The equipment has a cutting edge technology in high capacity sifting and delumping technology.

1. The indeed falls into the sifting chamber.
2. Centrifugal acceleration ensures a continuous flow of material.
3. Finished products are discharged 360˚ around the screen.
4. Impurities are collected in the screening chamber which can be easily removed.

The sifting chamber rotates along with the drive at rpm ensuring discharge up to 2 tons  per hour.

• It is extremely gentle on product as there is low heat generation during the entire process.
• Noise level below 95db is easily achieved due to the advance drive systems.
• Almost the entire product is sieved and in case there are lumps, the baffle breaks the same and it is finally sieved.
• The equipment is extremely compact in design. Also the equipment is made customizable i.e.

1) The cantilever length of the arm can be increased or decreased.

2) The discharge height of the sieving chamber can be made adjustable.

3) The admit distance between the support legs can be widened or decreased depending upon the vessel into which the discharge takes place.

The equipment has a cutting edge technology in high capacity sifting and delumping technology.

1. The indeed falls into the sifting chamber.
2. Centrifugal acceleration ensures a continuous flow of material.
3. Finished products are discharged 360˚ around the screen.
4. Impurities are collected in the screening chamber which can be easily removed.

The sifting chamber rotates along with the drive at rpm ensuring discharge up to 2 tons  per hour.

• It is extremely gentle on product as there is low heat generation during the entire process.
• Noise level below 95db is easily achieved due to the advance drive systems.
• Almost the entire product is sieved and in case there are lumps, the baffle breaks the same and it is finally sieved.
• The equipment is extremely compact in design. Also the equipment is made customizable i.e.

1) The cantilever length of the arm can be increased or decreased.

2) The discharge height of the sieving chamber can be made adjustable.

3) The admit distance between the support legs can be widened or decreased depending upon the vessel into which the discharge takes place.