Cyclone C-1500 fi 400 with canopy

Cyclone C-1500 fi 400 with a canopy is a device designed most often to separate air from sawdust, shavings and dust in woodworking plants. It works on the principle of centrifugal force - air contaminated with sawdust, shavings, feed, film flakes or skin offcuts is introduced with a rotary motion into the chamber, where the separation of the solid fraction takes place.

Design optimized for efficiency

• Tailored proportions - the design has been developed to efficiently separate sawdust and other materials at a reasonable size.

• Special shaping of the inlet duct allows for smooth air flow, which minimizes pressure loss and reduces energy requirements.

• Possibility of installation in various configurations - the device can operate both on the positive pressure and negative pressure side (in the version with a return spiral, after using a cell lock), which allows flexible integration into the dust collection system.

• Reduction of airflow through the lower outlet - when installed on the positive pressure side, the cyclone can function without the need for a cell lock.

Why use this solution?

• Efficient separation of sawdust - allows to reduce the amount of dust in the air and improve the performance of filtration systems.

• Lower energy consumption - optimized airflow reduces aerodynamic drag, resulting in operational savings.

• High durability and wear resistance - cyclones perform well under heavy use.

Where will a cyclone for sawdust work well?

The device is used in wood processing plants, sawmills, furniture factories and wherever large amounts of wood waste are generated. It can be a component of larger dust collection systems, cooperating with other filtration devices.

However, it should be remembered that no cyclone ensures 100% separation efficiency - some fine dust will escape through the cyclone's top outlet.

Thanks to its design and high separation efficiency, the sawdust cyclone is a suitable solution for industrial plants where it is important to reduce pollution and improve the efficiency of dust collection systems.