Are you looking for an efficient, durable, and easy to operate cutting platform for a large silage harvester? The Meidi M460 cutting platform is definitely your best choice! It is designed specifically for large silage harvesters, with smooth and unobstructed cutting and feeding, sharp and long-lasting blades, ensuring efficient harvesting.
Smooth and unobstructed cutting and feeding, with sharp and long-lasting blades, ensuring efficient harvesting. The four disc design makes harvesting tall corn easy, and the folding structure makes it convenient for you to quickly transition. After folding, the width does not exceed 3 meters, and transportation is stress free.
Its advanced transmission system and aluminum alloy gearbox not only have excellent heat dissipation and corrosion resistance, but also effectively reduce weight. The unique suspension device allows the cutting table to automatically float and imitate the terrain, greatly reducing impact and extending the service life of the equipment.
In addition, it can also adapt to various large green feed harvesters such as Klaas and John Deere
Q1: How many hectares and tons can Meidi 9QS-4500T produce perhour?
A:The Meidi 9QS-4500T has an average production capacity of 100 tonsper hour.
Q2: Does Meidi silage/forage harvester have a crushing system (graincrusher)?
A:Indeed, the Meidi silage/forage machine is equipped with a seed crush-er that can effectively crush corn seeds, achieving a crushing degree ofup to 97%.
Q3:Do you have a factory?
A:Yes, we have two factories located in Shijiazhuang. We welcome visi.tors to our company and factory. We are a professional manufacturerand the leading brand in Chinese forage harvester sales.
Q4: Does Meidi silage/forage harvester have a cutting adjustmentfunction?
A:Indeed, the silage/forage harvester is equipped with a gear system thatallows for adjustment of the cutting length, ranging from 6mm to 22mm.This enables users to select the appropriate cutting length based ontheir specific requirements, with six available lengths in total.
Q5:When will it be shipped?
A:Our products can be delivered within seven days of receipt of an orderwhile production cycles typically take six months without stock avail-ability.
| Model |
9QS-4500S |
| Type |
Self-propelled |
| Heade working width |
4450 mm |
| Overall dimension under working state(L*W*H) |
7920*4650*6000 mm |
| Theoretical chopping length |
Gear1: Short 6; Long 8
Gear2: Short 11; Long 14
Gear3: Short 18; Long 22 |
| Engine power |
390 kW / 530 ps |
| Rated engine speed |
1900 r/min |
| Chopping drum speed |
1140 r/min |
| Header cutting type |
Disk-type cutting knife |
| Type of straw chopping mechanism |
Roller type |
| Number of moving cutter |
20 pieces |
| Harvest efficiency |
≥ 28 kg/s |
| Stubble height |
≤ 150 mm |
| Throwing angle |
± 90 degrees |
| Wheel base |
2860 mm |
| Loss rate |
≤ 3% |
| Drive travelling |
Hydraulic drive |
| Brake type |
Disk type |
| Drive wheel tread(front) |
2570 mm |
| Drive wheel tread(rear) |
2505 mm |
| Tire specification of drive wheel(Front) |
800 / 65R26 |
| Tire specification of drive wheel(rear) |
19.5 L-24 |
| Operating speed |
2-10 km / h |
1. Application Scenarios
Large-scale corn silage harvestingOptimized for 500+ acre corn fields with continuous operationcapability.
2. Mixed crop processing
Handles sorghum, alfalfa, and wheat straw with adjustablechopping parameters.
3. Sloping terrain operation
Adaptive chassis design (ground clearance: 450mm) for hillsidefarms6.
4. High-moisture crop harvesting
Anti-clogging system with reverse rotation function ensuressmooth operation in wet conditions.
5. Precision livestock feeding
Uniform cutting length improves feed digestibility.
6. Roadside harvesting
Compact transport dimensions facilitate urban peripheryoperations.
7.Emergency forage reserves
90 tons/hour capacity supports disaster preparedness inpastoral areas.
8. Organic fertilizer production
Crushed crop residue integration with composting systems.
9. Bioenergy feedstock preparation
95%+ grain cracking rate
10. corn stalk recycling
Specialized blade configuration for fibrous material processing.
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