Olive Oil Decanter Centrifuge for Olive Processing & Three-Phase Oil Separation

Large-Scale Olive Oil Processing: 5050×1285×1550mm Footprint

The advanced planetary gearbox delivers smooth and reliable power transmission, maintaining stable performance even under variable loads during olive paste and pomace processing. Equipped with premium SKF bearings, the decanter is designed for continuous operation with a service life exceeding 20,000 hours. The adjustable differential speed (5–50 rpm) allows flexible process control, helping improve separation performance, increase oil yield, and produce drier olive pomace.

The centrifuge bowl is manufactured from food-grade AISI 316L duplex stainless steel, providing excellent corrosion resistance and ensuring hygienic olive oil processing. The screw conveyor is protected by tungsten carbide wear tiles, which effectively reduce abrasion caused by solid pomace particles and significantly extend the service life of key wear components. In addition, the optimized vibration reduction design enhances operational stability, making the equipment suitable for long-term, continuous olive oil extraction.

Key Features of Olive Oil Decanter Centrifuge

• Fully Automatic CIP Cleaning System
  Provides efficient and hygienic internal cleaning, reducing manual maintenance and minimizing downtime between production cycles.
• High-Torque Planetary Gear Differential
  Delivers smooth and stable torque transmission under variable processing loads, ensuring reliable operation during continuous olive paste and pomace processing.
• High-Dryness Screw Conveyor & Bowl Design
  Optimized conveying and separation performance helps produce drier solid discharge, improve oil recovery, and reduce oil loss in the discharged pomace.
• Advanced Three-Phase Separation Technology
  Specially designed for the efficient separation of oil, water, and solid particles, providing stable separation performance for olive oil production.
• Patented Light-Phase Layer Adjustment Technology
  Enables convenient adjustment of the light-phase liquid layer without disassembling the machine, making process optimization faster and easier while reducing maintenance time.