There are a number of different types of packaging that you can choose from, depending on the product you want to package. These include glass or plastic containers, paper packages, blister packs, and robotics. However, you will need to think about how you would like to package your pharmaceutical products in order to get the best results.
Blister Packages
Blister packages are used in the pharmaceutical packaging sector to ensure the safety of the product. They prevent tampering, which can lead to mishandling of the pills. In addition, the package provides a barrier to moisture and oxygen.
Depending on the product, the blister pack is made of different materials. These materials offer various resistance to elements, thereby affecting the shelf life of the packaged drugs. PVC is one of the most commonly used materials for the manufacture of pharmaceutical blister packs. It is inexpensive and easily formed. However, it has negative effects on the environment.
PET is also an alternative material that is becoming popular in the pharmaceutical industry. PET has better water vapor permeability than PVC. Cycle-olefin polymers can also be used for blister packaging. These polymers can be manufactured through extrusion, or mixed with polyethylene.
Plastic Packaging
Plastic pharmaceutical packaging plays an important role in delivering drugs and medical devices. It helps to prevent product contamination and damage. In addition, it ensures safety and convenience. Packaging providers have improved their production capacities to meet growing demand. However, they face challenges in providing pharmaceutical packaging to pharma companies. The market for plastic pharmaceutical packaging will grow significantly over the next few years. This market is expected to reach USD 102.6 billion by 2021.
The US is projected to lead the global market through the forecast spell. The country will also be the biggest national player in this industry. Moreover, it is predicted to continue leading the North American pharmaceutical packaging market.
In terms of product types, the plastics segment will account for the largest share of the global pharmaceutical packaging market. This segment is used to produce bottles, caps, closures, blister packs and par-enteral containers.
Glass Containers
Glass containers have long been used for safe and convenient transportation of fluids and powders. In recent years, there has been a broadening range of applications for these handy containers. They are especially useful in pharmaceutical packaging. Typical applications include sterile containers, ampoules, syringes, and cartridges. These containers have an internal volume ranging from 0.5 to 100 ml.
Optical inspection of glass walls can be difficult. The present invention addresses this issue by providing a process for making a glass container. This consists of preparing a glass tube in the shape of a hollow cylinder. A layer of glass is then placed over the wall. This layer may comprise fused silica, silicate glass, or some other material. It is also possible to achieve a one-piece design.
Paper Containers
Pharmaceutical packaging has a broad range of applications. It is designed to protect the drug and preserve the integrity of the dosage form. A number of different materials are used in the manufacture of pharmaceutical containers. Some of the most common plastics used are polyethylene, polypropylene, and ethylene polypropylene phosphorylate (EPS).
Pharmaceutical packaging is available in several shapes and sizes. Ampoules, bottles, and blister packs are common forms of liquid pharmaceutical packaging. Other types of packaging include sachets, cartridges, and metal containers.
Pharmaceutical packaging is designed to meet the needs of modern consumers. The packaging system may have a performance feature, such as a convenient closure system, or it may be made to reduce waste or improve patient compliance.
Packaging materials are chosen carefully for the purpose of protecting the drug. This includes using materials that are chemically stable and unbreakable. Additionally, the materials should be compatible with the dosage form.
Robots
The use of robots in pharmaceutical packaging is expected to grow significantly during the forecast period. Robots are useful in performing a wide variety of tasks, such as sorting, assembly, palletizing, dispensing, and packaging. Using robotics to perform these tasks can improve productivity, reduce downtime costs, and streamline the manufacturing process.
One of the biggest benefits of using robotics in pharmaceutical printing packaging is the ability to automate parts of a production line. This allows for more consistent quality. In addition, it can help eliminate bottlenecks. Initially, the use of robots in pharmaceutical packaging was slow. This was largely because of the industrial nature of the manufacturing industry. However, over the past two decades, the pharmaceutical industry has been embracing the technology.
Today, more than a third of pharmaceutical manufacturers have started using robots in their packaging processes. Some of the most common robotic applications in the pharmaceutical industry include end-of-line packaging, kit assembly, and light machine-tending.
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