Products

Electromagnetic Sieve Shaker

Precision Particle Size Analysis System

Athena Instruments introduces the Electromagnetic Sieve Shaker, a compact, robust, and microprocessor-controlled sieving system designed for accurate and reproducible particle size separation. Engineered for use in laboratories and on-site environments, this system efficiently handles a wide range of particle profiles—including irregular, needle-shaped, and uneven materials—across applications in pharmaceuticals, construction materials, food, mining, and research laboratories.

Operating on the electromagnetic principle, this sieve shaker delivers consistent circular and vertical vibrations, ensuring complete material movement across the sieve surface while minimizing aperture blinding. It supports both continuous and intermittent sieving modes, making it ideal for precise granulometric testing and QA/QC procedures.

Key Features :

Electromagnetic Sieve Shakers

Applications

Pharmaceutical Granulometry

Ensures uniform particle sizing of powders and granules for formulations and tableting.

Construction Material Testing

Ideal for cement, sand, soil, and aggregates analysis in civil and geotechnical labs.

Food
Industry

Used in flour, spice, and grain classification for consistency and quality control.

Mining and Minerals

Reliable for grading ore, rock dust, and extracted mineral particles.

Environmental Testing

Efficiently sieves soil, sediments, and suspended solids for environmental and agricultural studies.

Product Models & Specifications

Specification Details
Model ATES-201
Number of Sieves 8
Dry Sieving Standard
Display 7 in Touch Screen, High Resolution, Resistive Type
Mode of Operation Continuous, Intermittent, and Logic
Intermittent Operation At interval up to 0.5 seconds
Capacity Up to 8 Sieves of 200 mm Dia x 50 mm height; Up to 16 Sieves of 100 mm Dia x 25 mm height
Shake Time Programmable from 1 min to 99 min
Power Level Programmable from 1 to 20
Amplitude 0.2 to 3 mm
Max. Batch / Feed Capacity 3 Kg
Max. Mass of Sieve Stack 4 Kg
Measuring Range 20 µm – 25 mm
Interval Operation Combined programming feature of both Continuous and Intermittent
Sieving Motion Digital Amplitude Programming with Throwing Motion and Angular Momentum
Noise Level Less than 60 dB without sieves at maximum amplitude

Suitable Sieves

100 mm 203 mm
Height of Sieve Stack Up to 785 mm
Data Storage 50 datas
User Management 4-level password (1 Admin, 9 Users)
Printer Dot Matrix Printer 80 C (Ext), USB Interface
Dimensions –
Weight

35 Kg Approx. without sieves

Electrical Supply 115V ± 15V, 50/60 Hz or 230V ± 23V, 50/60 Hz

Standard Accessories

Additional Technical Highlights

check-mark

Vibration Type

Electromagnetic oscillation (circular + vertical motion)

check-mark

Noise Level

Extremely low due to non-mechanical operation

check-mark

Safety

Overcurrent protection; fuse-based electrical safety built-in

check-mark

Documentation

IQ/OQ validation documentation included for GMP compliance

check-mark

Ease of Use

Tool-less setup, quick-release sieve loading, and minimal maintenance required

check-mark

Materials

Durable MS and aluminum construction with corrosion-resistant finish

Why Choose Athena’s Electromagnetic Sieve Shaker?

Precision Separation

Accurate, reproducible particle size separation across diverse sample types.

Low Noise & Maintenance

Non-mechanical vibration design offers smooth, maintenance-free operation.

Operator-Friendly

Easy to use, fast to configure, and intuitive display for consistent results.

Versatile & Adaptable

Supports dry and wet sieving with multiple sieve sizes and operational modes.

Backed by Warranty

Includes a 1-Year Manufacturer’s Warranty against manufacturing defects.

Global Support

Athena’s responsive technical team offers remote and on-site support for training, setup, and troubleshooting.

Trusted Performance, Certified Quality

Athena’s Electromagnetic Sieve Shaker combines efficiency, safety, and precision with international certification standards. Built for real-world conditions and backed by expert support, it is the go-to solution for high-performance particle size analysis across industries.

Need help finding a solution?