The Electromechanical Sieve Shaker is designed for accurate and repeatable sieve analysis in laboratory environments. It operates with combined horizontal and vertical motion, ensuring efficient particle separation for reliable test results. The unit is compatible with 100, 150, 200, 250, and 300 mm test sieves and can also perform wet sieving tests. An adjustable timer allows testing durations from 5 to 60 minutes, making it suitable for routine laboratory quality control and particle size analysis.

Electromechanical Sieve Shaker Features

• Combined horizontal and vertical movement
• Compatible with 100, 150, 200, 250, and 300 mm diameter sieves
• Suitable for both dry and wet sieving tests
• Adjustable timer from 5 to 60 minutes
• Durable laboratory construction
• Repeatable and reliable particle size analysis
• Suitable for routine laboratory testing

Technical Specifications

Frame

• Power Supply: 220 V, 50 Hz
• Dimensions: 500 × 504 × 1050 mm
• Approximate Weight: 86 kg

Electromechanical Sieve Shaker Models and Accessories

Electromechanical Sieve Shaker for Laboratory Testing

The Electromechanical Sieve Shaker is developed for laboratory sieve analysis where consistent and repeatable particle size determination is required. Its combined horizontal and vertical motion ensures efficient material distribution across the sieve stack, improving separation accuracy.

Supporting multiple sieve diameters and wet sieving applications, the equipment is widely used in construction materials laboratories, research facilities, and quality control laboratories. The adjustable timer enables users to set testing durations between 5 and 60 minutes, ensuring standardized and repeatable test procedures.

Key Features of the Electromechanical Sieve Shaker

• Horizontal and vertical sieve movement
• Supports 100, 150, 200, 250, and 300 mm test sieves
• Suitable for wet sieving applications
• Adjustable timer (5–60 minutes)
• Frequency adjustment option available
• Robust laboratory design
• Accurate and repeatable sieve analysis
• Easy operation and maintenance

Applications of the Electromechanical Sieve Shaker

The Electromechanical Sieve Shaker is ideal for:

• Aggregate testing laboratories
• Soil testing laboratories
• Cement testing laboratories
• Construction materials laboratories
• Mining laboratories
• Research laboratories
• Particle size analysis
• Wet sieving applications
• Quality control laboratories

Standards

• TS EN 932-5
• ISO 565
• BS 410-1
• ASTM E11
• EN 933-1
• EN 933-2

Why Use an Electromechanical Sieve Shaker?

The Electromechanical Sieve Shaker provides controlled, repeatable, and efficient sieve movement for precise particle size analysis. Its combined horizontal and vertical vibration ensures consistent separation while supporting a wide range of sieve diameters and wet sieving applications. The robust construction and adjustable timer make it an excellent choice for laboratories requiring reliable and standardized sieve testing.

Frequently Asked Questions About the Electromechanical Sieve Shaker

What is an Electromechanical Sieve Shaker?

An Electromechanical Sieve Shaker is laboratory equipment used to perform particle size analysis by applying simultaneous horizontal and vertical movement to a stack of test sieves, ensuring accurate and repeatable separation.

Which sieve sizes are compatible with the Electromechanical Sieve Shaker?

The equipment is compatible with 100 mm, 150 mm, 200 mm, 250 mm, and 300 mm diameter test sieves.

Can the Electromechanical Sieve Shaker perform wet sieving?

Yes. The equipment is designed for both dry and wet sieving applications, making it suitable for a wide range of laboratory testing procedures.

What is the timer range?

The integrated timer can be adjusted from 5 to 60 minutes, allowing standardized testing according to laboratory requirements.

Where is the Electromechanical Sieve Shaker commonly used?

It is widely used in:

• Aggregate testing laboratories
• Soil testing laboratories
• Cement testing laboratories
• Construction materials laboratories
• Mining laboratories
• Quality control laboratories
• Research and educational laboratories

What are the advantages of horizontal and vertical movement?

The combined horizontal and vertical motion improves particle distribution across the sieve surface, resulting in more efficient separation, greater testing accuracy, and highly repeatable particle size analysis results.