HP260 Continuous Spiral Oil Press Machine Professional China Factory Suppliers
The HP260 Continuous Spiral Oil Press is a high-performance industrial solution engineered for large-scale vegetable oil production. Designed for versatility and endurance, this machine is ideal for processing high-oil content seeds including peanuts, rapeseed, sunflower seeds, cottonseed, corn germ, and coconut, ensuring maximum extraction efficiency with minimal residual oil in the cake.
Whether you are implementing a one-time press technology, a pre-press leaching process, or a double-pressing system, the HP260 provides unparalleled stability. By integrating German-inspired engineering and a specialized "step-by-step pressure" screw design, it optimizes power consumption while maintaining the rigorous output standards required for professional food oil manufacturing plants.
Detailed Parameters
| Model NO. | HP260 | Power Matching | 75 KW |
|---|---|---|---|
| Pressing Capacity | 35-45 Ton Per Day | Pre-pressing Capacity | 100-150 Ton Per Day |
| Cake Residue Oil Rate | 6% - 8% | Operating Temperature | 60-110ºC |
| Material Construction | Alloy Steel / Cast Steel | Gross Weight | 8000 kg |
| Dimensions | 3800 × 2320 × 3800 mm | Origin | China |
Key Advantages
German Engineering
Built with a strength insurance factor of 3.5, ensuring extreme durability and a long operational lifespan under heavy loads.
Continuous Operation
Engineered for non-stop industrial production, capable of running continuously for several months without failure.
Energy Efficient
The "step-by-step pressure" screw design reduces power consumption by over 20% compared to standard large oil presses.
Stable Lubrication
Features a splash-lubricated gear box that maintains a constant oil temperature of 50–60°C for optimal mechanical health.
Patented Adjustments
Equipped with a patented Cake Adjustment Institution, making the tuning process fast, easy, and highly precise.
Easy Maintenance
Ear plate opening and closing design for the squeezing cage reduces labor intensity and simplifies assembly/maintenance.
Product Gallery
Management Platforms
Engineering Design
Professional food grain and oil engineering design tailored to your plant's specific spatial and output needs.
Technology R&D
Continuous development of new extraction technologies to maximize oil yield and reduce operational costs.
Equipment Manufacturing
Precision manufacturing using high-grade alloy and cast steel for maximum wear resistance.
Installation Services
Expert on-site installation and mechanical alignment to ensure peak performance from day one.
Commissioning
Full system testing and commissioning to calibrate the pressing process for different seed types.
Training Services
Comprehensive operator training to ensure safe, efficient, and sustainable machine management.
Investment Return Comparison
| Performance Metric | Standard Oil Press | HP260 Professional Press |
|---|---|---|
| Power Consumption | High (Base) | 20% Lower (Step-Press) |
| Operational Stability | Periodic Maintenance | Continuous (Months) |
| Oil Residue in Cake | 8% - 12% | 6% - 8% (High Yield) |
| Maintenance Labor | High Intensity | Low (Ear Plate Design) |
| Durability Factor | Standard | Ultra-High (3.5 Factor) |
Frequently Asked Questions
The HP260 is designed for high-oil content seeds, specifically peanuts, rapeseed, sunflower seeds, cottonseed, corn germ, black seed, and coconut.
Pressing capacity (35-45 TPD) refers to full extraction, while pre-pressing (100-150 TPD) is used as a first stage before solvent leaching to increase overall efficiency.
This specialized screw design optimizes the compression stages, reducing electricity costs by over 20% while maintaining high oil extraction rates.
Yes, it is specifically engineered for continuous operation, capable of running for several months without stopping, making it ideal for large-scale plants.
The HP260 achieves a very low residual oil rate of 6% to 8%, ensuring that you extract the maximum possible value from your raw materials.
Yes, we provide a full suite of professional services, including engineering design, installation, commissioning, and comprehensive operator training.













