This review presents an in-depth analysis of wearable product design and applications, focusing on the development, design, and manufacturing of wearable devices and systems. The study analyzed 161 studies from the past 13 years, categorizing wearable products into eight main categories: 3D printing technologies, anthropometric-based applications, computational design technologies, human body kinematics-based applications, footwear, health and safety implementations, smart textiles, and athletics. The findings highlight the importance of 3D printing and sensor technologies in wearable product development. The review also emphasizes the role of anthropometric data in customizing wearable products to meet individual user needs. The study concludes that 3D printing is the most commonly used method in research, and that most studies focus on improving user safety through sensor technology and anthropometric measurements. The review also discusses the integration of wearable technologies in various fields, including healthcare, sports, and fashion, and highlights the potential of computational design and 3D printing in creating customized, functional, and efficient wearable products. The study underscores the growing importance of wearable technologies in modern life and their potential to enhance user experience and safety.This review presents an in-depth analysis of wearable product design and applications, focusing on the development, design, and manufacturing of wearable devices and systems. The study analyzed 161 studies from the past 13 years, categorizing wearable products into eight main categories: 3D printing technologies, anthropometric-based applications, computational design technologies, human body kinematics-based applications, footwear, health and safety implementations, smart textiles, and athletics. The findings highlight the importance of 3D printing and sensor technologies in wearable product development. The review also emphasizes the role of anthropometric data in customizing wearable products to meet individual user needs. The study concludes that 3D printing is the most commonly used method in research, and that most studies focus on improving user safety through sensor technology and anthropometric measurements. The review also discusses the integration of wearable technologies in various fields, including healthcare, sports, and fashion, and highlights the potential of computational design and 3D printing in creating customized, functional, and efficient wearable products. The study underscores the growing importance of wearable technologies in modern life and their potential to enhance user experience and safety.