# Influence of Process and Material Factors on the Quality of Machine Processing of Laminated Particleboard

## TL;DR

This review examines how process and material factors affect the quality of machining laminated particleboard, a common material in furniture manufacturing.

## Contribution

The paper highlights a research gap in understanding the relationship between material parameters and machining quality, especially during milling.

## Key findings

- Delamination is a common defect influenced by both process and material factors.
- Milling is a critical process where the link between material properties and machining quality remains understudied.
- Drilling, cutting, and milling are the primary processes analyzed for their impact on laminated particleboard quality.

## Abstract

Next to solid wood, laminated particleboard is the most widely used wood-based material in the furniture industry. Ensuring the high quality of the laminate surface after machining is of critical importance for furniture manufacturers, particularly prior to the edge banding process, as this process significantly influences the final aesthetic and functional quality of panel elements. The objective of this review article is to gather and evaluate the current state of knowledge regarding the influence of machining process parameters and the physical and mechanical properties of laminated particleboard on machining quality. Particular emphasis is placed on the occurrence of laminate damage, commonly referred to as delamination, a prevalent defect in the furniture manufacturing sector. Both categories of influencing factors—process-related and material-related—are analyzed within the context of the three primary technological processes employed in the woodworking industry, namely drilling, cutting, and milling. The analysis revealed that a persistent research gap concerns the relationship between machining quality and material parameters, particularly in the case of milling—a process of critical importance in the furniture industry.