Imperial Cyclones - Dust Central & Stationary Collection Systems - Dust Collection Systems

Central & Stationary

Imperial
Cyclones

Pre-separation cyclones that drop heavy chips, shavings, and bulk particulates out of the airstream before they reach the primary collector — no moving parts, no maintenance, dramatically longer filter life.

Imperial Cyclone — Centrifugal Pre-Separation

Features & Benefits

A cyclone separator does the heavy lifting — literally. Tangential inlet flow spins incoming dust-laden air into a vortex; centrifugal force throws heavy chips, shavings, and granular material out to the cone walls where gravity drops them into the collection drum. Clean(er) air exits the top vortex finder to the primary collector, dramatically extending filter life.

Pre-separation cyclone systems that extend filter life by removing heavy particulates upstream
Centrifugal force separates large particles before they reach primary dust collectors
Significantly reduces dust loading on downstream filters for lower maintenance costs
No moving parts means minimal maintenance and maximum reliability
Heavy-gauge steel construction withstands abrasive dust applications
Available in multiple sizes to match a wide range of CFM requirements
Ideal for woodworking, metalworking, grain handling, and bulk material processing
Can be configured as standalone pre-cleaners or integrated into complete systems
Efficient separation of large chips, shavings, and heavy particulates
Low pressure drop design maintains system efficiency and reduces energy costs

Specifications

Brand

Imperial Systems

Equipment Type

Pre-Separation Cyclone

Separation Method

Centrifugal Force

Moving Parts

None

Construction

Heavy-Gauge Steel

Pressure Drop

Low

Configuration

Standalone or Integrated

Applications

Wood, Metal, Grain, Bulk

Get Started

Need help selecting the right cyclone pre-separator for your dust collection system? Send us your material type, particle size, CFM requirements, and existing system details for a sizing recommendation.

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