Ⅰ. Product Introduction
The 6YL-100 Oil Press Machine with Diesel Engine is designed for efficient oil extraction in environments without stable electricity supply. Powered by a reliable 18-horsepower diesel engine, this model delivers strong torque and high efficiency, making it ideal for medium- to large-scale farms, mobile operations, and rural oil workshops.
With a production capacity of 200–300 kg/h, this press supports both cold and hot pressing, offering flexibility in oil quality and application.
Ⅱ. Applicable Raw Materials
This 6YL-100 Screw Oil Press Machine is capable of extracting oil from a wide range of oil-bearing seeds, including but not limited to:
- Soybeans
- Sunflower seeds
- Rapeseed / Canola
- Groundnuts (peanuts)
- Mustard seeds
- Castor beans
- Flaxseed
- Hemp seeds
For best performance, materials should be clean, dry, and preheated if using hot pressing.
Ⅲ. Working Principle
Oil seeds are fed into the pressing chamber of the 6YL-100 Oil Expeller machine, where a rotating screw shaft, driven by the diesel engine, generates increasing pressure. This pressure forces oil through small gaps in the chamber wall, while the remaining oil cake exits the machine. The diesel engine ensures consistent and powerful performance even in the absence of electrical infrastructure.
Ⅳ. Product Advantages
- Independent Diesel Power (15HP)
No electricity required — perfect for remote or mobile usage. - High Output Efficiency
Handles 200–300kg of raw material per hour. - Dual Functionality
Supports cold and hot pressing methods. - Durable Build Quality
Made with heavy-duty wear-resistant components. - Versatile for Multiple Crops
Effective on a wide range of oilseeds. - Easy to Operate & Maintain
Simple mechanical operation, easy spare parts access.
Ⅴ. Conclusion
The 6YL-100 Diesel Engine Oil Press Machine is a reliable, high-capacity oil extraction machine built for rugged field conditions. Its self-contained diesel power and strong pressing ability make it ideal for commercial farms, mobile operations, or village-based processing setups looking to maximize oil yield without depending on electricity.
