Sugarcane Cutting Harvester
The sugarcane cutting harvester is an efficient mechanical equipment that cuts sugarcane into segments and completes operations such as leaf removal, sugarcane collection, and loading.
1. The circular cutter uses high-strength alloy blades to quickly and accurately cut sugarcane stalks.
2. The contour cutting technology automatically adjusts the cutting height to adapt to the harvesting of flat, sloping, and lodged sugarcane.
3. Equipped with rubber spiral rollers, the conveying efficiency is increased by 40%, reducing the risk of sugarcane blockage.
4. The rubber leaf stripping roller and airflow auxiliary device are used, the leaf stripping rate is more than 90%, and the residual leaf rate is less than 5%.
5. The high-horsepower engine, with a power range of 120-160 horsepower, meets the needs of high-load operations.
6. Hydraulic stepless speed change adapts to different harvesting speeds and terrain conditions.
Why Choose ANON Sugarcane Cutting Harvester?
01
Integrated, end-to-end operation, harvesting and cutting in one step.
The ANON sugarcane cutting harvester integrates functions such as sugarcane support, top trimming, root cutting, conveying, cutting, impurity removal, and loading. It completes the entire process from field to factory-ready sugarcane segments in one operation, eliminating the need for manual secondary cutting, transportation, and processing. The machine cuts sugarcane into uniform lengths according to sugar mill pressing standards, directly meeting the requirements for factory pressing. This greatly simplifies the harvesting process, enabling direct harvesting from the field and achieving full mechanization of sugarcane harvesting, reducing manual operation, lowering labor intensity, and saving labor.
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02
The cutting system is precise and stable, with low damage and high uniformity.
The ANON sugarcane cutting harvester uses a specialized root-cutting disc and a double-roller cutting structure, resulting in a clean cut with even force. This ensures a clean cut from the root and effectively reduces root breakage, laying a solid foundation for next year’s sugarcane growth. The cutting system allows for length adjustment as needed, producing neat cuts that are less prone to tearing. Combined with a smooth feeding design, it prevents machine blockage and strip breakage, resulting in high overall operational smoothness and a low failure rate.
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03
Highly efficient impurity removal system ensures high cleanliness of sugarcane segments.
The ANON sugarcane cutting harvester is equipped with a multi-stage air separation and impurity removal structure. During the conveying process, it can automatically separate sugarcane leaves, remove impurities such as mud and sand, and effectively control the impurity content. The produced sugarcane segments are clean and neat. Compared with manual harvesting, it saves the subsequent cleaning and cutting processes, greatly saves labor costs, and improves the quality of raw materials, making them more in line with the sugar mill’s purchasing standards.
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04
Highly adaptable, it can operate efficiently even in complex sugarcane fields.
ANON’s sugarcane cutting harvester is well-suited for lodged, intersecting, and unevenly dense sugarcane fields. Equipped with an elastic sugarcane-lifting and guiding device, they effectively lift lodged sugarcane, ensuring normal harvesting. They also adapt to different row spacings, allowing for smooth operation even in fields with irregular row spacing and uneven sugarcane growth, preventing missed harvests. Whether on slopes or in large-scale contiguous sugarcane fields, we have suitable models. Tracked models are adept at handling slopes, while wheeled models perform even better on flat terrain, with lower ground pressure, reducing soil compaction and damage to ratooning roots, ensuring long-term productivity.
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05
Easy and reliable to operate, suitable for long-term continuous operation
The ANON sugarcane cutting harvester features hydraulic control, making steering light and flexible. Core functions such as cutting, cane support, and conveying are centralized on the control panel, allowing for one-button operation. A clear instrument display enables real-time monitoring of the operating status. The ergonomically designed cab, equipped with a shock-absorbing seat and air conditioning, provides excellent visibility and reduces fatigue during extended operation. Key components are durable, and the machine incorporates robust heat dissipation, dustproofing, and anti-clogging designs, enabling long-term, high-intensity operation during peak sugarcane harvesting season. Its high stability and ease of maintenance make it suitable for long-term use in farms and cooperatives.
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06
Sugarcane leaves can be processed flexibly, taking into account both environmental protection and practicality.
The ANON sugarcane cutting harvester supports two modes: sugarcane leaf crushing and returning to the field, and collection and utilization. The crushed sugarcane leaves, after being returned to the field, decompose quickly, increasing soil organic matter, improving soil moisture, reducing fertilizer use, and supporting ecological farming. If you have other needs, you can also choose a non-crushing model to collect the sugarcane leaves for use in feed processing, biomass fuel, etc., achieving resource reuse and generating additional income.
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Usage Tips
When using a sugarcane cutting harvester, you need to pay attention to the following points: Before operation, you need to carefully check the sharpness of the cutter, the tension of the drive belt and the operating status of the hydraulic system to ensure that the equipment is in good working condition; according to the height of the sugarcane plants and the conditions of the field in advance, reasonably adjust the cutting length and cutting height to ensure uniform cutting and low loss; during the operation, you should try to maintain a stable and uniform speed to avoid jamming, missing sugarcane or uneven cutting due to unstable speed; after each day’s operation, you need to clean up the remaining sugarcane leaves and mud in time, check and lubricate each transmission part to extend the service life of the machinery and reduce the occurrence of failures.
Maintenance Tips
How to maintain a sugarcane cutting harvester? You need to regularly remove dust and dirt from the surface of the equipment, avoid directly washing electronic equipment with water, check and lubricate bearings, chains, and other parts to ensure smooth operation, and replace worn safety clutch springs, V-belts, etc.
After the sugarcane harvest season is over, the sugarcane harvester is idle, and you also need to do some maintenance on the machine to facilitate normal use next time, such as
Cleaning and rust prevention: clean the equipment and remove debris, and apply anti-rust oil on metal parts.
Tensioning device: loosen the transmission belt, chain, etc., to avoid long-term fatigue failure.
Engine maintenance: start the engine regularly to keep the internal lubrication sufficient.
Tire protection: support the harvester with auxiliary materials to prevent the tire from long-term pressure deformation.
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FAQ
Frequently Asked Questions
01
Is sugarcane difficult to harvest?
Harvesting can be done by hand or by machine. Hand harvesting is a hard and dirty job, but it employs many people in areas where jobs are scarce. When harvesting by hand, the cane is cut at about ground level, the top green leaves are cut off, and the cane stalks are tied into bundles.
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02
How many times can sugar cane be harvested?
Commercial sugar cane is grown using stem cuttings planted in furrows five feet apart. After about 12 months, the mature sugar cane is ready for harvest. On average, growers can harvest four times from a single planting.
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03
What are the applicable areas for sugarcane cutting harvester?
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04
What is the lifespan of a sugarcane cutting harvester?
Under normal maintenance, standardized operation, and regular replacement of wear parts, a sugarcane cutting harvester can have a stable service life of 8-12 years. With proper maintenance, it can even last for more than 15 years. The core components, such as the frame, gearbox, and hydraulic system, are robust and have a long lifespan. Simply replace wear parts such as the cutting blades, leaf-stripping rollers, and bearings periodically, and perform daily cleaning, lubrication, and rust prevention. Avoid overloading and forcing operations on slopes. The machine will maintain good operating conditions for a long time. Moreover, the equipment typically recoups its cost in 1-2 harvesting seasons and can generate stable profits for many years thereafter.
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