Vibro Feeder F 200
SE-VFX-200
Vibro Feeder 200
Developed by SEDIROGLU, the SE-VF-200 Vibro Feeder is designed for the smooth and continuous feeding of granular and powder materials into production lines. The product transferred from the upper hopper is vibrated forward by an adjustable-frequency motor, providing a consistent feed rate. The adjustable mass vibration motor allows precise flow control, while the steel body, flexible couplings, and transparent inspection cover offer quiet and stable operation. With a maintenance-free structure, it ensures long service life and cost efficiency. The SE-VF-200 is commonly used in flour and semolina mills, pasta lines, feed production facilities, and food processing industries. It also performs efficiently in filter dust flour transport and pneumatic feeding systems.
Machine code:
SE-VF-200
Metal Feature
Sediroglu Group lets you select the metal feature that best suits your machine, ensuring optimal performance and meeting your operational needsSpare Parts
Select the spare parts required for your machine based on your operational needs, ensuring continued performance and minimizing downtimeMachine Motor Specification
Select the motor brand you want for your machine to ensure optimal performance, reliability, and compatibility with your specific operational requirementsThe Answers to Your Questions Are Here
We've answered the most frequently asked questions about the product. From technical details and ease of use to maintenance and spare parts information, you can find comprehensive answers here. If you don't find what you're looking for, don't hesitate to contact us—we'd be happy to help.
The SE-VF-200 Vibro Feeder operates based on the principle of vibration-induced material flow. The product inside the upper hopper is gently moved forward by a vibration motor with adjustable frequency, allowing the operator to control feed speed precisely. This technology prevents material blockage, ensures continuous and uniform flow, and minimizes waste. The feeder’s design is particularly effective for powdery and granular products such as flour, semolina, feed, and sugar, ensuring a consistent and efficient feeding process in industrial applications.
The SE-VF-200 Vibro Feeder is constructed with high-strength steel plates and anti-vibration rubber mounts, ensuring mechanical stability and long lifespan. The transparent inspection cover enables operators to easily monitor material movement, while elastic couplings provide sealed, dust-free operation. Its compact and rigid body reduces vibration noise, making it ideal for food and feed facilities that require hygienic and quiet environments. The design minimizes mechanical wear, ensuring long-term durability and minimal maintenance requirements.
The SE-VF-200 can be installed as a standalone unit or seamlessly integrated into pneumatic conveying lines and mechanical transport systems. Thanks to its adjustable vibration motor, the feed rate can be synchronized with downstream machinery, ensuring steady product flow. The feeder’s flexible design allows easy adaptation to different production setups — from flour and pasta plants to chemical or food processing lines. Optional control units and variable frequency drives (VFDs) provide precise speed adjustments, making SE-VF-200 compatible with modern automation systems.
The SE-VF-200 Vibro Feeder is a versatile feeding system widely used in flour and semolina mills, pasta production plants, feed factories, and food processing industries. It is also effectively used in sugar, chemical, and plastic granule handling systems where precision feeding is essential. With its vibration-based feeding technology and adjustable output control, it ensures stable, hygienic, and efficient transfer of bulk materials. Its reliability and adaptability make it a preferred solution for modern, high-capacity production facilities worldwide.
Watch the Video to Learn More About Our Machine’s Features
SE-VF-200
We strongly recommend watching our detailed demo video, which helps you evaluate not only the technical specifications but also the machine’s real-life working principle, its influence on product flow, the technological advantages that enhance process efficiency, the practical ease it provides in terms of maintenance and operation, its durability level, and the overall value it will add to your production line before making your purchasing decision.
