1. Tumbler Screening Machines Introduction

Basically the movement of a Tumbler Screening Machine can be compared to natural hand screening. For the control screening, fractionating and de-dusting of dry, powdered and granular products. Particularly suitable for high feed rates and multi-deck separations of fine, lightweight products which are difficult to screen.

1) Description

Tumbler sieve is a kind of evolving from artificial screen. The movement of circular motion and toss (upward parabolic movement) are fully embodied. By adjusting the Radial angle and Tangential angle to change the amplitude of circular motion and toss. Advanced technology and design for better performance in round screen ! The motion of tumbler sieve is double pendulum movement that generated by ordinary vertical motor drives eccentric wheel. The material forms a regular gradually grounding parabolic motion by adjusting the radial angle and tangential angle.

2) Customers are to be found in all sectors with a widely varying range of products such as:

Animal feed

Building materials

Chemicals

Fertilizer

Food, beverages and tobacco

Metals

Minerals

Pharmaceuticals

Plastics and rubber

Recycling

Wood

3) Video

4) Screening Features

• Modular, self-centering and expandable design.

• Up to 7 separations simultaneously on each machine.

• Slow speed and three-dimensional motion for optimal screening.

• Delivered ready to operate and optimized for each product (Plug & Play).

• Up to 100% availability in 24 h operation.

• Low acceleration and low maintenance requirements, no product degradation.

• Dustproof, CE compliant, FDA approved rubber and plastic materials.

• Stainless steel 1.4301 intermediate rings and screen frame are standard.

• Very competitively priced with short delivery times.

5) Tumbler Screening Machine Data Sheet

2. Tumbler Screener

3. Sifting machine Parameters

4. Options:

1) ATEX version

Use in a potentially explosive plant environment.

2) Bouncing ball cleaning

Use with grainy products. There are balls located between one perforated floor and the screen fabric, which strike the screen fabric from below.

3) Brush cleaning

Use with crystalline or spherical products. Rotation under the screen.

4) Ultrasonic cleaning

Use in the ultrafine mesh range. The ultrasound is input into the screen using resonators.

5) Air cleaning

Use with sticky products. Air blowing out of rotating nozzle arms clears the screen fabric.

6) Lifting devices

Quicker access to the screening inserts.

7) Hygienic design

Machines are available with a high-quality "pharmaceutical finish".

8) Air brush cleaning

Use with greasy or electrostatically charged products.

9) Special outlets

Individual adaptation to upstream or downstream machinery.

5. Projects On site:

1) Rubber powder screening at 45 mesh

2) Rice flour screening