The pharmaceutical industry is very delicate with the processes that it follows. Research & experiment labs must follow numerous compliance requirements as eligible. Any error in following such guidelines or rules can directly result in a massive loss for the company. Therefore, it is essential to keep track of the highest quality standard when it comes to gathering, storing, and processing data or samples in labs.
Why do we need RFID to manage and track samples?
There are numerous ways an accessible and quick technology solution such as RFID can help lab facilities. One of the main reasons is the amount of deliberation required in the sample management and tracking. Taking the samples itself is a sophisticated process. Storing samples, managing them, finding them, authenticating them, and working requires much care and caution.
Manual tracking of samples can be a tedious job considering it requires tracking location, composition, access, and entire history for a specimen along with timings. In testing and diagnosis, these data provide accuracy and precision. Technology such as RFID can not only ensure that this process is 100% accurate, but it can also expedite the entire lifecycle.
Furthermore, regulatory entities also audit pharmaceutical facilities overtime to ensure that quality guidelines are being followed. Therefore, any error found in abiding by those compliances can result in a massive loss for the organization. Therefore, RFID can be the best-suited option for sample management in such need for diligence, traceability, and compliances.
Leveraging RFID in your sample management operations:
There are several advantages of RFID and its applications in effectively managing samples in the lab. Here are some of the best advantages of incorporating RFID labels in laboratories:
- Finding the right sample among too many specimen vials:
There might be tons of samples saved over time in a research laboratory. These samples might also be stored in different containers through the lab. It is laborious work to find a particular sample without technological involvement. RFID can simplify this with an LED or buzzer to find the right sample from a container without affecting other samples.
- Authenticating that the taken sample is the right one:
As a layer of assurance, the tags are required to be verified again before they get into the process of examinations. The manual process is a good way to ensure. However, an RFID tag on vials can offer much better assurance.
- Integrating the data of the used sample in a middleware:
The sample data used in research is of great importance for backtracking and reverse engineering. However, entering the sample data manually leaves room for human error, which can be catastrophic. Reading an RFID tag can be the best way to nullify any such error by automating the data exchange.
There’s more to RFID and sample management!
In addition to these needs and applications, RFID-based sample tracking can also allow researchers to keep a watch on atmospheric conditions around the samples. Furthermore, the different ranges of RFID labels can be used for different applications, such as a mid-range RFID labels that can allow high-speed bulk readings in a lab facility. These applications demonstrate how RFID’s capability and form factor compatibility is the perfect match for sample tracking.
