WHAT ARE DUST COLLECTORS’ RELATIONSHIP TO CUTTING MACHINES?
Using a dust collector improves air quality in industrial settings, including manufacturing and machining plants. Cutting machines generate fumes and particles that may pose dangerous health risks to operators and may harm machinery. Dust collectors remove contaminants from the cutting machine and move the air, smoke and particles through the machine and deposit them into a dust collector system.

Most dust collectors include fans, dust filters to clean the air, dust receptacles, spark traps, dust removal containers, vacuums, and controls.

HOW DO DUST COLLECTORS WORK?
Air containing dust or other contaminants, or “dirty air”, enters the dust collector. Fans move the air through the system’s ducts and separate some of the dust into a collection area. The air also passes through the dust collector’s filters, which captures any other dust particles. Clean air is then released back into the environment.

Dust Collector Filters
A filter is one of the most important parts of a dust collector; it is responsible for trapping dust particles. Pulses of air then knock the dust out of the filter and into a collector.

Dust collector filters normally last from several months to a year. At that point, they normally become caked in dust to the point where air can no longer effectively flow through them.