Laser Cutting Dust Collection

Laser cutting is an industrial process growing in popularity. Its advantages are well known: increased production efficiency, lower consumable costs, lower direct labor costs through automation and so on. However, as any operator of this process knows, there are also challenges involved. Laser cutting produces a serious amount of dust, and that dust has numerous, sometimes unforeseen, consequences.

Improving air quality should be a high priority in today's manufacturing environment. Dust can be very harmful to workers' health and can threaten a company's regulatory compliance. A visible haze can also limit the ability to recruit the best workers, a growing concern in the recent competitive hiring scene. There are also major process complications which can occur when a laser beam hits a cloud of dust. Fortunately, measures exist to mitigate all of these problems.

Moland Cnc Cutting Fume Extraction Systems Principle

In the cutting work, after the cutting board is heated and vaporized, the airflow from the cutting head blows from the slit to the bottom of the board and quickly condenses to form smoke. So most of the smoke is under the cut board. The commonly used method of dust absorption is to adopt a special structure of dust-removing cutting. The dust under the cutting board is connected to the suction port of the Dust Collector through a suction pipe, and the cutting smoke is absorbed before it is emitted. The absorbed smoke is directly purified through the dust purification system.

If your want to know more about Moland CNC Cutting Fume Extraction Systems or CNC Cutting Smoke Extractors, welcome to contact me.