LS-ES-3D10 Electromagnetic Sieve Shaker

Configured for laboratory and production workflows

LS-ES-3D10 Electromagnetic Sieve Shaker is a sieve analysis equipment for aggregate testing for laboratory and production workflows.

Motion

Vertical, lateral, rotational

Stack

10 sieves

100 / 200 mm diameter

Frequency

0-6000 cpm

Normal and fine ranges

Amplitude

0-3 mm

Continuous adjustment

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Three-Dimensional Sieve Motion

Electromagnetic drive combines vertical, lateral, and rotational movement to spread material across the available sieve area.

Normal and Fine Frequency Ranges

Separate operating ranges up to 3000 or 6000 cycles per minute extend the shaker from conventional grading to finer materials.

Ten-Level Quick-Clamp Stack

The twin-post S-type pressure system secures up to ten round sieves while keeping stack changes straightforward.

Programmable Operating Modes

Continuous, intermittent, and fine-vibration modes pair with adjustable amplitude and a 1-99 minute digital timer.

Application & Search Guide

Testing Method

Aggregate gradation and sieve analysis

LS-ES-3D10 Electromagnetic Sieve Shaker is a compact electromagnetic sieve shaker for up to ten 100 mm or 200 mm sieves. Three-dimensional motion and programmable dry or wet modes support controlled particle-size separation without assigning a blanket test-method claim.

Technical FAQ

What is LS-ES-3D10 Electromagnetic Sieve Shaker used for?

LS-ES-3D10 Electromagnetic Sieve Shaker is used for aggregate sieve analysis workflows in civil engineering materials laboratories, quality control labs, research programs, and construction material acceptance testing.

Which standards does LS-ES-3D10 support?

LS-ES-3D10 supports ASTM, EN, AASHTO, or project-specific laboratory procedures. Lithostek can also configure reporting fields, accessories, and calibration documents around local project or laboratory requirements.

Can Lithostek configure LS-ES-3D10 for my laboratory?

Yes. Lithostek application engineers can review specimen format, target standards, throughput, power supply, data output, and training requirements before quoting a suitable configuration.