Durable mild steel construction
Cutting capacity: 500–800 kg/hr
Suitable for straw, grass, corn stalks, and bamboo
Tractor-powered (9–11 HP)
Efficient fodder preparation for livestock
Compact and safe design
Easy to operate and maintain
High-performance blades for uniform cutting

The Chaff Cutter Machine by Vasundhara Krishi Yantra is a high-efficiency agricultural implement designed for cutting straw, dry grass, fresh grass, corn stalks, and bamboo into small pieces for livestock feed. Constructed from durable mild steel, it ensures long-lasting performance and reliable operation in farm conditions. The machine features a cutting capacity of 500–800 kg/hr, making it ideal for medium to large-scale farms. It is powered by tractors with 9–11 HP output, allowing easy integration into existing farm equipment. Farmers benefit from consistent feed preparation, reduced manual labor, and improved feed utilization. Its compact and sturdy design ensures safe and efficient operation. The Chaff Cutter Machine is perfect for dairy farms, cattle feed production, and any farm requiring processed fodder.

Power Source: Tractor
Power Requirement: 9–11 HP
Cutting Capacity: 500–800 kg/hr
Material / Build: Mild steel
Blade Size: 4 mm
Voltage: 240 V
Surface Treatment: Paint coated
Usage / Application: Agriculture, fodder preparation, livestock feed

Rust-resistant mild steel for durability
High-quality blades for consistent cutting
Compact frame for easy tractor attachment
Suitable for dry and wet fodder materials
Reduces labor and increases operational efficiency
Safe operation with protective covers
Long-lasting and low maintenance design

Power Requirement: 9–11 HP

Tractor mounting brackets
Replacement blades
Optional feeding hopper
Compatible with various tractor models

Vasundhara Krishi Yantra offers a 1-year manufacturer warranty covering material and manufacturing defects. This ensures farmers receive reliable performance, durability, and peace of mind. Support for maintenance and part replacement is provided for continued optimal operation.