Description
High-Efficiency Linear Vibrating Screen for Bulk Material Handling
The SUNWE linear vibrating screen is a high-performance industrial screening system engineered for precise separation, sizing, and dewatering of granular bulk materials. Combining a robust structural design with maximum drive flexibility, our linear vibratory screen delivers exceptional throughput and long-term reliability under the most demanding operational conditions.
Key Technical Specifications
To help you select the ideal configuration for your processing plant, here are the standard technical parameters of the LE SOLEIL linear vibrating screen series:
| Parameter | Specifications / Capabilities |
|---|---|
| Nominal Length | Up to 11,000 mm |
| Nominal Width (Single Deck) | Up to 5,000 mm |
| Nominal Width (Double Deck) | Up to 4,000 mm |
| Nominal Width (Triple Deck) | Up to 3,200 mm |
| Multiple Deck Variants | Available in custom-engineered designs |
| Deck Inclination | 0° to 15° declining |
| Max Machine Acceleration | Up to 6g |
| Drive Options | SUNWE heavy-duty exciter drive (7 sizes) or unbalanced motors |
Advanced Features & Product Highlights
1. 100% Customized Solutions Down to the Last Detail
Every industrial project presents unique spatial and material challenges. SUNWE customizes every linear vibrating screen to match your exact technical specifications, material characteristics (moisture content, particle size distribution), and footprint limitations.
2. Universal Drive & Suspension Concept
- Extreme Drive Flexibility: Configurable with top or bottom drive arrangements driven by heavy-duty SUNWE exciter drives or high-torque unbalanced motors.
- Vibration Damping & Isolation: Equipped with an innovative insulating frame and specialized suspension elements to minimize dynamic load transfer to plant support structures.
- Screen Mat Versatility: Fully compatible with all industry-standard screen mats and decks, including polyurethane, wire mesh, and perforated steel plates.
- Space-Saving Profile: Engineered with a minimized overall machine height for seamless integration into restricted or tight headroom spaces.
3. Heavy-Duty Exciter Drive – Built for Extreme Environments
- In-House Manufacturing: Our exciter drives are produced entirely in-house using premium, first-class components.
- Maximized Bearing Lifetime: Engineered to accelerate the screen frame up to 6g, our optimized excitation design achieves an impressive bearing lifetime of 100,000 hours or more.
- Unmatched Reliability: Delivers consistent, trouble-free continuous screening performance in harsh, high-wear, and high-temperature industrial environments.
Industry Applications & Proven Track Record
The SUNWE linear vibrating screen is highly versatile and trusted across multiple global sectors:
- Sand & Gravel Industry: Heavy-duty screening of aggregates, gravel, and sand (Over 206 machines successfully operating in Austria, South Korea, Slovenia, Israel, and Norway).
- Steel & Metallurgical Plants: Processing of raw materials, slag, and sinter under high-temperature and high-wear conditions (174 machines active in Germany, USA, Finland, Austria, and South Korea).
- Recycling & Waste Management: Efficient sorting and separation of mixed recycling streams, municipal waste, and commercial waste (135 machines active in Switzerland, Netherlands, Poland, Germany, and Austria).
- Wood Processing Industry: Precise sifting of wood chips, sawdust, biomass, and bulk wood byproducts (135 machines active in Sweden, Belgium, Switzerland, Germany, and Austria).
- Mining & Coal Processing: Scalping, sizing, dewatering, and desliming of heavy ores, minerals, and run-of-mine coal.
- Foundry, Glass & Ceramics: Precise screening of molding sand, fine minerals, silica sand, and cullet scrap.
Frequently Asked Questions (FAQ)
What is a linear vibrating screen used for?
A linear vibrating screen is primarily used for particle sizing, washing, dewatering, and desliming across industries such as mining, aggregate processing, recycling, and metallurgy. Its linear motion ensures high screening efficiency and fast material transport speed.
How do you adjust the capacity of a linear vibratory screen?
Screening capacity and efficiency can be optimized by adjusting the deck inclination (0–15°), changing the vibration frequency via the exciter drive or unbalanced motors, or modifying the screen mat aperture sizes.
Can your linear vibrating screens handle high-temperature materials?
Yes. Our screens engineered for steel and metallurgical plants are specifically designed with heat-resistant materials and robust structural components to process hot materials like slag and sinter reliably.
