Crusher Pre-Separation Screen

GK Home > Cyrus Equipment

Reduce the Strain on Your Crusher

The CYRUS Crusher Pre-Separation Screen is a special vibrating conveyor ideal for streamlining bulk material crushing operations. The vibrations move materials over the screen’s fingers, filtering out smaller materials before they reach the crushing machines. This leaves only the larger chunks of raw materials to be crushed, reducing strain on your crushing equipment and reducing maintenance costs.

Crusher pre-separation screens also allow you to reduce your footprint. Screening smaller materials in advance means the crusher can be smaller, saving you precious manufacturing space.

In mines, quarries, and other open-cast facilities, the optimal utilization rate of the crushers is essential for increased efficiency. The CYRUS Crusher Pre-Separation Screen is an excellent first line of defense for your crushing plant. Working similarly to a grizzly feeder, the Pre-Separation Screen ensures that only crushable materials are fed to the crushers. It can also easily handle wet or abrasive materials by pre-sorting them before reaching the crushers.

Fines containing moisture and abrasive components are removed from the material flow before it reaches the crusher. The CYRUS Crusher Pre-Separation Screen handles this with ease, with capacities ranging from 500 to 2000 metric tonnes per hour.

Request a Quote

FEATURES
APPLICATIONS

FEATURES

Available in various sizes for mass flow rates between 500 and 2,000 metric tonnes per hour. It is
Manufactured using specially designed heavy-duty machinery.
The machine width, length, sifting distance, and number of drop heights are custom-made for your footprint.
The machine is driven by one or more robust inverter exciters or CYRUS cell drives.
The receiving tray and slotted grids are easily replaceable and available in segmented designs.
Built with wear-resistant materials.
Crusher pre-separation screens are mounted on sturdy, hollow rubber springs. An optional insulating frame can be used to minimize any dynamic foundation loads.