Скачать или смотреть The Hob Silage Machine Demonstrates Crushing Corn Stalks: Maximize Crop Yield with Corn Harvesting

"Blades, rhythm, and roaring torque, the mechanical heartbeat of modern silage perfection."

This video captures a hob silage machine in full action, its steel teeth devouring corn stalks and turning them into finely crushed feed. On the golden fields of harvest, the operator maneuvers with surgical precision—each pass converting towering stalks into nutrient-rich silage ready for storage.

The Process:

1. Field Preparation:

The corn is pre-dried to 60–65% moisture, ideal for silage processing.

Tractor paths are aligned in parallel rows to minimize overlap and fuel waste.

2. Stalk Ingestion:

The front header, equipped with rotary hobs, grips and cuts stalks cleanly at the base.

Feed rollers draw the plants inward at 12 meters per second, delivering a steady flow into the crushing chamber.

3. Crushing & Shredding:

Hardened steel blades rotate at 3,000 rpm, slicing stalks and leaves into 2–3 cm pieces—the perfect size for fermentation and easy livestock digestion.

Adjustable hob pressure ensures consistent texture while preventing fiber overheating.

4. Blowing & Collection:

The crushed mixture is propelled through a turbine blower chute, arcing beautifully into the trailer beside the tractor.

Sensors automatically adjust discharge angle to maintain even filling and prevent overflow.

Why This Works:

✔ Nutrient Preservation: Precise crushing exposes plant fibers, locking in lactic acid during fermentation.
✔ Efficiency Boost: One machine handles cutting, crushing, and loading—reducing labor by 70%.
✔ Durability: Tungsten-coated blades last through 500+ hours of continuous field work.

Key Tips:

⚙ Keep blade clearance within 0.5 mm to avoid clogging or over-shredding.
⚙ Lubricate roller bearings every 8 hours for smooth feed motion.
⚙ Check moisture before operation—too dry causes dust, too wet slows crushing.

Final Thought:

“With every rotation of its hobs, this machine transforms raw field power into precision farming mastery—proving that true harvest art is carved not by hand, but by engineering built for the soil.”