Continuous Sesame Dewatering Machine – MTCDM – 1700
Similar Sesame Centrifugal Machine MTCM- 1700 / Continuous Sesame Dewatering Machine MTCDM – 1700 is designed to efficiently remove surface water from sesame seeds after the washing process. The system separates moisture efficiently. It maintains stable performance and high operational efficiency. This equipment is widely used for reliable dewatering in food, chemical, salt, mining, and pharmaceutical industries.
Product Overiew:
This machine is also referred to as a horizontal screen scroll centrifuge. It operates continuously for solid–liquid separation.
The machine consists of several main components, including a screen, scroll, basket, housing, and helical screw conveyor. The screen and basket are mounted inside the housing along a horizontal axis.
Within the basket, a tubular wall structure supports the internal conveying system. A helical screw (scroll conveyor) rotates inside this structure to transport the material along the screen surface. The basket and the screw rotate at slightly different speeds, creating a differential motion that enables continuous separation and efficient discharge of solids.
Main Components:
- Screen Basket – Designed for efficient solid–liquid separation and filtration.
- Helical Screw Conveyor (Scroll) – Continuously transports the material along the screen surface for effective separation.
- Housing Body – Encloses and protects the internal components during operation.
- Drive System – Provides rotational movement for both the basket and scroll with differential speed control.
- Tubular Wall Structure – Supports the internal conveying and separation mechanism.
- Inlet Feed System – Ensures smooth and continuous feeding of material into the centrifuge.
- Discharge Outlet – Allows continuous discharge of separated solids and liquids.
- Bearings & Sealing System – Ensures smooth operation, stability, and leak prevention.
- Control Panel – Enables easy monitoring and operation of the machine.
Operational Manner
The Hulled and washed Sesame is fed into the centrifuge through a feed tube and enters the feed distribution chamber, from where it is directed into the bowl via the inlet near the narrow end of the scroll. Under centrifugal force, the sesame separates from water and moves toward the bowl wall, while the water exits through the overflow screen.
Inside the conical bowl, the sesame is conveyed from the smaller end toward the larger end by the scroll, which rotates at a slightly different speed than the bowl. This differential motion ensures continuous separation and effective discharge. The sesame is further dried as it exits the bowl, producing low-moisture, ready-to-process seeds.





