by Anh Son Ngo / 8 minutes read

What Is Pharmaceutical Manufacturing?

What is Pharmaceutical Manufacturing?

Pharmaceutical manufacturing refers to the industrial synthesis of pharmaceuticals. This is a process with many challenges and techniques that practitioners need to know to ensure optimized drug development. This has clear advantages for all pharmaceutical manufacturers, as optimized production always has a positive impact on company profits. 

Pharmaceutical manufacturing (Source: Internet)
Pharmaceutical manufacturing (Source: Internet)

A number of methods and tools can be applied to improve manufacturing optimization efforts, including:

  • Digital manufacturing
  • Flexible manufacturing
  • Continuous manufacturing

Let's take a closer look at these points: 

Digital manufacturing

The term digital manufacturing essentially refers to the application of digital tools or techniques to optimize manufacturing processes. This can mean applying data and analytics or using advanced technologies such as artificial intelligence (AI).

These digital tools are critical in improving manufacturing processes and dealing with uncertainty during the intense disruption caused by the Covid-19 pandemic. The rise of these digital tools has ushered in the era of Industry 4.0, the progressive automation of traditional manufacturing. According to a Pharma IQ report, 94% of his pharmaceutical manufacturing practitioners have been able to continue their operations thanks to Industry 4.0 solutions.

Digital manufacturing (Source: Internet)
Digital manufacturing (Source: Internet)

Similarly, the same report identified Industry 4.0 solutions in pharmaceutical manufacturing. The solution provided 20% savings while improving quality and increasing delivery reliability. 

As one professional said: “By finding opportunities in the face of uncertainty and transforming industry challenges into solutions that enable continuous workflow, pharmaceutical companies can respond quickly to risks and improve business performance." 

Flexible manufacturing

In particular, he said, with the global need for rapid production of Covid-19 vaccines, flexibility in manufacturing processes is critical to meet the exponential increase in demand the industry has seen. As highlighted in the Rockwell Automation report, flexible manufacturing could be understand as running small batches, optimizing asset utilization or entering a new market.

Flexible manufacturing (Source: Internet)
Flexible manufacturing (Source: Internet)

With the increasing introduction of flexible production facilities, many pharmaceutical manufacturers are recognizing the benefits of flexible tools such as single-use reactor bags, smart his containers, and mobile processing equipment. This enables companies to quickly adjust manufacturing process designs to meet increased demand or forced shifts in manufacturing focus.

Continuous manufacturing

The pharmaceutical industry prefers continuous processing techniques and technologies to improve workflow productivity. For example, unlike traditional pharmaceutical manufacturing in fixed batches, continuous processing facilities create a continuous production cycle with no waiting times, enabling superior development speed and increased process safety.

Among the improvements that continuous manufacturing provides are reduced manufacturing costs, especially in the long term, shorter manufacturing times, and reduced human error rates.

Continuous Manufacturing (Source: Internet)
Continuous Manufacturing (Source: Internet)

Where to Find Pharmaceutical Manufacturing Solutions

Application of AI

Using AI to optimize manufacturing processes is an increasing focus in the pharmaceutical industry. New drug development is a demanding process and less than 10% of his clinical candidates are approved. The primary reasons for this are the complex nature of the science that underpins pharma development, increasingly stringent regulations, and the need for more precisely defined patient populations.

AI in pharmaceutical industry (Source: Internet)
AI in the pharmaceutical industry (Source: Internet)

AI can be useful to improve candidate quality and target validation, optimize clinical trial design through biomarker-based screening and also, reduce costs using in silico database-trained methods. Aside from this, AI also has the potential to provide a solution to the increasing complexity of the pharmaceutical manufacturing process globally and allow business development and licensing teams to automate necessary yet mundane, manual tasks and focus on high-value activities.

Data and analytics

For pharmaceutical manufacturing processes to reach a stage where they are considered digitally efficient, supported and optimized by digital manufacturing techniques and technologies, manufacturers must first seek to implement searchable, accessible, interoperable, and reusable data principles.

Data and analytics in pharmaceutical industry (Source: Internet)
Data and analytics in the pharmaceutical industry (Source: Internet)

With research from Pharma IQ revealing pharma practitioners believe data and analytics will have a greater impact on manufacturing than any other trend between 2020 and 2014, it is clear that manufacturers are ready to embrace the era of enhanced digital practices. 

High-density cell banking

High-density cell banking replaces the traditional seed train process in cell amplification from cell culture. High-density cell banking has been shown to increase the density of cell cultures from 10 million cells per mL to 100 million cells per mL, significantly speeding up this process and enabling manufacturers to produce vaccines. We will be able to concentrate on the production of pharmaceuticals such as and remedies to reduce it.

High-density cell banking (Source: Internet)
High-density cell banking (Source: Internet)

How can you optimize your manufacturing process?

Maximize operational efficiency

Pharmaceutical manufacturers are increasingly emphasizing the need for process efficiencies and cost-containment measures to meet the demand for cheaper generic drugs and increased production speeds. 

Improve pharmaceutical water monitoring

Increasing the efficiency of production methods while maintaining acceptable safety and quality standards is a major challenge. One area where this is evident is the use of water in pharmaceutical manufacturing, where microbial and total organic carbon (TOC) contamination must be closely monitored. This need for close monitoring adds significant time and resources to the production cycle.

However, there are techniques manufacturers can use to minimize this loss. Application of increasingly efficient water monitoring solutions that provide real-time monitoring for TOC and compliance management. Companies can also leverage established solutions and guidance to ensure pharmaceutical water is always compliant. For example, real-time monitoring of water for injection and promoting continuous water monitoring in the manufacturing process.

Apply Digital Manufacturing Solutions 

Given the clear benefits that digital manufacturing solutions can provide, as mentioned above, many organizations will seek to understand how to implement them. However, this is not an easy endeavor as the complexity of these digital solutions and the pharmaceutical manufacturing process as a whole means that the implementation of new technologies and practices must be carefully considered.

The value and results of streamlined pharmaceutical manufacturing

Pharmaceutical manufacturing value (Source: Internet)
Pharmaceutical manufacturing value (Source: Internet)

How a digital approach can improve transforming the manufacturing process 

The fact that the implementation of digital manufacturing tools and technologies is a key priority for many manufacturers today is not surprising given the beneficial results that can be achieved. These benefits include reduced manufacturing costs, increased production times, and easier maintenance of regulatory compliance.

Improving manufacturing outcomes with flexible manufacturing

The application of flexible manufacturing techniques can help manufacturers achieve significantly better outcomes for the production process.

These results include a 25% increase in throughput through reduced cleaning times and better labor utilization as a result of productivity-enhancing technologies such as single-use reactor bags. Aside from that, manufacturers can reduce inventory needs through data-driven processes and reduce building footprints by eliminating the need for permanently installed equipment and infrastructure.

Get to know more about pharmaceutical manufacturing!

In today's era, pharmaceutical production is increasingly asserting its position as one of the important industries for the development of the economy and human health. Above is most of the important information about pharmaceutical manufacturing that you need to know.

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Anh Son Ngo

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Major: Business Administration, but I'm looking to try my hand at marketing. Hobby: Sports and photography Job: Ads rating/freelancer content Desire: to experience many areas of marketing to find the aspect that I like the most

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