9YQ-1950 Round Hay Baler 1950mm Pickup Width CE Certified Net Wrapping Baler

9YQ-1950 Baler
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Optimize your forage harvesting with the 9YQ-1950 round baler for corn stalks. Featuring a 1950mm spring tooth pickup, dual screw and fork feeding, and an 18-roller compression chamber. Requires 36.7-110.3kW power. Engineered for high-density baling with an automatic net wrapping system.

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1950mm Wide Pickup | Dual Shift Fork & Screw Feeder | Automatic Net Wrapping System

Pickup Width: 1950 mm
Bale Size: Φ1000 x 1250 mm
Tractor Power Req: 36.7 - 110.3 kW
Compression: 18 Steel Rollers

Straw Recycling Consultant Perspective: The Ultimate Forage Harvester

In large-scale pastoral farming and commercial biomass recovery, operational uptime and bale density dictate profitability. As a premier square hay baler manufacturer and round baler expert, we engineered the 9YQ-1950 trailed round baler to dominate high-yield fields. This robust machine is precisely calibrated for collecting, compressing, and wrapping wheat straw, rice straw, thick corn stalks, and high-moisture alfalfa.

9YQ-1950 Round Hay Baler Equipment Overview

The 9YQ-1950 stands out as the quintessential round baler for corn stalks. By utilizing a 1950mm wide spring-tooth pickup combined with a relentless 18-roller compression chamber, it effectively eliminates the downtime caused by material bridging at the intake. The resulting high-density cylindrical bales are perfectly formed to resist weather degradation, significantly improving silage fermentation quality while cutting transportation logistics costs by packing more dry matter per cubic meter.

9YQ-1950 Technical Parameters

Serial No. Item Unit Specification
1 Model Name / Model 9YQ-1950 Round Baler
2 Hitching Method / Trailed
3 Picking Width mm 1950
4 Feed Inlet Width mm /
5 Picker Structure / Spring Tooth Type
6 Feeder Structure / Shift Fork Feeding Mechanism + Screw Continuous Feeding Mechanism
7 Type of compressing bale chamber / Roll drum type
8 Width of compressing room mm 1250
9 Diameter of compression mm Φ1000
10 Quantity of Roll-Pressing Working Components pc 18
11 Diameter of Roll-Pressing Roller mm Φ190
12 Bundling Type / Automatic net wrapping
13 Matching power range kW 36.7 ~ 110.3
14 Overall Dimension (L x W x H) mm 3200 x 2500 x 2010
15 Machine Weight kg 2385

✔ 1950mm Spring Tooth Pickup

The extra-wide 1.95-meter header easily accommodates large, scattered windrows left by high-yield combine harvesters. The heavy-duty spring teeth float smoothly over uneven terrain, ensuring maximum material retrieval without bulldozing dirt into the forage.

✔ Dual-Action Feeding System

Combines a Shift Fork Feeding Mechanism with a Continuous Screw Auger. This violently forces tough, bridging materials like wet corn stalks directly into the chamber, entirely preventing the intake throat blockages common in single-feed round balers.

✔ Automatic Net Wrapping

Equipped with an advanced automatic net wrapping system, tying is completed in seconds rather than minutes. Edge-to-edge net coverage produces perfectly cylindrical bales that shed water effectively, allowing for secure outdoor field storage.

Extreme Field Conditions Reliability

Agriculture does not wait for perfect weather. The 9YQ-1950 is rigorously field-tested against worst-case scenarios. When dealing with lodged crops, high-humidity rain-soaked corn stalks, or rocky terrain, standard balers fail and choke. The sheer 2385kg mass of the 9YQ-1950 frame dampens violent vibrations, while the dual screw-and-fork feeder actively tears apart dense, damp wads of straw. The floating 1950mm pickup header is engineered with overload slip clutches, protecting the main drivetrain from catastrophic damage if large field stones are accidentally ingested during high-speed operations.

Smart Manufacturing & Precision Control

To produce bales with an exact 1000mm diameter and absolute density uniformity, mechanical precision is non-negotiable. The compression chamber houses 18 independently driven Φ190mm high-tensile steel rollers. Every single roller undergoes strict dynamic balancing tests and CNC machining at our state-of-the-art facility. This smart manufacturing approach minimizes rotational friction and drastically reduces harmonic vibration across the PTO shaft. Consequently, the power transfer from your 36.7-110.3kW tractor is nearly 100% efficient, lowering diesel fuel consumption and preventing premature bearing wear.

Working Principle & Maintenance Insights

Understanding the mechanical synergy of your baler guarantees maximum uptime during narrow harvest windows:

1. Pickup & Feeding Dynamics

The spring teeth lift the swath. The lateral continuous screws centralize the crop, forcing it into the shift forks which punch it into the chamber. Failure Prevention: Always operate the PTO within the rated 540 RPM range. Low RPMs in heavy, wet crops will cause the shift forks to stall and trip the shear bolt.

2. Chamber Rolling & Compression

The 18 steel rollers aggressively grip and tumble the incoming forage, building immense core density from the inside out. Failure Prevention: Adhere to the daily lubrication schedule. A seized roller bearing due to lack of grease can cause chain snapping and severe chamber friction.

3. Net Wrapping & Ejection

Upon reaching maximum density, the automatic net system triggers. The hydraulic tailgate then opens to eject the completed bale. Failure Prevention: Keep the net tensioner rollers and cutting knife free of dust and crop sap buildup to prevent endless wrapping loops or ragged net cuts.

Round Baler Manufacturing Assembly Line

Application Matrix & Moisture Guidelines

The 9YQ-1950 is a versatile powerhouse, but adhering to agronomic parameters ensures premium feed quality and machine longevity:

High-Density Round Bales in Field

  • Tractor Matching: The trailed design and 18-roller compression chamber necessitate a tractor outputting 36.7 to 110.3 kW to maintain momentum during the final, high-pressure stages of bale formation.
  • Leguminous Forage (Alfalfa, Clover): Optimal moisture is 17%-23%. The smooth steel rollers are gentler than aggressive belt systems, locking in high-protein leaves without shattering them into dust.
  • Gramineous Forage & Corn Stalks: Target 10%-23% moisture. The dual feeding mechanism easily processes stiff, unconditioned stalks without bridging at the inlet.
  • Field Topography: Operates efficiently on soil with 12%-25% moisture. Due to the heavy 2385kg frame, safe operating slopes should be ≤8° to prevent rollover when the heavy tailgate opens.

5-Step Equipment Selection Guide

Match the 9YQ-1950 to your agricultural logistics:

  • ① Form Factor (Round vs. Square): Round bales naturally shed rain, permitting outdoor field storage. If you require dense truck-packing for long-haul transport, you should consider a square baler.
  • ② Verify Tractor Capacity: Ensure your tractor delivers a stable 36.7-110.3 kW PTO output to handle the 2385kg mass and 18 steel rollers under load.
  • ③ Assess Windrow Widths: The 1950mm header is ideal for medium-to-large windrows, balancing field maneuverability with high-intake capacity.
  • ④ Binding Preferences: Automatic net wrapping saves significant time over twine, providing better weather resistance and easier, faster unwrapping for livestock feeding during winter.
  • ⑤ Feeding Mechanism Needs: If handling thick, rigid stalks, the combined shift fork and screw feeder on this model is mandatory to prevent constant throat jamming.

Why Partner With Us?

As a reputable straw baling machine supplier with 27 years of manufacturing excellence, we provide equipment that defines field reliability. Our sales and service network spans over 20 provinces, and we maintain strategic partnerships with major corn harvester manufacturers to ensure seamless machinery integration.

Agricultural Baler Quality Control and Manufacturing

Customization & OEM Capabilities

We understand that corporate farms have specific requirements. We offer extensive customization, including bespoke paint colors, OEM branding, and hydraulic hitch modifications. Critical components—such as heavy-duty drive chains, PTO shafts, and control valves—are globally sourced to ensure CE-compliant safety and guarantee that local maintenance teams can easily procure spare parts worldwide.

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Why Choose Us

Innovative R&D – Engineered for Real Farms

Backed by 98+ national patents, our engineering team focuses on solving real-world challenges: from anti-clogging pickup systems to ultra-durable knotter mechanisms and wear-resistant components. Every agricultural round baler is developed using advanced CAD/CAE simulation, ensuring optimal performance long before metal meets metal.

Smart & Lean Manufacturing – Precision at Scale

Our 32,000㎡ smart factory integrates automated welding, CNC laser cutting, and electrostatic painting lines. With rigorous quality control at every stage, we produce 2,000+ balers annually—maintaining a defect rate of less than 0.5%, so you get consistent, field-ready reliability.

Global Presence – Trusted from Asia to the Americas

Exporting to 30+ countries—including Russia, Brazil, Mongolia, and the U.S.—we’ve mastered diverse conditions: wet rice straw, dry prairie hay, rocky pastures, and extreme climates. Our wholly-owned subsidiary in Mongolia ensures faster local support and deeper market understanding.

End-to-End Solutions – Beyond Just a Baler

Why coordinate with five suppliers? We offer a complete hay and straw handling workflow: mowing → raking → baling → transport → storage → shredding. Design your entire system with one partner—ensuring compatibility, efficiency, and single-point accountability.

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