EP-9YG-1.0 Round Baler

1. Technical Data Sheet: 9YG-1.0 Specifications

2. Critical Engineering Facts

• Patented Feeding System: Features an exclusive "Axial Flow" semi-forced feeding structure that eliminates the need for cam guards, significantly reducing blockage probability.
• Optimal Bale Sizing: Produces Φ1100×1000mm bales with densities up to 200 kg/m³, perfectly sized for standard Korean logistics and small-scale livestock feeding operations.
• High Throughput: Capable of processing 40 to 100 bales per hour, ensuring rapid field clearance during the tight harvest windows of the monsoon season.
• Reinforced Chamber: Equipped with 16 high-strength steel rollers (Φ222mm) designed to handle the abrasive nature of silica-rich rice straw and tough corn stalks.
• 🔹 Intelligent Binding: Integrated automatic net binding system ensures bale integrity during transport and storage, reducing crop loss and spoilage.

3. Technological Innovation: The "Axial Flow" Advantage in Modern Baling

The core innovation of the 9YG-1.0 Round Baler lies in its revolutionary feeding and compression architecture, which addresses the specific challenges faced by farmers in regions like Chungcheong and Jeolla provinces in South Korea. Unlike traditional balers that rely on complex cam tracks—which are prone to wear and jamming when handling wet, sticky rice straw—the 9YG-1.0 utilizes a camless, guard-ring-free pickup mechanism. This design simplification allows for a more direct and aggressive crop intake, termed "Axial Flow" semi-forced feeding. By reducing the friction and resistance at the pickup point, the machine not only lowers the horsepower requirement for the towing tractor but also increases the biomass intake volume significantly. This is particularly crucial when harvesting high-yield corn varieties or dense rice straw swaths, where traditional machines often struggle with "plugging." The result is a machine that doubles the operational efficiency, allowing operators to bale more acres per hour with less fuel consumption and mechanical downtime. The proprietary nature of this design, protected by exclusive intellectual property rights.

Beyond the intake system, the compression chamber of the 9YG-1.0 is a testament to heavy-duty engineering designed for longevity and performance. The chamber houses 16 robust steel rollers, each with a diameter of 222mm, which are driven by a reinforced chain transmission system. These rollers are engineered with specific surface profiles to grip the crop material effectively, initiating the bale rotation core almost instantly. This rapid core formation is essential for creating high-density bales that preserve silage quality by excluding oxygen.

4. Navigating Legal Landscapes: Baling Regulations in South Korea and Global Markets

The deployment of agricultural machinery like the 9YG-1.0 is increasingly driven by stringent environmental regulations and land management laws.

In South Korea, the government has intensified its crackdown on illegal open burning of agricultural by-products to combat severe seasonal fine dust pollution. Under the **Waste Management Act** and local ordinances, farmers face significant fines for burning rice straw or corn stalks. Simultaneously, the Ministry of Agriculture, Food and Rural Affairs (MAFRA) promotes the "Forage Rice Crop" utilization policy, offering subsidies for machinery that converts straw into livestock feed (IRG/Silage). The 9YG-1.0 is perfectly positioned to help farmers comply with these bans while monetizing their crop residue. Its ability to produce clean, high-density bales ensures that the straw meets the hygiene standards required for Hanwoo beef cattle feed, turning a potential liability into a profitable asset. Furthermore, local soil conservation laws encourage the removal of excess straw to prevent pest incubation, a task efficiently handled by this baler's clean pickup capability.

Looking at the broader international context, similar regulatory frameworks are shaping the market for baling equipment. In Europe, specifically nations under the Common Agricultural Policy (CAP), cross-compliance rules mandate soil cover management and discourage burning to protect soil organic matter. However, in nitrate-vulnerable zones, removing straw is often preferred to prevent nitrogen leaching, creating a demand for efficient balers like the 9YG-1.0. In Australia and New Zealand, where fire risk management is paramount, local councils enforce strict fuel load reduction on rural properties. The 9YG-1.0 serves as a critical tool for "fodder conservation," allowing landowners to clear dry grass and straw efficiently before the fire season peaks. Even in emerging markets like Thailand and Vietnam, governments are following Korea's lead in banning burning to reduce smog, incentivizing the biomass power generation sector which requires reliable supply chains of baled straw.

5. Brand Compatibility & Parts Replacement

6. Market Trends: The Shift Towards Efficient Small-Bale Logistics

The agricultural landscape in East Asia is undergoing a significant transformation towards automation and logistic efficiency. A prominent trend is the move away from large, unwieldy bales towards higher density, smaller dimension bales like those produced by the 9YG-1.0. This shift is driven by the aging farming population in South Korea and Japan, where handling massive bales requires large, expensive machinery that is often impractical for fragmented land plots. The 100-200kg bale range of the 9YG-1.0 perfectly matches this demographic shift, allowing for easier handling with standard skid steers or smaller tractor loaders. Furthermore, there is a growing market for "commercialized forage," where rice straw is baled not for on-farm use but for sale to specialized TMR (Total Mixed Ration) centers. This commoditization demands bales that are uniform in density and shape for efficient truck transport, a requirement that the 9YG-1.0's sensor-controlled density system meets with precision.

7. Application Scenarios

1. Rice Straw Management in South Korea

Scenario: Farmers in the rice-producing regions of South Korea use the 9YG-1.0 to efficiently bale rice straw after harvest. With its patented Axial Flow feeding system, the baler can handle wet and sticky rice straw, minimizing the risk of clogging and ensuring smooth operation in humid conditions.

Application: Ideal for converting rice straw into high-density bales, either for silage or to meet local government regulations for straw removal.

2. Corn Stalk Harvesting for Silage

Scenario: In Chungcheong and Jeolla provinces, where corn is a key crop, the 9YG-1.0 helps farmers create dense silage bales. The Axial Flow mechanism handles dense corn stalks, making the baler an essential tool for producing high-quality feed for livestock.

Application: Suitable for silage production where fast processing and high-density bales are required to ensure proper fermentation and preservation.

3. Livestock Bedding for Dairy Farms

Scenario: Dairy farms in Jeju Island use the 9YG-1.0 to collect straw and create bales for bedding. With the automatic net binding system, bales are uniform, easy to transport, and ready for immediate use in animal housing.

Application: Provides a reliable supply of straw bedding for cattle, reducing waste and improving animal comfort during the winter months.

4. Bioenergy Production

Scenario: The 9YG-1.0 is deployed in regions where straw is used for biomass power generation. Its clean pickup and high-density bales ensure that large quantities of straw are efficiently collected for use in power plants.

Application: Ideal for commercial biomass producers, turning agricultural by-products into a renewable energy source while meeting environmental regulations.

5. Forage Harvesting for Beef Cattle in South Korea

Scenario: The 9YG-1.0 is particularly effective in Hanwoo beef farming, where farmers need high-density bales to feed their livestock. Its ability to produce bales in the 100-200kg range matches the requirements of the feed industry in Korea.

Application: Used to harvest and bale grass and other forage crops, providing a compact and nutrient-rich feed source for beef cattle.

6. Straw Removal in Rice Cultivation Fields

Scenario: Farmers in Gyeonggi Province use the 9YG-1.0 to clear excess straw after rice harvest. The baler's efficient design helps meet local regulations that require the removal of rice straw to prevent pest incubation and promote soil health.

Application: Ensures compliance with environmental laws by removing rice straw cleanly and efficiently for disposal or further use as feed or fuel.

7. Efficient Hay Production for Small-Scale Farmers

Scenario: Small-scale farmers in Gyeongsang and other rural regions benefit from the 9YG-1.0's compact design, which allows them to produce high-quality hay bales with minimal effort. The baler's versatile design works well with grass and alfalfa, providing a solution for diverse farming needs.

Application: Suitable for creating high-density hay bales for resale, use in local livestock operations, or for silage production.

8. Crop Residue Management for Environmental Compliance

Scenario: In areas where crop residue burning is banned due to air quality concerns, such as in parts of Jeolla and Gyeongbuk, the 9YG-1.0 helps farmers collect and bale straw for use in composting or energy production.

Application: A vital tool for farmers needing to comply with environmental laws by converting waste residue into valuable resources like biomass or bedding material.

9. Efficient Harvesting in Hilly Terrain

Scenario: The 9YG-1.0's compact size and lightweight nature make it an excellent choice for harvesting in hilly or uneven terrain found in the Gangwon-do region, where other larger machines struggle to navigate.

Application: Perfect for farmers operating in regions with limited access to large, heavy equipment, allowing them to harvest efficiently in challenging conditions.

10. Commercial Forage Baling for Sale

Scenario: In areas where forage is sold to commercial feed centers or local dairy farms, the 9YG-1.0 enables the creation of uniform, high-density bales that are easy to transport and store.

Application: Farmers and agricultural service providers can utilize the baler to produce bales for resale to forage distributors, meeting the growing demand for high-quality feed in the market.

9. Customer Success Story:

11. Frequently Asked Questions (FAQ)

*Disclaimer: The other brand names mentioned above are provided solely for illustrative purposes. We do not offer original products or equipment bearing these brand names.

Editor: PXY