IMETEC Intelligent Equipment (Shandong) Group Co., Ltd. is one of the leading manufacturers and suppliers of diesel cattle feed spreader in China. Welcome to wholesale durable diesel cattle feed spreader made in China here and get quotation from our factory. All CE approved products are with high quality and competitive price.
Product Introduction
Product Description
The primary function of the Diesel Cow Feed Spreader is not simply to carry feed, but to combine loading, on-farm transportation, and feed distribution in one operating cycle.
Once the machine is started, the diesel power system drives the vehicle forward. Feed is loaded into the rear hopper before operation, and the operator activates the discharge system after reaching the cattle barn or feeding aisle. Feed is guided and conveyed from the hopper to the designated discharge point.
This approach reduces repeated manual handling with wheelbarrows, buckets, or other transport equipment and is particularly useful on farms with long feeding aisles or frequent daily feeding schedules.
Compared with a basic transport vehicle, this machine is intended for route-based feed distribution. Compared with larger feeding vehicles, its compact layout can be more practical on internal farm roads and in areas with limited working space.
Key Features & Benefits
Diesel Power for Farm Operation
The diesel power system provides traction and operating power for routine farm work, making the machine suitable for repeated feed delivery and longer internal transport routes.
Forward Driving Position
The forward-mounted driving position gives the operator a direct view of the area ahead, helping maintain better control when moving through feeding lanes and farm passages.
Large Rear Feed Hopper
A large rear hopper provides useful carrying capacity, allowing more feed to be delivered in one trip and reducing unnecessary return trips for reloading.
Feed Distribution During Travel
Feed can be discharged while the machine is moving, turning transport and distribution into a continuous operation rather than two separate tasks.
Designed for Farm Access Routes
The compact machine layout is suitable for typical farm roads, cattle barn aisles, and designated feeding lanes.
Less Manual Feed Handling
Mechanized transport and discharge reduce repetitive manual loading, carrying, and feed distribution work.
Suitable for Repetitive Feeding Tasks
For cattle operations that deliver feed several times a day, the machine helps streamline each feeding run and maintain a more consistent workflow.
Technical Parameters
|
Category |
Item |
Standard Configuration |
|
Chassis |
Matching Power |
140KW |
|
Transmission |
Hydraulic Transmission |
|
|
Engine Brand |
Weichai |
|
|
Engine Emission Standard |
China Stage III |
|
|
Engine Speed |
2200 rpm |
|
|
Cab |
Enclosed |
|
|
Cab Position |
Center-mounted |
|
|
Air Conditioning |
Yes |
|
|
Number of Tires |
4 |
|
|
Tire Size |
385/55R19.5 |
|
|
Drive Type |
Full-time 4WD |
|
|
Steering |
Front-wheel Steering |
|
|
Travel Mode |
Hydrostatic CVT |
|
|
Gear Selection |
Electronic Control Handle |
Working Principle
The operating sequence can be summarized in four stages: Loading → Internal Transport → Entering the Feeding Line → Feed Discharge During Travel.
Prepared cattle feed is first loaded into the rear hopper. After the diesel engine is started, the machine travels to the cattle barn or designated feeding area. The operator activates the discharge system at the feeding position.
Feed is guided toward the discharge point by the internal conveying and feed-handling structure and released as the machine moves along the route. Travel speed and discharge operation can be coordinated to achieve the required feed distribution, subject to the machine configuration.
Materials & Exterior Design
Load-Bearing Chassis
The main chassis is typically fabricated from welded steel sections to support the power unit, hopper, and driving area while handling dynamic loads during operation.
Feed Hopper
The rear hopper is typically fabricated from steel plate with reinforcement where required. Hopper dimensions and plate thickness can be adapted to the desired payload and operating conditions.
Driving Area
The machine shown in the image features a dedicated front driving area with a windshield structure, providing a defined operating position and basic front protection.
Wheels and Running Gear
The rear section uses a dual-wheel load-bearing arrangement, helping support the machine under loaded conditions and improving stability during farm operation.
Exterior Finish
The machine shown in the image uses a blue-and-green agricultural equipment finish, with a green hopper and blue front driving section. The contrasting body colors give the unit a recognizable farm-machinery appearance.
Applications
Beef Cattle Farms
Used for internal transport and distribution of forage, mixed feed, and other cattle rations.
Dairy Farms
Suitable for routine feed delivery along fixed feeding routes in dairy facilities.
Cattle Feedlots
Useful in feedlot operations where feed must be delivered efficiently to larger groups of cattle.
Commercial Livestock Operations
Can serve as an internal feed logistics machine for farms with multiple cattle buildings, long feeding routes, or relatively high daily feed requirements.
Family and Small-to-Medium Farms
For farms that do not require a large feeding vehicle, this compact diesel-powered machine can provide a practical option for routine feed delivery.
Quality Control
Raw Material Control
Steel sections, hopper plates, shafts, and other critical components are inspected before production to ensure conformity with the required specifications.
Structural Fabrication Inspection
Chassis and hopper fabrication is checked for weld quality, dimensional accuracy, and structural deformation.
Power System Inspection
Once the diesel engine is installed, starting performance, running condition, and power output are checked.
Discharge System Inspection
The feed discharge mechanism is inspected to ensure smooth operation and secure installation of critical components.
Final Functional Test
A final functional test is performed after assembly to check driving, steering, braking, and feed distribution functions.
After-Sales Service
Technical Documentation
Operation instructions, maintenance recommendations, and parts information can be supplied according to the machine model.
Installation and Commissioning Support
Remote technical guidance can be provided for installation and initial commissioning when required.
Spare Parts Support
Replacement parts may include engine-related components, transmission parts, bearings, discharge components, tires, and other wear items, depending on the model.
Troubleshooting Assistance
Customers can provide operating videos, fault descriptions, and photos so technical personnel can assist with preliminary troubleshooting.
OEM Service
Depending on the manufacturer's capabilities, OEM services may include branding, body color, nameplates, packaging, and selected configuration options.
Routine Maintenance
For reliable long-term operation, the Diesel Cow Feed Spreader should be maintained according to a regular inspection schedule. Before daily operation, check the diesel engine oil level, cooling system, tire condition, braking system, steering mechanism, major fasteners, and feed discharge system.
Any remaining feed should be removed after operation, especially when working with high-moisture materials. Diesel engine oil, filters, and related components should be serviced according to the engine manufacturer's recommended maintenance intervals.
FAQ / Frequently Asked Questions
Q: What is the Diesel Cow Feed Spreader used for?
A: It is designed to transport and distribute cattle feed within farms, cattle barns, feedlots, and other livestock facilities.
Q: Why use a diesel-powered feed spreader?
A: A diesel power system provides independent traction and is well suited to repeated farm operations where the machine needs to move with a loaded hopper.
Q: How is the feed discharged?
A: Feed is conveyed from the rear hopper to the discharge area through the internal feed-handling mechanism. The exact discharge configuration depends on the model.
Q: Is it suitable for TMR feed?
A: It may be suitable for TMR feed when the machine is configured for mixed rations. Feed moisture, fiber length, and other physical characteristics should be confirmed before purchase.
Q: Can it work inside cattle barns?
A: Yes, provided the machine dimensions are compatible with the available aisle width and turning space.
Q: Does it require a tractor?
A: No separate tractor is needed when the machine is equipped with its own diesel-powered self-propelled system.
Q: Can the hopper size be customized?
A: Hopper capacity may be customized for some models, subject to chassis capacity and the manufacturer's production capability.
Q: What factors affect feeding performance?
A: Feed moisture, particle size, fiber length, bulk density, travel speed, and the discharge mechanism can all affect distribution performance.
Q: What information should be provided before ordering?
A: Buyers should provide the intended feed type, daily feed volume, required hopper capacity, cattle barn dimensions, aisle width, and any customization requirements.
Q: Can spare parts be supplied?
A: Yes. Common replacement and wear parts can be supplied according to the actual machine model and configuration.
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