cosechadora de patatas

Choosing the Right Forage Harvester for Harvesting Corn

Selecting the appropriate forage harvester for harvesting corn is crucial for maximizing efficiency and productivity. Here are some key factors to consider when choosing the right forage harvester for this task:

1. Crop Type Compatibility: Ensure the forage harvester is specifically designed for corn harvesting. It should have features that handle the thickness and height of corn stalks efficiently. A compatible harvester will maximize yield and minimize damage, ensuring the harvested material is suitable for silage production.
2. Power and Capacity: Evaluate the power requirements and capacity of the harvester. It should match the horsepower of your tractor to ensure efficient operation. A machine with adequate capacity will handle large volumes of corn, reducing the time spent in the field and improving overall productivity during the harvest season.
3. Cutting and Chopping Quality: Consider the quality of the cutting and chopping mechanisms. The harvester should produce uniformly chopped silage, crucial for effective fermentation. Look for models with adjustable cutting lengths to customize the chop size based on livestock needs, ensuring optimal feed quality and digestibility.
4. Durability and Build Quality: Check the construction materials and build quality of the harvester. It should be robust enough to withstand challenging field conditions and prolonged use. Durable machinery reduces maintenance costs and downtime, providing a long-term investment that reliably supports your harvesting operations year after year.
5. Ease of Operation and Controls: The harvester should feature user-friendly controls and easy-to-understand interfaces. Simple operation minimizes the learning curve for operators and reduces the risk of errors. Look for models with real-time monitoring systems that provide valuable data on performance, helping you make informed adjustments during harvesting.

Why Choose AGKNX's Silage Harvester?

AGKNX is a renowned manufacturer and distributor of silage harvesters, recognized for our extensive technical expertise and significant market presence. Our company boasts a robust infrastructure, advanced production facilities, and a dedicated team of professionals committed to innovation and quality. We specialize in producing silage harvesters that serve as perfect replacements for balers from globally acclaimed brands like John Deere, Claas, New Holland, Case IH, Krone, Fendt, Massey Ferguson, Kuhn, Kubota, Gomselmash, Lely, Rostselmash, Kemper, Hesston, Mengele, and Agco.

Our silage harvesters are distinguished by their cutting-edge design, high efficiency, and durability, making them ideal for modern agricultural practices. These machines are equipped with advanced cutting and chopping mechanisms that ensure optimal silage quality, essential for livestock feed. They are versatile and can handle various crop conditions, ensuring maximum yield and minimal wastage.

AGKNX's expertise in the silage harvester industry is unparalleled. We hold international certifications, offer customized services, and maintain state-of-the-art production facilities. Our commitment to excellence is further demonstrated through our comprehensive after-sales support, ensuring customer satisfaction and long-term reliability.

In addition to silage harvesters, we provide a wide range of agricultural equipment, including PTO shafts, agricultural gearboxes, large round balers, mini round balers, hay square balers, PTO wood chippers, diesel wood chippers, drum mowers, disc mowers, rotary hay rakes, fertilizer spreaders, lawn mowers, sickle bar mowers, flail mowers, cortacésped rotativo, rotary tillers, furrow ploughs, disc harrows, disc ploughs, disc blades, disc ridgers, land levelers, potato planters, potato harvesters, corn seeders, wheat seeders, vegetable seeders, post hole diggers, boom sprayers, subsoiler, trailers, finger wheel rake, snow blower, road sweeper, etc. Our diverse product portfolio reflects our dedication to meeting the varied needs of the agricultural sector.

Autor: Yjx