Sterile Barrier System Package
Why Is Packing for Medical Devices Important?
A medical device’s packaging must take several factors into account. For instance, it is necessary to take into account the conveyance method and the intended purpose. It’s crucial to consider the intended usage, expiration date, and storage circumstances. Another important factor is the ultimate technique for sterilizing.
When choosing the materials to be utilized for healthcare package compliance, it is crucial to take these variables into account. Several properties can be found in materials. In this situation, the type of sterilization that can be utilized can be constrained by a material’s chemical makeup. The options for sterilization available to package engineers are numerous.
One technique for sterilizing is ethylene oxide. In this technique, the sterilizing agents can enter thanks to the sterile barrier system. They successfully eradicate the germs and go without leaving behind any notable residual concentrations. Moist heat and low-temperature oxidation are other sterilizing techniques that follow the same procedure.
Gamma radiation and an electron beam are two further instances. Some techniques might not need a permeable element. Impermeable materials can be used to create a complete sterile barrier system.
Sterile Barrier Systems Overview
Barrier systems come in a variety of shapes and sizes. While each has its characteristics, most of them are similar. The majority, for instance, will have a top and a bottom web. Also, they will be able to connect the two webs. A sealant layer is used when there is a porous seal to enable heat sealing of the two layers together.
Sterile Barrier System Examples
These are eight sterile barrier systems described in detail by ISO-11607:
These barriers are frequently used for heavy or bulky devices. Preformed Rigid Tray with a Die-Cut Lid. Orthopedic implants, pacemakers, and surgical kits are a few examples. The tray is frequently constructed using pressure-forming or thermoforming techniques. The lid may be porous or impermeable. Typically, a sealant layer on the die-cut lid heat seals the tray lid.
Peel Pouch with Flexibility: Pouches are normally small and light. Typically, they are made with a film on one side and a nonwoven, film, or paper on the other. Pouches come with all but one of the seals made as prefabricated sterile barrier systems. Pouches allow for the customization of many different sizes of gadgets.
A single web of porous medical-grade paper is used to create a sterilizing bag. A long tube made out of this paper can be formed, with or without side gussets. Double lines of adhesive are used to close the tube. The necessary size is cut out of the sterilization bags. The bag must be fully sealed before going through the sterilization procedure.
Header Bag: Welded seal header bags are the norm. They are made of two compatible but permeable film webs. The heads are offset on one. A porous substance with adhesive is heat-sealed over the offset area. To access the bag, this membrane can be peeled back. Kits and other large things are frequently stored in header bags.
FFS sterile barrier systems can have the same appearance as rigid trays with lids or pouches. They may also feature a bottom web of flexible film. The top and bottom web materials are positioned on the FFS machine during construction. Filling the form with the gadget, the machine creates the bottom web. The barrier is then sealed once the top web is put in.
The four-sided sealing procedure (4SS) is a continuous packaging method akin to a flow pack. Glove and wound care product packaging commonly makes use of 4SS. The seal is created using rotary sealing equipment. On the bottom web, the item is put. It is covered with the top web, and then all four sides are sealed. Packaging for Medical Devices with Sterile Fluid Paths: They are normally only applicable to medical equipment with sterile fluid routes. Covers, plugs, caps, and other device-specific closures can be included in them.
Wraps are frequently used in healthcare settings for sterilization. The procedure of wrapping and folding offers a challenging route while maintaining sterility. Typically, devices are put in instrument trays before being wrapped and sterilized. There are different kinds of sterile barrier systems, as was already described. The list above was obtained directly from ISO-11607, a standard for package testing.
Infinita Lab is a pioneer in medical device packaging testing service provider. We are aware of the significance of package sterility. Our understanding of sterile barrier technologies has enabled us to develop a simplified method for package validation. From the test plan to the test report, we guide customers through the procedure. The rest of this page discusses the different parts and factors that go into medical device packaging, particularly sterile barrier systems.
Video 01: Sterile storage and transport
