Showing posts with label Packaging. Show all posts
Showing posts with label Packaging. Show all posts

Saturday, June 25, 2011

Complete Process of Biological Packaging

For protective transfer of crucial biological agents it is necessary to have an enhanced biological packaging process done under stringent standards. There are various forms of biological products which include infectious particles of plants, animals and humans as well as multiple types of toxins which are produced by genetic materials or microbes. Such organic agents may be present in concentrated and purified cultures but may also exist in plenty of distinct types such as body tissues, fluids, sample of soils, solid substances and more. No matter what the form is, it is essential to carry every product in secured form for which an effective packaging process is of utmost relevance.


The main purpose of any sort of packaging methodology is to protect the products which are being shipped from getting reacted with chemicals and toxic substances present in air. So only biological packaging which is framed under rigid standards must be considered by professionals. The packaging must be done in such a way and must be strong enough that it enables easy transportation of crucial elements through all means i.e. air, water or land. There are some products which require certain minimum temperature level even when they are transported in order to protect them from getting spoiled and unsuitable for use. So, even this factor must be considered while carrying the packaging process for these products.


The basic requirements for any type of biological packaging process are that it should be a 'triple packing' process. This implies that it should be primarily receptacle, must be strictly water tight packing as well as totally robust from outer arena. In addition to this, there must be an 'Infectious Substance' label on every product packed in order to protect individuals from getting in direct contact with it. It must be a certified packing methodology and meet all prior tests outlined for it in the USPS, DOT, IATA and PHS regulations. Only after all these functionalities are properly met, a packaging is considered ideal to be used for shipment purposes.


A 'triple' biological packaging process is also required for all clinical specimens. One additional fact however, with packaging of such products is that they must be able to fulfill all performance based examinations and that the packaging must not leak even after carrying a '4-drop test'. Even the items which are employed for packing these materials must be highly powerful and free from all kinds of ill-effects such as leakages, breakages. They must be totally air tight units. Only if the packaging is able to meet rigorous standards, rough handling and can provide protection to hazardous materials from all other toxin materials, it is considered as highly suitable.


Transportation of biological materials poses greater challenges in comparison to shipment of chemical based substances. For this reason, it becomes essential that these products must be packed with highly qualitative and effective packing techniques only. Bottles, vials, rollers, crimps, aluminum seals are some of the items which are used for this process. No matter what product is to be packed, the complete process of biological packaging for it must be done with due diligence.


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Sunday, June 19, 2011

Sustainability of the Biopharmaceuticals Packaging Is Possible

In the vast pharmaceutical industry, medications are available in different forms which are solid, liquid and also powdered. It is, therefore, essential to ensure that their packing is the best. The fact that further needs a concern is that every form requires a special and different type of packaging. Sustainability is an essential issue but in case of biopharmaceutical packaging safety is the main concern rather than being environment friendly. The packaging of pharmaceutical products require to follow excellent process of manufacturing, providing consistent quality, protection to the product and also resistant to the children. Sustainability requires following an approach that is eco-friendly, technical and social. There are some tips which can be followed to ensure sustainability of the packaging.


1. Understand the needs of the customers and then find a solution to fulfill their requirements and also the goals of the manufacturing process. These include efficiency of the process, branding, usage by the customers and also its relevance for the market. Thus, it is essential to find where it is necessary to make changes in the packaging. These can be to make packages light in weight, strong structured, ensured protection of the product and also ready for the machine.


2. During the designing method, efficiency is a major issue throughout biopharma packaging. It reduces hazardous effect on the environment. An example is, in case of prefilled packages of the medication they provide benefits to the consumers, pharmacists and also environment. This packaging thus speeds up the handling procedure and saves time to attend the consumer. A rigid and strong packaging implies that there is no further need for the additional material to be used for the shipping of products such as corrugated boxes. The first and second step of packaging should be completed in one step for the drugs at a single location only. It will lead to save cost as well as energy.


3. With the advancement in research and technology new opportunities are rising to bring sustainability in the biopharm packaging. This technical advancement involves the use of smart applications for packaging. They can be those that can record, use light and sound during communication with customer and transmit the data at the right time. Such developments can enhance the current design as well as the supply chain process.


4. A packaging that is well designed should be used for the current equipment. The equipments can be further enhanced to run efficiently and with more flexibility.


5. A streamlined transportation is like a carbon footprint. One must reduce the extra weight of the package, avoid any kind of tertiary packaging and also optimize the shipping route. Blister packages, a type of packaging are delivered in fully loaded form for the immediate distribution to the pharmacists. They can be stacked easily, stored and dispatched in more efficient manner.


A socially sustainable pharmaceutical biological packaging is the one that reflects the safety and effectiveness and also increases the patient's adherence to the medication. Taking an instance, the convenience blister packages remind patients to take medicines at right time thus eliminating omission. Increased adherences lead to better health and large outcome for the industry. This way it gets easy for the sustainability and biopharmaceuticals packaging to go together.


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