Stainless Steel High Accuracy Tumbler Screening Machines for Magnetic Powder is also known as the tumbler screen, tumbler screener, tumbling screen machine, tumbler sieve, swing screen etc.

It is used for the screening of bulk materials in all industries and is classified safely. Our Tumbler Screener is currently the most effective simulation principle of artificial screening motion (screening accuracy, efficiency, and screen life are 5-10 times that of conventional vibration screens), which meets all fine and ultrafine ranges of powders and particles Material, especially suitable for difficult materials. The imitation artificial design principle of the Tumler screening machine is a high-efficiency sieving machine specially designed to meet the needs of large-capacity and high-precision screening.

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Important Information About Stainless Steel High Accuracy Tumbler Screening Machines for Magnetic Powder:

Technical Parameters of Stainless Steel High Accuracy Tumbler Screening Machines for Magnetic Powder:

Working Principle of Stainless Steel High Accuracy Tumbler Screening Machines for Magnetic Powder:

The tumbler screener machine is an artificial imitation of shaking low frequency vibration sieve. The adjustment of the machine in response to the product to be screened provides an exactly defined three dimensional eccentric motion pattern with radial and tangential inclination.

The basic rotary motion is similar to manual screening. Eccentricity is adjustable from 25 to 40mm, and low speed v-belt drive is adjustable from 120 to 360rpm. The residence time of each material can be adjusted by swinging the radial and corner cut of the sieve towards the driving axis.

So that build up a horizontal and throw 3D roll motion. Material from the center to the outer edge is evenly dispersed on the whole screen surface, thus propagating axially with spiral movement. This completes the whole screening process of fine particles.

The horizontal and vertical accelerations increase with the movement of the particles and the particles close to the size of the sieve hole separate successfully. The larger material is transported to the exit, where the flow is controlled by an adjustable guide which is another factor controlling the material residence time. This process is repeated between each screen.