It is a multi-layer linear vibrating screen used for efficient screening, classification and removal of oversized/undersized particles. Typical applications include corn flour production, food processing, wash sand separation, chemicals, pharmaceuticals, recycling and general granular/powder sieving.
Capacity ranges from about 5 to 20 tonnes per hour. Actual throughput depends on material properties (bulk density, moisture), mesh size, number of layers and desired separation accuracy.
The machine is available with 1 to 5 screening layers, allowing you to separate the feed into multiple size fractions in a single pass.
Screen mesh sizes range from 2 mesh up to 500 mesh. Choice of mesh size will determine the fineness of the separation and affect throughput and screening efficiency.
Multiple supply voltages are supported: 220V, 380V, 415V, 480V and 600V. Voltage configuration is chosen to match your local power supply and motor requirements.
The standard construction is durable carbon steel. For food-grade or corrosive environments, contact the supplier about stainless steel (SS304/SS316) contact parts and sanitary finishes.
The unit uses two vibration motors to generate linear vibration. The combined eccentric weights produce controlled amplitude and frequency to move material across the screen for efficient separation. Variable speed or amplitude control is available as an option.
It is primarily designed for dry powders and granular materials such as corn flour. For moist or sticky materials, anti-blocking screen types, ultrasonic systems or specialized meshes may be required—consult the supplier for wet material configurations.
The screen is designed for straightforward access and routine maintenance. For strict food hygiene, request stainless-steel contact surfaces, smooth welds, quick-release clamps and CIP-compatible design. Regular cleaning, screen inspection and motor bearing lubrication are recommended.
The machine weight is approximately 600 kg. Standard single package size is 200 x 100 x 150 cm. Confirm gross packaged weight with the supplier prior to shipping to account for configuration and options.
Common wear parts include screen meshes, springs, motor bearings and rubber seals. Routine checks should include screen condition, motor vibration levels, fastener tightness and lubrication of bearings. Replace screens and worn parts as needed to maintain efficiency.
The machine is mounted on springs and can be fitted with additional vibration isolation pads or skid mounts. Proper foundation or isolation reduces transmitted vibration and noise. Acoustic enclosures and motor mounting options can further lower noise levels if required.
Outgoing video inspection and a machinery test report are provided with each unit. Additional documentation such as operation manuals, wiring diagrams and optional certification (e.g., CE, ISO) can be supplied on request.
Yes. You can specify number of layers, mesh type and size, material of construction (e.g., stainless steel), motor power/voltage, isolation mounts, and additional options such as ultrasonic anti-blinding, dust covers or variable frequency drives. Provide material samples and target capacity for best recommendations.
Select based on desired throughput (t/h), particle size distribution (mesh), number of output fractions (layers), material characteristics (moisture, abrasiveness), and available power supply. Contact the supplier with sample material and process requirements—lab or pilot testing can verify model selection and expected performance.
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