Small Combine Harvester Factory in China High Efficiency Agricultural Suppliers
Looking for a reliable small combine harvester factory in China? As leading suppliers, we offer high-performance crawler harvesters integrating reaping, threshing, cleaning, and crushing to maximize ROI for farmers.
About this product
Product information from the supplier.
The Niuboshi Small Combine Harvester is a high-performance, crawler self-propelled agricultural solution designed to streamline the harvesting process. By integrating reaping, threshing, cleaning, and stalk crushing into a single seamless operation, this versatile machine eliminates the need for multiple passes, significantly reducing labor costs and operational time for modern farmers.
Engineered for maximum flexibility and efficiency, the harvester is powered by robust diesel engines or motors, making it ideal for diverse terrains. Whether operating in mountainous rice fields or vast northern wheat plains, its compact structure and advanced energy-saving technology ensure a high grain recovery rate with minimal impurities, providing a rapid return on investment for agricultural enterprises.
Detailed Parameters
| Machine Type | Crawler Self-Propelled All-Feed | Drive System | Diesel Engine / Motor |
|---|---|---|---|
| Core Functions | Harvest, Thresh, Clean, Crush | Cutting System | Double Cutter Mechanism |
| Applicable Crops | Rice, Wheat, Soybeans, Barley | Terrain Suitability | Mountainous & Plain Areas |
| Structure | Lightweight & Compact | Operation Mode | Simple User-Friendly Interface |
| Key Performance | Low Loss & Low Impurity Rate | Maintenance | Low Failure Rate Design |
Key Advantages
Multi-Functional Sync
Simultaneously completes harvesting, threshing, cleaning, and crushing to eliminate redundant steps.
Labor & Time Saving
Shortens working hours drastically with high-efficiency mechanisms and streamlined workflows.
Superior Precision
Low cutting height and accurate mechanical structure ensure minimal crop waste and loss.
User-Centric Design
Easy to operate without extensive technical training, making it accessible for all farmers.
Extreme Flexibility
Compact size allows easy maneuvering in varying farmland sizes and challenging environments.
High ROI Potential
Competitive pricing and low fuel consumption lead to a very short payback period after investment.
Product Gallery
Management Platforms
Crop Compatibility
Optimized settings for rice, wheat, soybeans, and highland barley harvesting.
Power Management
Efficient fuel consumption control via advanced diesel engine optimization.
Maintenance Alerts
Low failure rate design with simplified inspection points for quick servicing.
Terrain Adaptation
Adjustable crawler settings for seamless transition between plains and hills.
Waste Control
Integrated cleaning system to ensure a low impurity rate in the final grain.
Safety Mechanisms
Double operating mechanisms ensuring operator safety and mechanical reliability.
Investment Return Comparison
| Performance Metric | Traditional Methods | Niuboshi Small Harvester |
|---|---|---|
| Operating Steps | Multiple (Separate) | Single Integrated Pass |
| Labor Requirement | High Manual Labor | Low (One Operator) |
| Harvesting Speed | Slow/Manual | High-Efficiency Mechanical |
| Grain Loss Rate | Moderate to High | Significantly Low |
| Payback Period | Long-term Costs | Short-term ROI |
Frequently Asked Questions
This harvester is highly versatile and suitable for rice, wheat, soybeans, highland barley, and other similar grains.
Yes, its lightweight design, compact structure, and crawler system make it ideal for both plain areas and mountainous terrains.
It completes four major operations simultaneously: harvesting, threshing, cleaning, and crushing stalks.
No, the machine is designed for simplicity and ease of use, allowing farmers to operate it effectively with minimal technical support.
Through an accurate mechanical structure and a double-cutter system that ensures a low cutting height and efficient grain collection.
The harvester can be driven by either diesel engines or motors, depending on the specific model and user requirements.



