1200mm Ultrasonic Vibrating Screen Workshop Test

Video Overview

This video shows a live workshop trial of a 1200mm ultrasonic vibrating screen. The demonstration focuses on transducer excitation and the ultrasonic system used to help reduce screen-mesh blocking.

The machine combines conventional three-dimensional vibration with an ultrasonic sieving system. A generator supplies high-frequency electrical energy to a transducer, which converts it into mechanical vibration. A resonance ring transfers that vibration to the screen surface.

What to Look for in This Test

1. Ultrasonic transducer and excitation. Follow the demonstration of the ultrasonic assembly and its connection to the screen.
2. Vibration at the screen surface. Understand how the resonance ring transmits ultrasonic vibration alongside the machine’s conventional screening motion.
3. Screen-mesh cleaning principle. The demonstration introduces the system used to help limit mesh blocking when processing difficult fine powders.

This is an equipment demonstration. The video description does not specify a test material, mesh size, measured throughput or separation result. A material-specific trial is needed to evaluate performance for your application.

How Ultrasonic Screening Works

Fine particles can adhere to the screen surface or lodge in mesh openings. Ultrasonic vibration adds a high-frequency, low-amplitude motion to the mesh to help keep it clear. Equipment selection still depends on the powder’s particle size, moisture, flow characteristics and target separation.

For available models and configuration options, explore the Jiarui Ultrasonic Vibrating Screen →

Planning a Trial for Your Powder?

Share your material name, target mesh size and desired capacity with us. If available, include particle-size distribution, bulk density and moisture content. These details help our team discuss the appropriate screen configuration and trial conditions.

Frequently Asked Questions