The Flour Screw Conveyor 250 developed by SEDİROGLU GROUP is designed to provide efficient, hygienic, and continuous transportation of flour and powdered products in industrial processing facilities. In large production environments such as flour mills and food factories, multiple machines often discharge product simultaneously. Managing this material flow efficiently is critical for maintaining production efficiency and preventing operational bottlenecks.
This conveyor system solves that challenge through its multi-entry screw design, which allows several product flow pipes to feed material directly into a single screw conveyor body. These inlet points are specially designed for quick installation and removal. Instead of traditional pipe clamp systems, each inlet pipe contains a rubber sealing gasket, allowing product flow pipes to be connected quickly and securely. This feature makes the conveyor highly practical and portable in factory environments.
Once the material enters the conveyor body, a rotating helical screw moves the flour or powdered product smoothly along the tube. The screw design ensures that the product is transported gently, maintaining its structure and preventing product degradation. Because the conveyor operates in a fully enclosed system, dust emissions are minimized and hygienic transport conditions are maintained.
One of the main advantages of the Flour Screw Conveyor 250 is its ability to collect product from multiple machines and direct it toward a single outlet point, such as a silo, intermediate storage bin, or packaging system. This significantly simplifies factory layout and reduces the number of separate conveyors required.
The system is particularly common in flour mills, where several machines such as plansifters, purifiers, and other processing units discharge flour through product pipes located on the pipe floor. Instead of installing individual conveyors for each line, the Flour Screw Conveyor 250 gathers these flows efficiently and transfers them to the next stage of production.
Beyond flour mills, the machine is also widely used in semolina production plants, pasta factories, biscuit production facilities, corn flour mills, and other powder processing industries. Its durable industrial structure ensures long service life, while its simple mechanical design allows easy inspection and maintenance.
Routine maintenance is straightforward and ensures long-term reliability.
Daily maintenance includes checking screw rotation and ensuring that inlet pipes remain clean and properly connected. Weekly inspections focus on bearings, motor operation, and removal of any powder buildup inside the system. Monthly maintenance includes lubrication of bearings, inspection of screw alignment, and checking structural connections. Annual maintenance involves a full mechanical inspection and replacement of any worn components.
With its combination of multi-entry product collection, hygienic enclosed transport, and durable industrial construction, the Flour Screw Conveyor 250 provides an efficient and reliable solution for powder handling in modern production facilities.
Advantages and Features
Multi-Entry Product Collection System
Flour Screw Conveyor 250 is designed with a multi-entry screw structure that allows multiple product flow pipes to connect to a single conveyor body. This system enables factories to collect flour and powdered products from several machines and transfer them efficiently through a single conveying line.
Clamp-Free Portable Pipe Connections
The inlet connections include specially designed rubber gaskets that allow product flow pipes to be connected easily without using pipe clamps. This feature provides a flexible and portable installation solution in production facilities where processing lines may change.
Efficient Powder Transport
The rotating helical screw transports flour and powdered products smoothly and continuously inside the enclosed conveyor body. This ensures stable product flow and prevents material accumulation or blockage during operation.
Hygienic Closed Conveyor Design
The enclosed tube structure minimizes dust emission and protects the product from contamination. This hygienic design is especially important in food processing industries such as flour mills and pasta production plants.
Durable Industrial Construction
Manufactured with high-quality steel components, the Flour Screw Conveyor 250 is designed to operate reliably in demanding industrial environments. Its strong structure ensures long service life and consistent performance.
Space Saving Factory Layout
By collecting product from multiple production lines into one conveyor system, factories can reduce the number of separate conveyors required, simplifying the production layout and improving operational efficiency.
Application Areas
Flour Screw Conveyor 250 is widely used in industrial food processing facilities where powdered materials must be transported safely and efficiently.
✔ Flour mills
✔ Semolina production plants
✔ Pasta manufacturing factories
✔ Biscuit and bakery production facilities
✔ Corn flour mills
✔ Powder and dry food processing industries
This conveyor system is especially common in flour mills, where several machines discharge product through pipe floor systems and require a central conveyor to collect and transfer the flour toward silos or packaging lines.
Maintenance Guide
Proper maintenance ensures reliable and long-lasting operation of the Flour Screw Conveyor 250.
Daily Maintenance
Operators should inspect the conveyor to ensure the screw rotates smoothly and that all inlet pipes are properly connected. Cleaning of inlet sections helps prevent powder accumulation.
Weekly Maintenance
Bearings and drive components should be inspected to verify proper operation. Any minor dust or powder accumulation inside the conveyor housing should be removed.
Monthly Maintenance
Lubrication of mechanical components, inspection of screw alignment, and checking the tightness of structural connections are recommended during monthly maintenance routines.
Annual Maintenance
A full mechanical inspection should be performed annually. This includes checking the screw shaft, drive motor, bearings, and structural components. Any worn parts should be replaced to maintain safe and efficient operation.