Reading Time: 3 minutesPharmaceutical manufacturing is advancing rapidly as scientists and engineers develop new solutions and medications to improve patient health outcomes.
The entire pharmaceutical industry is upping its technology game to keep up with the evolving healthcare sphere. Next time you fill your prescription, you might think about the devices modernizing the pharmaceutical manufacturing industry. Here are six essential technologies impacting the future of the pharmaceutical manufacturing industry for the better.
SCADA systems
SCADA systems are scalable technologies that automate the monitoring and management processes of pharmaceutical production. A SCADA system can monitor and collect machine data in real-time as well as manage processes remotely.
These systems can build reports of critical data, which are essential for the pharmaceutical industry’s success. SCADA systems are revolutionizing the manufacturing sphere by allowing operators to automate their processes and limit downtime.
Providers are also making SCADA implementation very cost-effective for manufacturers. For instance, Telstar Instruments is one company that offers tools and solutions for SCADA systems. The services mainly include installation, maintenance, and fixes to your SCADA and automation systems.
3D printing machines
3D printing of pills and tablets could be the next big step into the future for big pharma. Essentially, this technology can make specially shaped pills to suit patient needs, such as patients with difficulty swallowing, children, or the like.
Customizing medicine through 3D printing can potentially make a better pill for the patient community; soon to be gone are the days of struggling to wash down a horse-sized pill with a gallon of water. The U.S. Food and Drug Administration (FDA) is particularly interested in advancing 3D printing throughout the pharmaceutical industry, showing real promise for the efficacy of this tech.
Automation systems
Automation has boosted the productivity of the entire manufacturing industry, so it should come as no surprise that pharma companies are enjoying the benefits of the robot revolution.
Automation can decrease labor costs and perform complex actions needed to develop pharmaceutical products. For example, genome testing using automation systems could generate troves of patient data and help develop personalized care for each patient.
Machine learning technology and artificial intelligence
Machine learning technology can examine patients’ profiles and estimate drug efficacy. Researchers and pharmaceutical developers can then use this information to create better drugs. This advancement is another area where you’ll see personalized drugs becoming a thing of the near future.
In pharmaceutical manufacturing plants, artificial intelligence collects data and devises the most efficient ways to manufacture medicinal products. Artificial intelligence could be a revolutionary way to improve therapeutic engineering and factory efficiency.
Digitization solutions
The pharmaceutical industry would greatly benefit from adopting more digital solutions to advance their drug development and other work processes quickly. Digital technology can boost productivity in almost any sector, including the pharmaceutical manufacturing sector.
The various types of digital solutions include:
Virtual reality tools
Mobile applications and an online presence
Big Data analytics
These tools simplify the sharing of data, plans, and solutions across platforms and departments.
Continuous manufacturing equipment
The pharmaceutical manufacturing industry has adopted continuous manufacturing technology in recent years. Along with automation, this equipment allows for much greater productivity. It’s especially beneficial for producing tablets or capsules as well as improving chemical processes.
Wrap up
The technological advancement of the pharmaceutical manufacturing industry doesn’t have to be a hard pill to swallow with these modern solutions.