Do you know which the most progressive pharmaceutical technology of the era is? An aseptic filling isolator is the answer. This isolator is mainly used for filling different drugs in a non-contaminated manner under sterilised conditions. To be more precise, this device is termed as the contamination-control isolator.

Different kinds of sterile-drug products are being efficiently processed by means of this advanced isolator. Microbial-contamination risk can be efficiently eliminated by means of this isolator. Sterile-components are being manually manipulated as necessary closures or containers need to be utilised for making the sterile-process more effective.

Traditional aseptic-processing of drugs was highly dangerous due to the lack of advanced sterilised technology. But now with the emergence of this isolator, the concerned issue has resolved to a great extent. High-end isolation-technology is found in this isolator and thus contamination invited by humans can be easily prevented.

Primary highlights:

  • Human-interaction can be reduced as a result of which contamination-level can be lowered down.
  • Microbial-contamination, especially during drug-processing, can be strongly prevented.
  • The isolator is having a perfect design creating positive pressure and this is why it can be easily controlled and monitored without any errors.
  • High-level surface-disinfection is now very much possible with the usage of vaporized hydrogen peroxide.
  • Toxic products can be now easily identified or recognised at the time of processing. Those products are being thrown away so that drugs can be properly purified or sterilised.
  • These are the few advantages for which aseptic-isolators are getting considered as the greatest blessings of technology in the pharmaceutical industry.

Key regulatory considerations:

  • Contamination-type needs to be determined as on the basis of the same the best type of aseptic filling isolator is being chosen. There are some insulators that are not capable of preventing all contamination-types. Therefore, isolators with highest aseptic-techniques need to be used for dealing all kinds of contaminations.
  • Efficient contamination-control can be invited easily by skilled operators and excellent surrounding ambience. Excellent Clean Rooms with high-degree hygiene-level need to be used in this regard.
  • Isolator-design is also a great factor as it controls quality risk management. Therefore, before choosing any isolator the design should be observed well for excellent controlling risk-based initiatives. On the other hand, the advantages of cross-control contamination can be enjoyed as well.
  • Airflow-pattern movements need to be understood while going for the selection of aseptic-isolator for drug-filling. Apart from that, smoke-visualisation studies also need to be considered and understood for a sterilised drug-filling.
  • The process of glove-based life-cycle management should always remain in proper place otherwise the isolator will not be utilised at its optimum level.  
  • High-end monitoring assessments along with outstanding environment regulations are needed for characterising risk-groups properly.
  • Biological indicators within cycle-development need to be regulated and managed as well. This is because these are the two factors that affect the isolating process directly.

Certain inspections are conducted so that the process of aseptic drug-filling can be conducted in a completely flawless manner. Disinfectant rotations, CGMP-system evaluation, airflow, interventions and other aspects need to be inspected thoroughly for determining the effectiveness ofaseptic filling isolator.