Effective dust removal is essential in many industrial applications. Especially in areas where no compressed air is available, conventional filter systems are often unsuitable. This is where shaker filters come into play.

What are vibration filters?

Vibration filters are mechanically cleaning filters. They clean themselves by shaking the filter elements, completely without compressed air. This makes them the ideal solution for numerous industrial processes where reliable and low-maintenance dust separation is required, even without a compressed air supply.

Advantages of bg filtration vibration filters

Shaker filters from bg filtration offer numerous advantages that make them the first choice for companies that rely on high-quality filtration solutions:

• Compressed air-independent

Ideal for locations without a compressed air supply or in energy-efficient systems

• Compact design

Space-saving, flexible and easy to integrate.

• • Low maintenance

Reliable cleaning using a vibrating rod reduces maintenance costs.

• • High adaptability

Available as a free-standing unit or top-mounted filter, individually adaptable to volume flow, operating pressure and ambient conditions.

• • Efficient performance

Suitable for air volumes of up to 5,000 m³/h and with a filter area of 2.5 to 30 m².

Areas of application for shaker filters

Vibrating filters from bg filtration are used in many industries, including

• • Dust extraction from silos and containers

• • Dust extraction from halls and workplaces

• • Filling of bulk materials

• • Aspiration applications in suction and pressure operation

Why bg filtration?

bg filtration is known for high quality as well as innovative and customized solutions in the field of filtration and product separation. Many well-known companies have been relying on our products for years. We offer:

• Consulting expertise: an experienced team is on hand from planning to commissioning.
• Individual solutions: Each application is analyzed in order to develop a perfectly matched system.
• Sustainability: Optimum design for maximum energy efficiency and resource conservation.