Hammer Mill
A Hammer Mill is an industrial grinding machine used to crush, pulverize, shred, and reduce the size of various materials such as grains, biomass, minerals, and agricultural products. It operates by rotating hammers attached to a spinning rotor that strike the material, breaking it down into smaller pieces which pass through a screen for size control. Hammer Mills are widely used in feed production, biomass processing, recycling, and mineral processing due to their efficiency and versatility. They come in various sizes and configurations, suitable for fine to coarse grinding and are essential in agriculture, manufacturing, and energy industries.
Hay Baler
A Hay Baler is an agricultural machine designed to compress cut and raked crops such as hay, straw, or silage into compact bales that are easy to handle, transport, and store. Hay balers come in various types, including round balers, square balers, and large rectangular balers, each producing bales of different shapes and sizes to suit specific storage and feeding needs. The baling process preserves the nutritional quality of forage and helps farmers efficiently manage fodder for livestock. Hay balers are essential equipment in modern farming, improving productivity and reducing labor.
Maize Sheller
A Maize Sheller is a mechanical device designed to remove kernels from maize cobs efficiently and with minimal kernel damage. It significantly reduces the time and labor required for traditional shelling methods, making it ideal for agricultural operations, farms, and food processing units. Shellers are available in manual, electric, and diesel-powered variants, and are often constructed from heavy-duty metal for durability in demanding environments. Their consistent shelling capacity improves productivity, reduces post-harvest losses, and ensures cleaner grain output ready for storage or milling.
Maize Sheller
A Maize Sheller is a mechanical device designed to remove kernels from maize cobs efficiently and with minimal kernel damage. It significantly reduces the time and labor required for traditional shelling methods, making it ideal for agricultural operations, farms, and food processing units. Shellers are available in manual, electric, and diesel-powered variants, and are often constructed from heavy-duty metal for durability in demanding environments. Their consistent shelling capacity improves productivity, reduces post-harvest losses, and ensures cleaner grain output ready for storage or milling.