Radial Tare

The Radial Tare is designed to remove light particles, foreign matter and dust from grains and vegetables using a minimum amount of air consumption while ensuring high efficiency. It has a low energy consumption rate and requires minimal periodic maintenance. It can be connected to a central ventilation system and has a vibrating feeder that ensures uniform grain spreading. The machine is easy to clean, while the air flow can be adjusted and its speed can be increased. Precise adjustment allows for excellent cleaning and separation, while pre-decantation further improves separation.

Tanis Radial Tare: Precision Grain and Seed Cleaning with Circular Airflow

High-Standard Cleaning for Seeds and Grains

In seed and grain processing, products must be freed not only from coarse foreign materials but also from light broken pieces, hull residues, and dust. This step plays a critical role in product quality and processing efficiency. The Tanis Radial Tare is designed for high-capacity, precise separation using the radial airflow principle.


Working Principle

The machine combines centrifugal force and adjustable airflow to separate products based on density. As the feed passes through a high-speed rotating drum or guiding surface, a circular air current is generated. This current directs light particles and broken pieces to one outlet, while solid and dense grains exit through another.

This method provides a separation based not only on particle size but also on air drag, ensuring more accurate results. The processed product reaches subsequent stages more homogeneous and with reduced waste.


Applications

The Tanis Radial Tare delivers high performance across various product groups:

  • Cereals: Wheat, barley, rye, oats

  • Oilseeds: Corn, sunflower, canola

  • Pulses: Chickpeas, lentils, beans

  • Special Seeds: Sesame, flax, hybrid seeds

  • Pre-cleaning lines in feed production

Especially effective when used before optical sorters or selectors, enhancing both purity and visual quality of the product.


Key Features

  • Radial Cleaning Technology: Circular airflow for high-precision separation

  • High Capacity: Continuous feed suitable for industrial-scale processing

  • Energy Efficiency: Optimized fan system for low energy consumption

  • Adjustability: Airflow volume and direction customizable to product type

  • Quiet Operation: Vibration-damped frame and acoustic insulation

  • Easy Maintenance: Openable body with accessible fan and duct system


Process Advantages

  • Provides more balanced and precise separation compared to traditional aspiration systems

  • Material sent to selectors and packaging lines becomes more uniform

  • Reduces waste and improves final product quality

  • Increases efficiency for both industrial-scale and specialized production facilities


Maintenance and Cleaning

The openable body ensures quick access to fans, ducts, and filters. Cleaning and maintenance times are minimized, reducing production downtime.


Automation and Control

The Tanis Radial Tare integrates with PLC and SCADA-based control systems. Airflow, feed rate, and outlet controls can be managed from a central panel. Sensor-equipped versions enable automatic start/stop sequences.


FAQ – Frequently Asked Questions

  1. What is the difference between radial and conventional tare?
    Radial tare uses circular airflow, whereas conventional systems use linear airflow. Radial systems provide more uniform separation.

  2. Which products perform best?
    Seeds and grains, especially where broken pieces, straw fibers, and light particles need to be removed.

  3. Is airflow adjustable?
    Yes. Air volume and direction can be adjusted manually or automatically.

  4. Is cleaning difficult?
    No. The openable body and accessible fan/duct system make maintenance easy.

  5. Can it integrate with automation systems?
    Yes. Fully compatible with PLC and SCADA systems.


Conclusion

The Tanis Radial Tare is a reliable solution for enhancing product quality in seed and grain processing lines with precision density-based separation. Its circular airflow principle, energy efficiency, and easy maintenance meet the needs of modern production facilities.