What is a Pharmaceutical Package?
The pharmaceutical industry is worth US $ 70 billion in 2020 and is expected to reach US $ 100 billion with a CAGR of 6% in 2026. The most important part of pharmaceutical manufacturing is its packaging. Pharmaceutical packaging guarantees protection during storage, sale and use. Containment, physical and chemical protection, partial control and safety of drugs are important features that the package must provide. The packaging of pharmaceutical products in pharmaceutical companies is carried out at several levels: primary, secondary and tertiary.
Package for sale is another name for the main package. Primary packaging is very important for pharmaceutical products because primary packaging comes in direct contact with the drug. The materials used in the manufacture of the primary packaging must be inert and must not alter the chemical composition of the drug. The main packaging types are ampoules, vials, containers, strips, blisters, syringes, bags, and dosing dopplers.
The exterior of the primary packaging is called the secondary packaging. Secondary packaging is essential for a variety of reasons, including physical and barrier protection, secondary containment, patient safety, and regulatory compliance. Secondary packaging consists of cardboard boxes, trays, and film packs. In addition, secondary packaging can always be done in various formats, including a specific level of packaging (primary packaging).
user first notices is the child Pharmaceutical package.
Tertiary packaging is involved in the transportation of medicines. The pharmaceutical industry, which ships products, uses tertiary packaging in its distribution process. Generally, tertiary packaging is done to protect both the product and the underlying packaging when it is shipped from one destination to another.
Trends in pharmaceutical packaging
Eco-friendly Pharmaceutical packaging
The world is evoking a growing demand for greening. Along with people who want to be more environmentally friendly and reduce the use of plastics, they are making more informed decisions about the types of products they use. This trend is expected to continue down this path and may change the demand for certain types of products. PLA (polylactic acid) packaging is one of the key solutions that can help the pharmaceutical industry reduce emissions and produce more sustainable products. It is flammable, can control the temperature of goods in transit, and uses 65% less energy during production. Environmentally friendly solutions will become a priority for pharmaceutical companies that are constantly developing new technologies that please and benefit their users.
Using nanotechnology to end counterfeiting
The pharmaceutical industry is vulnerable to counterfeiting and other obstacles that are easier than ever with the expansion of the Internet and online sales. With nanotechnology, tablets can act as a “track and trace” system to recognize where nano barcodes are coming from, preventing them from being redistributed to other markets.
Efficient and effective packaging
The COVID-19 pandemic has brought a new awareness to the pharmaceutical industry in the efficient packaging and distribution of pharmaceutical products. From container to container, pharmaceutical products are expected to be manufactured and distributed quickly. Packaging companies are facing new challenges in developing solutions that move things quickly and meet demand.
Incorporate smart technology into the package
Some types of smart technologies, such as Bluetooth, NFC and QR codes, can redefine the territory of the pharmaceutical industry by helping to adjust inventory and demand levels, but sensors help reduce the use of damaged ones. increase. You can also smartly monitor the temperature by incorporating Bluetooth or unsafe products.
Accessible product packaging is essential for many industries, but especially important for the pharmaceutical industry. People must be able to read and understand proper dosage and usage, and it should be one of the key package design considerations. Also, more and more people are adapting to self-medication (especially symptoms like diabetes and allergies), clear instructions, allergen highlighting, manufacturing, and expiration dates. The information and ingredient list should be easy to read so that consumers can use the medicine correctly and safely and dispose of it properly.
Startups that revolutionize the pharmaceutical packaging industry:
Calyx Containers, a US-based startup, manufactures packaging solutions for cannabis injection products. Containers manufactured by Calyx Containers are rectangular and can be made transparent to improve product visibility. Plus, they are resealable, made from recyclable materials, and available in custom designs. Additionally, containers are locked to the same tray regardless of capacity, simplifying the inventory system. Thus, this enables pharmaceutical companies to connect with customers and increase customer retention.
Blistr is a UK-based start-up that offers blister packs made from seaweed and plant materials for packaging pharmaceuticals. The packaging solution is plastic-free, biodegradable, can be composted at home, and is friendly to the marine environment. Thus, the pharmaceutical industry can eradicate plastics from product offerings and adhere to sustainability goals. In addition, it helps users regulate medical packaging waste at home and reduces the amount of plastic waste reaching the ocean.
Italian startup V-Shapes has developed a one-part package for packaging products in the medical and pharmaceutical sectors. V-shaped vacuum packaging solutions extend product life and reduce capacity. Additionally, the V-shaped packets can be opened and applied by the user with three fingers, allowing for efficient and user-friendly dose control. Thus, it helps reduce the risk of content contamination, leakage, or waste. In addition, the materials used to make these packaging solutions are bio-based and homopolymers as raw materials, making the packaging environmentally friendly.
Unifarm Healthy Manufacturing
Unipharm Healthy Manufacturing, a New Zealand-based startup, offers contract pharmaceutical packaging solutions that include labeling and distribution. Unifarm Healthy Manufacturing offers a variety of services, including a variety of final presentations in all solid and liquid dosage forms available, including bulk, vials, tubes, blisters and bottles. In addition, small and medium-sized pharmaceutical companies can easily provide the machinery and personnel needed to package their medicines, saving time and money.
Veneti, a Polish-based company, offers pharmaceutical grade films. This organization uses various combinations of high barrier PVC, polyvinylidene chloride (PVDC), and polyethylene (PE) to customize material properties. For example, PVDC becomes brittle when solidified, but the materials manufactured by Veneti provide improved mechanical and thermal insulation parameters such as proper flexibility. It also has very low gas permeability and isolates the product from the external environment, making it ideal for packaging pharmaceuticals. Similarly, Veneti offers generic and food grade packaging films.
The COVID-19 pandemic has spurred demand for the rapid production and distribution of important and demanding medicines. As demand increases, so does the amount of plastic waste generated after drug use. In addition, as the number of innovative solutions to reduce plastic waste grows, the pharmaceutical industry will adopt these latest packaging solutions to provide consumers with sustainable products. .. Pharmaceutical sales are increasing day by day due to the increasing number of people suffering from diabetes, cardiovascular disease, chronic kidney disease, cancer and the sudden outbreak of influenza. These advanced packaging solutions are expected to help reduce plastic waste production and help different economies meet their net zero emissions targets. In addition, various antibodies and steroids are packed in glass bottles. In addition, advances in secondary and tertiary packaging to ensure the safe transport of these vials have proven to be of great help in reducing breakage losses during transport. In short, drug packaging solutions will evolve with technological advances to ensure drug safety and viability, supporting development over the next few years.