Last month, a large-scale agricultural and livestock enterprise in Kenya purchased five units of king grass baler machines from our factory. The machines were introduced to support the customer’s expanding forage processing project, focusing on king grass silage preparation for cattle and dairy farming.

With the continuous growth of livestock production in Kenya, the customer required a stable, high-efficiency silage solution to handle large volumes of king grass during peak harvesting seasons and ensure year-round feed supply.

Customer Challenges

Before purchasing the equipment, the customer faced several challenges in daily production:

• Large-scale king grass harvesting created heavy pressure on forage processing capacity.
• Traditional silage preparation methods required high labor input and long working hours.
• Loose forage storage caused unstable fermentation and frequent feed spoilage.
• Increasing livestock numbers demanded consistent and standardized silage quality.
• Single-machine processing capacity was insufficient during peak harvesting periods.

To solve these problems, the customer decided to invest in a multi-machine baling system to improve overall operational efficiency.

Solution: Five King Grass Baler Machines

After evaluating the customer’s site conditions and production goals, we proposed a solution using five king grass baler machines operating simultaneously. Each machine integrates baling and film wrapping functions, allowing king grass to be compressed into dense, well-sealed silage bales suitable for long-term storage.

The king grass baler machine is widely used for processing king grass, forage grass, corn stalks, sugarcane leaves, and other silage materials, making it highly adaptable to Kenyan forage resources.

Machine Configuration and Technical Parameters

The five king grass baler machines supplied to the customer were configured with the following typical specifications:

• Applicable materials: King grass, forage grass, corn stalks, sugarcane leaves, and similar silage materials.
• Baling type: Integrated baling and wrapping system.
• Bale shape: Round bales.
• Bale weight: Approximately 60–80 kg per bale, depending on material moisture.
• Working capacity: About 40–50 bales per hour per machine.
• Film wrapping layers: Adjustable, typically 2–4 layers.
• Power type: Diesel engine version for stable field operation.
• Control system: Simple and easy-to-operate control panel.
• Machine structure: Heavy-duty steel frame suitable for continuous operation.

With five machines running together, the customer achieved a significant increase in daily silage production capacity.

Export, Installation, and Support

All five king grass baler machines were manufactured according to export standards and passed strict factory inspection before shipment. Our service package included:

• Export-grade packaging suitable for long-distance sea transportation.
• Complete export documentation for smooth customs clearance in Kenya.
• Installation guidance and detailed operation manuals.
• Remote technical support and operator training.

The machines were installed successfully and quickly put into normal operation after arrival.

Results and Benefits After Installation

After putting the five king grass baler machines into use, the customer achieved clear operational improvements:

• Daily king grass processing capacity increased significantly.
• Silage quality improved due to tight baling and effective film wrapping.
• Forage spoilage and material waste were greatly reduced.
• Labor requirements during harvesting seasons decreased noticeably.
• Silage storage time was extended, ensuring feed availability during dry seasons.
• Transportation and stacking efficiency improved thanks to uniform bale size.

Long-Term Value for the Customer

By investing in five king grass baler machines, the Kenyan customer successfully built an efficient and standardized silage processing system. The equipment now plays a critical role in their forage management strategy, helping reduce feeding costs, improve livestock productivity, and support long-term agricultural development.