Oblikovanje in razvoj udobnih delovnih oblačil za protiurezno zaščito

The challenge of developing cut-protective clothing that ensures wearer safety and comfort remains complex in protective textile engineering. Traditional designs often compromise comfort for mechanical protection, leading to decreased wearer compliance and productivity. This review critically examines the interplay between comfort and cut resistance in the designing of protective apparel for industrial workers. Recent advancements in fibre science, yarn engineering and fabric architecture are highlighted for optimizing performance. This review begins by analysing the prevalence and causes of occupational cut injuries to establish functional requirements for protective clothing. It then explores how fibre type, yarn configuration and fabric structure impact cut resistance and comfort. Standardized test methods for evaluating cut resistance are discussed to provide context for material performance. Additionally, the review outlines garment design strategies that incorporate ergonomic principles to enhance mobility, reduce heat stress and improve user acceptability. It concludes with an outlook on emerging technologies such as smart textiles and 3D body scanning that could revolutionize future cut-protective workwear design.