Technology gets better as each year goes by. A natural result of this is that pharmaceutical manufacturing also gets better. Not only is this great for the patients, but it’s also great for the manufacturers themselves, as they get to experience improved efficiency and production.
So, what are the five biggest trends in pharmaceutical manufacturing today? You can find out all of this (and more) in the sections below.
1. Chemical Synthesis
The chemical synthesis process has always played a huge role in pharmaceutical manufacturing. Over recent years, though, this role has gotten bigger.
Now, chemical synthesis is being used to produce pharmaceutical products, from pills to drops, with low molecular weights. In turn, the low weights allow bigger volumes to be produced, meaning more products can be supplied to healthcare practices.
For example, Etox manufactured by polychemistry.com is currently being used as a protective group across pharmaceutical production.
2. Artificial Intelligence (AI)
AI technology is impacting all industries, with the pharmaceutical industry being at the top of the list.
When it comes to drug manufacturing, AI can perform all sorts of amazing tasks, from quality control to predictive maintenance. Then, in addition to this, it can also help to make calculations that reduce waste in the manufacturing process, enabling companies to save money and help the environment at the same time!
3. 3D Printing (Additive Manufacturing)
3D printing is slowly starting to player a bigger role in modern-day pharma manufacturing.
Currently, 3D printing is being used to manufacture small pharmaceutical products. The main benefits of this are more accuracy and repeatability across production lines when compared to traditional manufacturing methods. Again, this is great for overall efficiency.
In the future, it’s highly likely that all (or at least most) pharmaceutical products will be 3D printed.
4. Precision Medicine
Precision medicine, as the name suggests, is when medicines are created in batches and then supplied to patient groups with specific needs. Essentially, if precision medicine starts to become the norm, it will put an end to the “one-size-fits-all” approach that has been common in the pharma industry over the past several decades. Essentially, what you will see are a variety of complex, specialist drugs being produced on a much smaller scale so that costs can be reduced and patients get exactly what they need.
5. Data Management
Data management is the fifth and final trend in pharmaceutical manufacturing right now. Pharma manufacturers and researchers are currently using big data to make smarter decisions. For instance, big data is an excellent tool for figuring out various factors surrounding a specific drug, such as its side effects and overall market demand.
Arguably, the biggest benefit of improved data management is that it reduces the requirement for large-scale research and development, which is one of the main drivers behind the inflated costs of medication. Soon, when researchers and manufacturers can rely entirely on AI and big data, then it will likely lead to much lower healthcare costs for the average person; not just in the US but the world more broadly.