Automated RFID Detection Cabinet for Garment Manufacturing

This research focuses on the design and implementation of an RFID Detection Cabinet tailored for accurate detection of RFID hangtags during the garment manufacturing process.The cabinet features advanced insulation to minimize external interference, ensuring reliable readings essential for quality control.Utilizing the W Series RFID Transmitter and Reader, which operates within the frequency ranges of 865-868 MHz and 902-928 MHz, the system allows for adjustable output power, enhancing signal transmission based on operational needs.A comprehensive testing methodology was developed to evaluate the cabinet's performance, employing a handheld RFID tester to monitor radio frequency levels in real-time.Experimental results demonstrated that the cabinet effectively maintains optimal power density levels for RFID detection, confirming its capability to operate efficiently in a production environment.The findings indicate that the RFID Detection Cabinet not only improves the accuracy and efficiency of garment manufacturing processes but also supports the industry's transition towards advanced, automated practices.This research establishes a solid foundation for future developments in RFID technology, emphasizing its potential to enhance inventory management, traceability, and overall operational excellence in the garment sector.