INLINE GYRATORY SCREEN SEPARATOR WITH TWO ANGULARLY MOUNTED MOTORS.
The Inline vibrating sieve is acclaimed to be one of the most efficient vibro screens because of its unique construction.
The main advantage of the Inline vibro screener equipment lies in its acute design. Feeding inlet & material discharge outlet in the same centreline helps in reduction of screening time by reducing the movement of the material inside the sifter. Extracting the previous line, we can say it’s a low headroom gyratory screener for higher capacity & better efficiency.
The peculiar structure of Inline SIVTEK is best suitable for check safety screening of raw material, in-process screening, check screening, de-dusting & mainly for pre-packaging screening.
the simple & convenient design of inline vibro screen machine can be installed in low headroom area and it enables low manpower along with low maintenance cost.
Inline vibro screening can be done with three major modules: Inline SIVTEK – Single Motor, Inline SIVTEK – Double Motor & Inline SIVTEK with Bag Dump Station.
Galaxy Sivtek can provide you the customized solution as per your need. Galaxy Sivtek serves gyro screen to you with add-on equipment like vibrasonic deblinding system, clamping system, castor wheel for plant movement and many more to ease and please your screening operation.
FEATURES OF INLINE SIVTEK
Inline Sifter provides low headroom design which easily fits into the existing process line.
Castor wheels are provided for easy in-plant movement.
Center In - Center Out
Feeding inlet & material discharge outlet in the same centreline helps in reduction of screening time.
Quick Screen Change
Changing the screen ring is quicker because of the easy clamping set.
GET AMAZED WITH OUR CUSTOMIZED SOLUTION
BENEFITS OF INLINE SIVTEK
Inline SIVTEK does not require regular maintenance. As a result, the cost of maintenance is reduced.
The machine runs smoothly for a long time without any interruption. Therefore, low manpower is needed.
Due to its center in – center out construction it reduces the movement of the material inside the sifter and hence increases throughput capacity.