Basic vibratory sieving with configuration-specific wet/dry accessories.
Published sample limit: 3 kg · Sieve diameters: 100 / 200 / 203 mm
PARTICLE SIZE ANALYSIS
Sieve shakers.
Precision in every fraction.
Separate, measure and understand your material. Explore vibratory, air-jet, horizontal and tap systems for fine powders, granules and coarse samples.
Not sure which option fits your work?Use the practical selection helper ↗
A PRACTICAL SELECTION HELPER
Find a practical starting point.
Start with the sieving method and sieve frame. Sample mass is different from total sieve-stack mass, and documentation features vary by model.
All options in this helper (9)
Vibratory sieving with controlled amplitude; check interface/documentation requirements.
Published sample limit: 3 kg · Sieve diameters: 100 / 200 / 203 mm
Controlled amplitude/acceleration with stored methods and data-interface capability.
Published sample limit: 3 kg · Sieve diameters: 100 / 200 / 203 mm
Larger sieve surface and sample capacity for vibratory dry/wet methods.
Published sample limit: 6 kg · Sieve diameters: 100 / 200 / 203 / 305 / 315 mm
Large-sample 3D vibratory sieving with 400/450 mm sieves.
Published sample limit: 25 kg · Sieve diameters: 400 / 450 mm
Horizontal circular motion for suitable dry bulk materials.
Published sample limit: 5 kg · Sieve diameters: 100 / 200 / 203 / 305 / 315 / 400 mm
Horizontal circular motion with vertical taps; dry sieving.
Published sample limit: 3 kg · Sieve diameters: 200 / 203 mm
Air-jet dispersion for fine powders tending to agglomerate.
Published sample limit: 0.1 kg · Sieve diameters: 200 / 203 mm
Guided air-jet sieving/weighing with configuration-specific software and documentation.
Published sample limit: 0.1 kg · Sieve diameters: 200 / 203 mm
10 µm – 125 mmFAMILY MEASURING RANGE
9 modelsEXPLORE YOUR OPTIONS
4 motionsMATCH THE MATERIAL
Fine powders to coarse materials.
Range and dry / wet capability depend on the model.
THE SIEVE SHAKER RANGE
Find the motion.
Match the material.
Choose a method to narrow the range, or explore all nine models. Every system has a different role in a repeatable sieving workflow.
Showing all 9 models
VIBRATORY SIEVING
AS 200 Basic
Measuring range20 µm – 25 mm
Throwing motion with angular momentum
More specifications
- Suitable sieve diameters
- 100 / 200 / 203 mm (8″)
- Control / features
- Digital setting, 1–100% (0–3 mm)
AIR JET SIEVING
AS 200 Jet
Measuring range10 µm – ~4 mm
Dispersion by air jet
More specifications
- Suitable sieve diameters
- 203 mm (200 mm with adapter)
- Control / features
- Digital nozzle speed, 5–55 min⁻¹
VIBRATORY SIEVING
AS 300 Control
Measuring range20 µm – 40 mm
Throwing motion with angular momentum
More specifications
- Suitable sieve diameters
- 100 / 200 / 203 (8″) / 305 / 315 mm
- Control / features
- Digital amplitude, 0.20 – >2.20 mm
VIBRATORY SIEVING
AS 200 Digit CA
Measuring range20 µm – 25 mm
Throwing motion with angular momentum
More specifications
- Suitable sieve diameters
- 100 / 200 / 203 mm (8″)
- Control / features
- Digital amplitude, 0.20–3.00 mm; controlled amplitude
AIR JET SIEVING
AS 200 Jet Pro / Pharma
Measuring range10 µm – ~4 mm
Dispersion by air jet
More specifications
- Suitable sieve diameters
- 203 mm (200 mm with adapter)
- Control / features
- Digital nozzle speed, 5–80 min⁻¹; Pharma version: audit trail and user management
HORIZONTAL SIEVING
AS 400 Control
Measuring range45 µm – 63 mm
Horizontal circular motion
More specifications
- Suitable sieve diameters
- 100 / 200 / 203 (8″) / 305 / 315 / 400 mm
- Control / features
- Digital speed, 50–300 min⁻¹
VIBRATORY SIEVING
AS 200 Control
Measuring range20 µm – 25 mm
Throwing motion with angular momentum
More specifications
- Suitable sieve diameters
- 100 / 200 / 203 mm (8″)
- Control / features
- Digital amplitude, 0.20–3.00 mm; controlled amplitude
TAP SIEVING
AS 200 Tap
Measuring range20 µm – 25 mm
Horizontal circular motion with taps
More specifications
- Suitable sieve diameters
- 200 / 203 mm (8″)
- Control / features
- Speed, 280 min⁻¹
VIBRATORY SIEVING
AS 450 Control
Measuring range25 µm – 125 mm
Throwing motion with 3D movement
More specifications
- Suitable sieve diameters
- 400 / 450 mm
- Control / features
- Digital amplitude, 0.20 – >2.20 mm
No models match that search.
Try another model name or reset the filters.
AT A GLANCECompare all nine models+
| Model | Method | Measuring range | Sieve diameters | Control / features | Enquiry |
|---|---|---|---|---|---|
| AS 200 Basic ↗ | Vibratory | 20 µm – 25 mm | 100 / 200 / 203 mm (8″) | Digital setting, 1–100% (0–3 mm) | Enquire ↗ |
| AS 200 Jet ↗ | Air jet | 10 µm – ~4 mm | 203 mm (200 mm with adapter) | Digital nozzle speed, 5–55 min⁻¹ | Enquire ↗ |
| AS 300 Control ↗ | Vibratory | 20 µm – 40 mm | 100 / 200 / 203 (8″) / 305 / 315 mm | Digital amplitude, 0.20 – >2.20 mm | Enquire ↗ |
| AS 200 Digit CA ↗ | Vibratory | 20 µm – 25 mm | 100 / 200 / 203 mm (8″) | Digital amplitude, 0.20–3.00 mm; controlled amplitude | Enquire ↗ |
| AS 200 Jet Pro / Pharma ↗ | Air jet | 10 µm – ~4 mm | 203 mm (200 mm with adapter) | Digital nozzle speed, 5–80 min⁻¹; Pharma version: audit trail and user management | Enquire ↗ |
| AS 400 Control ↗ | Horizontal | 45 µm – 63 mm | 100 / 200 / 203 (8″) / 305 / 315 / 400 mm | Digital speed, 50–300 min⁻¹ | Enquire ↗ |
| AS 200 Control ↗ | Vibratory | 20 µm – 25 mm | 100 / 200 / 203 mm (8″) | Digital amplitude, 0.20–3.00 mm; controlled amplitude | Enquire ↗ |
| AS 200 Tap ↗ | Tap | 20 µm – 25 mm | 200 / 203 mm (8″) | Speed, 280 min⁻¹ | Enquire ↗ |
| AS 450 Control ↗ | Vibratory | 25 µm – 125 mm | 400 / 450 mm | Digital amplitude, 0.20 – >2.20 mm | Enquire ↗ |
Specifications describe individual models. Confirm the configuration, sieve stack and suitability for your application with the team.
A CLEARER VIEW OF YOUR PARTICLES
A controlled motion.
A measurable result.
A stack of test sieves turns a mixed sample into defined size fractions. Repeatable motion and a timed cycle make those fractions useful for analysis and quality control.
- 01
Arrange the sieve stack.
Place larger openings above finer mesh, with a collection pan below.
- 02
Apply the right motion.
Particles are lifted and redistributed so smaller material can pass through the mesh.
- 03
Weigh the retained fractions.
Use the material collected at each level to determine the particle-size distribution.
Four ways to move your material
- Vibratory
- Three-dimensional throwing motion; dry and wet options on suitable models.
- Air jet
- Dispersion for fine powders while continuously clearing the mesh.
- Horizontal
- Controlled circular motion for applications shaped by particle geometry.
- Tap
- Horizontal motion with taps for the required sieving procedure.
Selected models offer digital parameter control, stored procedures, evaluation software and documentation options. Discuss the required workflow with the team.
MATERIALS. METHODS. MEASURABLE GOALS.
Built around your application.
Particle size, shape, density and flow behavior help determine the appropriate shaker, sieve configuration and operating method.
Why choose sieve shakers?
- Non-destructive particle-size testing
- Flexible sieve configurations
- Fast setup and operation
- Low operating cost
- Clear recovery of individual fractions
- Compact laboratory footprint
- Rugged construction and easy cleaning
What can testing help establish?
- Particle-size distribution
- Product uniformity
- Alignment with a testing standard
- Appropriate processing conditions
- Quality specifications for the material
BUILD CONFIDENCE BEFORE YOU BUY
Test the material.
Validate the next step.
SIEVE SHAKER APPLICATION REVIEW
Let’s start with your sample.
Your request is ready to review.
Open your email application to send this brief, or copy it and email info@glenmills.com.