Micro Dust Extraction Services specialises in designing and manufacturing efficient, self-cleaning bag houses that provide exceptional air filtration and dust control in industrial environments. Our cyclomatic bag houses combine intelligent cleaning systems with advanced filtration media to deliver unmatched efficiency, durability, and health and safety regulations compliance.
Whether operating a foundry, processing plant, woodworking facility, or any industrial setting where airborne particulates are a risk, our custom-designed bag houses are the proven solution to maintain clean air and a safe workplace.
Why Choose Micro Dust Bag Houses?
- Self-Cleaning Efficiency
- Our bag houses use reverse pulse jet filtration controlled by a smart microprocessor, which continuously monitors dust levels within the unit. The system automatically activates pneumatic pulses to remove particulate buildup from the filter bags when necessary, ensuring optimal performance and reducing downtime.
- Intelligent Cleaning Intervals
- The system’s microprocessor dynamically adjusts cleaning intervals based on real-time dust load, ensuring maximum efficiency while minimising compressed air usage. This adaptive technology makes our bag houses cost-effective and energy-efficient over the long term.
- Cylindrical Cyclomatic Design
- Our cyclomatic filter units feature a cylindrical body that enhances natural separation of air and product before reaching the filter bags. This design significantly improves filtration efficiency and reduces wear on filter media, making it superior to conventional square or rectangular units.
- Custom-Built to Your Requirements
- We understand that no two facilities are alike. That’s why Micro Dust Extraction Services offers fully customised bag house systems engineered to match your dust load, air volume, space constraints, and compliance needs. Our team works closely with clients to deliver fit-for-purpose dust extraction solutions.
- Self-cleaning reverse pulse jet system
- Microprocessor-controlled dust monitoring
- Cyclomatic design for optimal air-product separation
- Smart air-to-media ratio calculations for peak efficiency
- Custom filtration media options based on particle size and load
- Corrosion-resistant construction for durability
- Low maintenance requirements and long service life
A centralised bag house system offers the following operational advantages:
- Improved air quality across your entire facility
- Reduced energy usage through intelligent cleaning cycles
- Extended filter life, reducing consumables and replacement costs
- Compliance with environmental and occupational safety regulations
- Higher filtration efficiency, capturing finer dust particles with ease
Our cyclomatic units are more efficient than traditional designs thanks to their superior air-to-media ratios and smarter separation mechanisms.
An often-overlooked but crucial factor in dust collector design is the air-to-media ratio, a key performance indicator for bag house efficiency. At Micro Dust Extraction Services, we:
- Conduct site-specific evaluations to determine optimal airflow
- Select high-quality filtration media tailored to your dust type and load
- Engineer filtering velocities to maximise particle capture and minimise pressure drop
- This scientific approach ensures longer filter life, reduced maintenance, and consistent performance.
Micro Dust Extraction Services supplies advanced bag house filtration systems to various industries, including:
- Woodworking and furniture manufacturing
- Mining and minerals processing
- Metal fabrication and foundries
- Agriculture and food processing
- Pharmaceuticals and chemical production
- Cement and building materials
Clean air is not optional when it comes to dust control; it’s essential. At Micro Dust Extraction Services, our advanced bag houses make it easy to comply with environmental standards, protect worker health, and maintain efficient operations.
Let us design the right dust control system for your facility. We are committed to delivering custom-engineered solutions that balance performance, cost-effectiveness, and long-term reliability.
