Meidi Machinery has developed high-performance forage harvesters adapted to a variety of regional conditions. With breakthroughs in core technology proven in practical operation, the company has become a leader in driving industry progress.
PRODUCTS
MEIDI CATEGORIES OF SELF PROPELLED FORAGE HARVESTERS
TECHNICAL ADVANTAGES OF MEIDI SELF-PROPELLED FORAGE HARVESTERS
Engine
Engine
A renowned engine delivers strong torque, rapid response, and low fuel use. An advanced cooling and self-cleaning system minimizes maintenance needs and boosts durability.
Grain Crushing System
Specially treated crusher rollers achieve over 97% crushing rate. Durable materials extend service life and ensure consistent performance.
Chopping Mechanism
Twenty enclosed rollers with tungsten carbide blades provide clean cuts, lower fuel use, and high wear resistance.
Automatic Knife Sharpening
A hydraulic-electric sharpening system keeps blades consistently sharp with minimal operator effort.
Drive System
A German hydrostatic drive ensures smooth travel and easy operation, reducing effort and boosting field efficiency.
Automatic Oil-filling System
German-designed automatic lubrication extends bearing life and cuts maintenance time.
Operation System
An electro-hydraulic control system offers effortless operation and a comfortable experience.
How to Choose Meidi Self Propelled Fodder Harvesters?
Forage Harvesters
These multifunctional units are capable of both cutting and chopping forage crops, often loading them directly into transportation.
Farm Scale & Output
The acreage used for forage directly affects machinery choice. Pull-type models are suitable for small farms with a simpler solution, while self-propelled models offer peak productivity and are typically used for large-scale operations.
Forage Variety
The crop type—such as hay, silage, or haylage—influences the machinery required. Hay relies on mowing and raking, while silage demands chopping and compacting tools.
Field Topography
Uneven or hilly land may call for equipment designed for enhanced agility and stable operation on slopes.
Budget Planning
Equipment costs vary widely. Define a realistic budget and explore value-focused choices, including pre-owned or leased machinery.
INITIAL STARTUP & OPERATION GUIDELINES
Fluid Check & Safe Start
Add all required fluids before starting. Never start the engine without oil and coolant.
Pre-Start Inspection
Ensure gear is in neutral and main clutch is disengaged. Lubricate per manual, especially turbocharger bearings.
Warm-Up & Testing
Start and run at 600–800 rpm for 5 minutes. Check instruments and sounds. Gradually increase speed and idle 30–40 minutes.
Driving & Slope Safety
Use low gear on slopes. Avoid stopping or shifting mid-slope. Never coast in neutral.
Operating Requirements
Maintain rated speed during operation to avoid blockages or poor cut quality. Engage drum at low RPM (≈800 rpm).
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