In industrial applications, it is essential to know and estimate the Handgrip Strength (HGS) of workers to accordingly designate them to appropriate job specifications. Most of the manufacturing companies have a manual or semi- automatic product processing unit; thus, it will require an ample amount of dexterity that constitutes to the exertion of grip force. This study aims to assess the relationship between the Anthropometric and Handgrip Strength of the manufacturing workers that can be used both the industrial sector and government implementing agencies. Nine hand dimensions and thirteen body measurements in standing position with the HGS considering both genders were tested among sixty participants. The HGS of both hands were used in developing regression models for Anthropometric Measurements and Demographic Profile. The results show that the gender, age group, tenure, five hand dimensions and nine body measurements in standing position significantly affects the HGS. The findings will provide companies and government labour and safety agencies comprehensive information on the Anthropometric and Handgrip Strength measurements of the manufacturing workers. The results therefore can provide relevant perspectives in terms of the proper designation of workers and improves the ergonomics and safety of the workers employed both in domestic and international workplaces.