Three-Axis Elliptical Horizontal Vibrating Screen

Metallurgy, building materials, transportation, mining, and aggregate industries. It is particularly well-suited for mobile crushing stations.

Applications

The Three-Axis Elliptical Horizontal Vibrating Screen is designed for a wide range of industrial applications:

•Metallurgy — Ore classification and concentrate dewatering

•Building Materials — Aggregates for concrete and asphalt production

•Transportation — Railway ballast and road base material processing

•Mining — Primary and secondary crushed material classification

•Aggregate & Sand — Precision sizing of natural and crushed aggregates

•Mobile Crushing Stations — Compact, high-capacity screening on tracked and wheeled platforms

Core Components

Elliptical Gear Assembly：

Combines the advantages of both circular and linear vibration. The motion trajectory can be selected based on material characteristics, providing maximum flexibility for diverse screening tasks.

Premium Imported Rubber Springs：

High-tensile strength imported rubber springs deliver excellent elasticity, superior load-bearing capacity, and extended fatigue life under continuous operation.

Imported Elastic Dampers (ROSA, Sweden)：

Original-import elastic dampers from ROSA Sweden ensure superior horizontal stability, minimize dynamic load transfer to the supporting structure, and extend overall equipment lifespan.

Working Principle

The three-axis exciter assembly is the heart of the machine. Three synchronously rotating eccentric shafts generate a controlled elliptical vibration trajectory on the horizontal screen deck. As material enters the screening zone, the exciting force compels it to tumble and cascade across the screen surface. This elliptical motion combines two critical advantages:

•Anti-blinding effect (from circular motion) — particles are continuously agitated, preventing mesh blockage and ensuring consistent open area.

•High-throughput effect (from linear motion) — material advances rapidly across the deck, maximizing volumetric capacity per unit of screen area.

The result is a screen that delivers both high efficiency and high capacity simultaneously — a combination that conventional single-axis screens cannot achieve.

1) Incredible Throughput

The three-axis exciter generates a force 2.5–3× greater than conventional circular screens. With the same footprint, throughput increases by 2–4×, delivering significantly higher output per shift without additional capital investment.

2) 95%+ Screening Efficiency

The elliptical motion path forces material to tumble continuously across the screening surface, achieving screening efficiency above 95%. Oversize contamination is minimized, and end-product quality is consistently improved.

3) 58% Energy Saving

Built on a more scientific mechanical principle, the three-axis design reduces power consumption by over 58% at equivalent capacity. Screen mesh service life is extended by 35%+ due to optimized material flow and reduced blinding.

4) Easy Maintenance

Critical components are sourced from international imports. The advanced drive system features a maintenance-free lubrication system with a simplified greasing method. An optional temperature-control system enables real-time monitoring for predictive maintenance.

5) Modular Installation

Fully modular design allows deployment on any level ground after crane placement. This eliminates extensive civil works and avoids the cost of elevating or extending conveyor systems, dramatically reducing installation time and total project cost.

6) Heavy Duty Screen Box

High-strength container-grade steel side walls, multi-layer box structure, fish-frame support, and reinforced stress zones ensure exceptional structural rigidity and long service life under the most demanding continuous-duty conditions.

7) Low Space Requirement

Horizontal installation with a low center of gravity and compact structure makes the screen ideal for space-constrained sites, mobile crushing plants, and retrofit projects where headroom and footprint are critical.

8) Super Exciting Force

The oversized exciting force promotes rapid material stratification — finer particles quickly reach the screen surface while oversize material rides on top. This results in more efficient use of the available screening area and higher overall capacity.