Intended use
Evaluated for dry mineral processes requiring post-grinding or post-drying product control, oversize removal and separation into defined fractions.
Screening · Process equipment engineering
Circular Vibrating Screen
Engineered for the process.
Circular vibrating screens configured from process data to remove oversize particles and agglomerates or separate fractions in mineral powders and micronized products.
Technical data
Technical range
| Model | Screen diameter (mm) | Screening area (m²) | Deck count | Motor power (kW) | Capacity (t/h) |
|---|---|---|---|---|---|
| EST-DE-600 | 600 | 0,29 | 1–5 | 0,25 | Projeye göre |
| EST-DE-1000 | 1.000 | 0,71 | 1–5 | 1,5 | Projeye göre |
| EST-DE-1200 | 1.200 | 1,10 | 1–5 | 2,2 | Projeye göre |
| EST-DE-1600 | 1.580 | 1,80 | 1–5 | 4 | 25–75 |
| EST-DE-2000 | 1.880 | 2,60 | 1–5 | 4 | 40–100 |
| EST-DE-2400 | 2.400 | 3,63 | 1–5 | 5,5 | Projeye göre |
| EST-DE-2600 | 2.580 | 5,30 | 1–5 | 5,5 | 50–150 |
Working principle
The vibration drive moves material in a controlled pattern across a circular screen surface. Particles smaller than the nominal aperture pass through while oversize leaves through a separate outlet; the screen does not grind material.
Role in the process
A mechanical size-separation and product-control point between feeding and collection. Unlike an air separator, it separates through a physical screen aperture.
Process integration
Engineered as part of the complete screening and product-control process.
Feed distribution, aperture duty, fractions, product collection, dust control and adjacent process equipment are evaluated as one connected system.
- 01Controlled feeding
- 02Circular vibratory screening
- 03Separate undersize and oversize discharge
- 04Management of multiple fractions where required
- 05Transfer to collection or the next process stage
Quotation basis
Price follows the verified process scope.
A reliable quotation requires material, duty and site inputs; a fixed price is not published without an engineering review.
- Material and bulk density
- Feed capacity and particle distribution
- Target separation size and screen surface
- Moisture, stickiness and agglomeration tendency
- Fraction arrangement and enclosure requirements
- Site, transfer, maintenance and automation scope
Engineering basis
Selection starts with process data.
Final capacity, motor power and dimensions are confirmed only after material and site inputs are evaluated.
Selection criteria
Material type and bulk densityFeed capacity and particle-size distributionTarget separation size and nominal apertureMoisture and stickinessRequired number of fractionsUpstream and downstream process connectionsConstruction and subsystems
- Circular screen body and replaceable screen surface
- Vibration drive and isolation elements
- Feed, undersize and oversize outlets
- Support frame and maintenance access
Options and configurations
- Process-selected screen apertures
- Single- or multiple-fraction arrangement
- Enclosed body and dust-control connections
- Integration with feeding and product transfer
Typical applications
- Micronized mineral powders
- Post-grinding product control
- Agglomerate and oversize removal from dry fine materials
- Separation into product fractions
Production and field
Visual evidence
Engineering insights
Understand the process behind the equipment.
Technical request