Medical organizations are focused on enhancing the safety of their staff, but more importantly on ensuring the conservation of the environment. The area where a significant amount of pollution is attributed to the sterilization wraps. Sterile surgical tools are a major imperative in the surgical field of medicine. It is a global recommendation that all surgical equipment be sterilized and medical institutions have and manufacturers of medical and surgical equipment are packaging such tools to enhance their sterility.
However, sterilization wraps are required to provide basic protection against contamination in the process of handling them by offering a cover against microbial infection. While there are many ways of maintaining sterility of surgical tools, the most popular method adopted has been sterilization of wraps. The most interesting fact about these materials is that they are soft, recyclable, cheap, and can easily drape. The only downside is that a majority of these wraps are woven, which means they do not have the capacity to prevent microbial penetration. To help increase protection, manufacturers are now embracing double sequential wrapping.
What are the Features of a Good Surgical Sterilization Wraps?
Here are the key features of an ideal sterilization wraps that you can find on the market:
• They should be non-toxic
• Have no odor
• They are resistant to puncturing
• They should be transparent to allow for easy verification of the contents in the pack
• Resistant to tears
• They should be flexible to allow for accommodation of surgical equipment of all sizes and shapes
• Drapeability: this is the compliance of the wrap with the contours of the equipment
• Penetrability: it should allow gases or plasmas to easily penetrate the wrapping surface in order to sterilize the contents.
Characteristics of an Ideal Wrap
There are many qualities you should look for in a sterilization wrap as outlined above, but the core quality is the ability to prevent microbial penetration and ability to let sterilization gases to penetrate the pack. Some of the commonly used sterilization agents include hydrogen peroxide gas plasma, steam, and ethylene oxide. The inability to allow for penetration of sterilizing agent and subsequent inability to maintain sterility of the surgical equipment can lead to possibilities of serious site infections. Therefore, those looking to buy a Biodegradable Sterilization Wrap should be certain that the product conforms to all of the above characteristics.
Conclusion
The modern Biodegradable Sterilization Wraps for providing protection to surgical equipment are superior compared to the conventional wraps. As a professional, it is important to evaluate the products before making a purchase decision. Such an evaluation should be done based on the guidelines outlined in this article.