Screw Feeder – MTSF
MarkoomTech Screw Feeders are designed for accurate, continuous, and controlled feeding of bulk materials at the beginning of industrial processing lines. Equipped with advanced variable speed drive technology, MTSF ensures stable flow regulation, improved dosing accuracy, and optimized process performance across a wide range of materials and capacities.
Built for demanding industrial environments, the MTSF series delivers high reliability, flexible integration, and long-term continuous operation in modern production systems.
In bulk material handling systems, even small dosing errors can lead to:
- Unstable conveying rates
- Product quality fluctuations
- Increased waste and rework
- Reduced overall plant efficiency
In addition, open conveyor systems often cause:
- Dust emissions and contamination
- Unhygienic working environments
- Higher maintenance and cleaning costs
- Space and layout limitations
Screw Feeders are engineered to eliminate these challenges.
Key Benefits
Precise Dosing Control
Fully Enclosed Dust-Free System
Variable Speed Drive Technology
Applications
- Food processing industries
- Seed cleaning and processing lines
- Flour and milling plants
- Feed production facilities
- Powder and bulk material industries
- Chemical and industrial processing systems
MarkoomTech Screw Feeders are fully customizable to meet a wide range of industrial processing requirements. Each unit is engineered for optimal performance, ensuring precise material handling in every application.
Multiple Diameter
Screw Feeder can be manufactured in various diameters to match required capacity levels, allowing precise control of material flow from low to high throughput applications. This flexibility ensures efficient integration into both small-scale and large industrial production lines.
Inclined Screw Feeders
MTSF units can be designed as inclined screw feeders, enabling smooth and controlled material transport at different angles without loss of performance or dosing accuracy.
Custom Inlet Length Design
The inlet section can be customized in length and configuration to ensure optimal feeding conditions, stable material intake, and seamless connection with upstream equipment such as hoppers, silos, or dosing systems.
