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Vibro Sifter - Efficient vibro sifter for particle separation. Lead-free sieves, vibro motor, castor wheels, hopper feed. Sizes 12" to 60".

The Vibro Sifter provides precise particle separation with efficient vibro motor technology, designed for reliable pharmaceutical sieving operations.

Our Vibro Sifter features cutting-edge non-flameproof construction, ensuring safety and reliability for pharmaceutical manufacturing.
With castor wheels, the Vibro Sifter is easy to move, providing flexibility in your facility layout.
A specially designed Vibro Motor ensures efficient and precise material movement, enhancing productivity.
The built-in hopper allows hassle-free manual material loading, reducing downtime and improving workflow.
Our silicon-molded, lead-free sieves guarantee top-notch particle separation, meeting stringent quality standards.

Key Technical Advantages

Non-Flameproof Construction

Business Benefit: Safe Operation

Non-flameproof design ensures safe operation in pharmaceutical facilities.

Performance: Meets safety standards

Castor Wheels for Mobility

Business Benefit: Flexibility & Positioning

Mobile design allows easy repositioning within facility.

Performance: Saves setup time; enables flexible layout

Specially Designed Vibro Motor

Business Benefit: Efficient Material Movement

Optimized motor ensures efficient and precise particle movement.

Performance: Improves sieving efficiency by 20%

Built-in Hopper

Business Benefit: Labor Efficiency

Manual loading hopper streamlines material feeding.

Performance: Reduces manual handling time

Silicon-Molded Lead-Free Sieves

Business Benefit: Quality & Safety

Premium sieves ensure consistent particle separation and product safety.

Performance: Zero lead contamination; 95%+ separation accuracy

Get Sifter Specifications

MODEL	12"	20"	30"	36"	48"
Pan Diameter	300 mm	600 mm	900 mm	1220 mm	1520 mm
Capacity / Hour	20 to 70 kgs	20 to 140 kgs	30 to 250 kgs	80 to 300 kgs	200 to 400 kgs
Charging Height	1080 mm	1200 mm	1200 mm	1200 mm	1050 mm
Discharge Height	625 mm	750 mm	750 mm	750 mm	500 mm
Electric Motor	0.25 HP	0.25 HP	0.5 HP	0.5 HP	1.5 HP

Pan Diameter	300 mm
Capacity / Hour	20 to 70 kgs
Charging Height	1080 mm
Discharge Height	625 mm
Electric Motor	0.25 HP

Pan Diameter	600 mm
Capacity / Hour	20 to 140 kgs
Charging Height	1200 mm
Discharge Height	750 mm
Electric Motor	0.25 HP

Pan Diameter	900 mm
Capacity / Hour	30 to 250 kgs
Charging Height	1200 mm
Discharge Height	750 mm
Electric Motor	0.5 HP

Pan Diameter	1220 mm
Capacity / Hour	80 to 300 kgs
Charging Height	1200 mm
Discharge Height	750 mm
Electric Motor	0.5 HP

Pan Diameter	1520 mm
Capacity / Hour	200 to 400 kgs
Charging Height	1050 mm
Discharge Height	500 mm
Electric Motor	1.5 HP

Frequently Asked Questions

What sizes are available and what is the throughput?

Five sizes by sieve diameter: 12 in (300 mm) through 20, 30 and 36 in to 48 in (1520 mm). Throughput runs from roughly 20-70 Kg/hr on the 12 in up to 200-400 Kg/hr on the 48 in, depending on mesh, material and bulk density.

How easy is it to change the sieve?

The sieve deck is held by a single clamp ring, so a sieve change or a wash-down takes a couple of minutes with no tools. Sieves are silicon-moulded and lead-free for pharmaceutical use.

What charging and discharge heights should we plan for?

Charging height is about 1050-1200 mm and discharge height about 500-750 mm across the range, so the sifter feeds straight into a bin, blender or IBC without a platform on most layouts. Exact figures are on the specification sheet per model.

Can it be moved between rooms?

Yes. The unit runs on castor wheels for repositioning within a facility. Construction is non-flameproof as standard; a flameproof motor can be specified for solvent-zone areas.

What drives the screening action?

A vibratory motor with adjustable top and bottom eccentric weights. Changing the weights alters the amplitude and the lead angle of the powder path across the screen, which sets residence time and throughput for a given mesh.

Where is it used in a pharma line?

Sizing and de-lumping of raw materials on intake, sieving of milled or dried granules before blending, and security screening of the finished blend before compression or filling to remove agglomerates and foreign matter.