Woodworking
From coarse particles generated during sawing to the fine dust created by routing and sanding, woodworking requires extraction designed around each stage of production.
Explore WoodworkingDust extraction is not one-size-fits-all.
The characteristics of the material, the production process and the amount and type of dust all influence how an extraction system should be designed.
A sanding process in furniture production creates a different challenge from grain handling, metal grinding or waste processing.
That is why we start with the process and build the extraction system around the actual application.
From coarse particles generated during sawing to the fine dust created by routing and sanding, woodworking requires extraction designed around each stage of production.
Explore WoodworkingCleaning, grinding, mixing, conveying and packaging grains and other agricultural materials can generate significant dust loads throughout the production process.
Explore Agro & MillingPlastics, paper, metals, glass, wood waste and electronic waste all behave differently when sorted, transported or processed. Effective extraction needs to reflect both the material and the process.
Explore RecyclingWelding, cutting, grinding and other metalworking processes can generate dust and fumes that need to be captured and transported away from the working area.
Explore MetalworkingPaper production and processing can generate large quantities of dust and airborne particles, creating challenges for employees, equipment and production quality.
Explore PaperNot every industrial process fits neatly into one category. We also work with applications where dust, fumes or other airborne pollutants require a tailored extraction approach.
Explore Other IndustriesDepending on the application, a dust extraction system can combine filters and separators, industrial fans, duct systems, rotary valves, cyclones and other components.
For more complex applications, NEU-JKF Nordic can also help look at the complete extraction process rather than individual products in isolation.