In order to ensure that the pharmaceutical production process is carried out in a sterile environment, sterile cleaning clothing has become a necessity in the pharmaceutical industry. Aseptic clean clothes can ensure that the human body and the pharmaceutical environment are isolated, and various pollution sources on the human body will not invade the production process of drugs, thus ensuring the high safety of drugs.
Traditional high-quality clean clothes can basically achieve the sterility of the pharmaceutical environment, but considering the authority and traceability of the management of pharmaceutical industry personnel, entering and leaving the door lock, card verification or fingerprint unlock, need to contact some external equipment, which is easy to contact the door handle and equipment when entering and leaving the pharmaceutical production environment, resulting in a certain risk of pollution to the environment.
The intelligent clean suit independently developed by Capryton imparts RFID electronic chip into the clean suit and carries out personnel access management by scanning the electronic chip. The appearance of intelligent clean clothes replaces the touch type access control of ordinary clean clothes, which kills the risk of contact pollution in the cradle. The built-in electronic chip of intelligent clean clothes can write the information of the staff and the information of clean clothes. The access control system can automatically identify whether the staff has access permission, whether the clean clothes are cleaned and sterilized by scanning the electronic chip, so as to achieve intelligent management. While ensuring the personnel management authority, it also avoids the deviation of the access record and data error caused by manual.

The appearance of intelligent clean clothes is not much different from that of ordinary clean clothes. It can be sterilized by high temperature and humid heat like ordinary clean clothes, without causing loss to the chip. The service cycle and service life of the chip are also consistent with that of clean clothes, and will not cause waste of resources.So what are the advantages of intelligent clean clothes compared with ordinary clean clothes?
Intelligent clean clothes cooperate with intelligent clean clothes cleaning and sterilization management recorder, which can manage the cleaning work signature, cleaning and sterilization status and service life of clean clothes and query the cleaning and sterilization status of clean clothes, form a report in the background, realize the whole life cycle management of clean clothes, greatly save labor costs, and achieve systematic and data-based management. However, the cleaning and sterilization of ordinary clean clothes need manual recording and integration, which will not only cause the waste of human resources, but also the recorded data may have the risk of error and deviation, and lack of data accuracy. You know, the pharmaceutical industry can only be very careful about the data, there is no room for the slightest error, otherwise the consequences will be irreversible.
Intelligent clean clothes combined with Iris RFID dual module intelligent access control machine can realize the functions of access permission management of clean area personnel, real-time display of on-duty personnel information in clean area, real-time monitoring of the number of clean area personnel, and query of clean area personnel access records. Compared with the personnel wearing ordinary clean clothes, the entry and exit management mainly relies on manual recording, which is low efficiency and prone to mistakes. The management of intelligent clean clothes is more information and intelligent.

The emergence of intelligent clean clothes is a huge breakthrough for the aseptic pharmaceutical industry. With its own unique innovative concept, industry-leading product technology and the service creed of "in place, intimate, trust, rigorous", Capperitone contributes to the promotion of intelligent pharmaceutical industry in the journey from "pharmaceutical power" to "pharmaceutical power".