Experimental Granulometric Characterization of Wood Particles from CNC Machining of Chipboard

The aim of this paper is to determine the particle size composition of the wood particles obtained from CNC milling the chipboard using an experimental optical granulometric method. Composite materials (chipboard) are the most-used materials in the woodworking and furniture industries. The proposed optical method of measuring particles' dimensions is compared to the sieving technique. The researched experimental method allows for the determination of not only the size of the fraction of an individual particle's fraction but also more detailed information about the analyzed wood dust emission, for example, the largest and smallest dimension of each single particle; its circularity, area, perimeter, eccentricity, and convex hull major and minor axis length; or the color of the particle.

Automated summary

The paper aims to determine the particle size composition of wood particles obtained from CNC milling of chipboard using an experimental optical granulometric method. Chipboard, a composite material, is widely used in woodworking and furniture industries. The proposed optical method is compared to the sieving technique for measuring particle dimensions. The experimental method allows for detailed analysis of wood dust emission, including the size, shape, and color of individual particles.