실험복의 만족도와 맞음새 연구
A Study on Satisfaction and Fit of Laboratory Coats
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This study examined the fit, satisfaction, and discomfort of laboratory clothing based on laboratory field, research experience, work hazard level, and gender to develop functional designs. Results indicated that satisfaction varied by field, with the chemistry sector reporting the most discomfort in underarm and arm areas, while the food sector showed high discomfort in the back area. Researchers with longer experience had higher expectations for functionality. Those working in high-risk environments reported lower satisfaction in functionality and safety. To address these issues, customized designs based on laboratory environments, enhanced protective features, improved durability, and ergonomic patterns considering body characteristics are necessary. High-risk environments required protective fabrics with chemical and heat resistance, while frequently worn areas such as elbows and knees needed reinforced durability. In addition, gender differences should be reflected in pattern designs, offering both unisex and gender-specific options. Adjustable sizing and ergonomic structures are also essential to accommodate diverse body types. This study provides meaningful insights by analyzing real laboratory workers’ experiences. However, it did not fully address field-specific laboratory clothing characteristics. Future research should focus on developing specialized designs tailored to different laboratory conditions to enhance functionality and comfort.
Abstract
This study examined the fit, satisfaction, and discomfort of laboratory clothing based on laboratory field, research experience, work hazard level, and gender to develop functional designs. Results indicated that satisfaction varied by field, with the chemistry sector reporting the most discomfort in underarm and arm areas, while the food sector showed high discomfort in the back area. Researchers with longer experience had higher expectations for functionality. Those working in high-risk environments reported lower satisfaction in functionality and safety. To address these issues, customized designs based on laboratory environments, enhanced protective features, improved durability, and ergonomic patterns considering body characteristics are necessary. High-risk environments required protective fabrics with chemical and heat resistance, while frequently worn areas such as elbows and knees needed reinforced durability. In addition, gender differences should be reflected in pattern designs, offering both unisex and gender-specific options. Adjustable sizing and ergonomic structures are also essential to accommodate diverse body types. This study provides meaningful insights by analyzing real laboratory workers’ experiences. However, it did not fully address field-specific laboratory clothing characteristics. Future research should focus on developing specialized designs tailored to different laboratory conditions to enhance functionality and comfort.
