DRL MCQ 9.pptx

AR VR XR in Pharma Manufacturing Discover how Augmented Reality (AR), Virtual Reality (VR), and Cross Reality (XR) are transforming the Pharma Manufacturing Industry. What is AR VR & XR? AR (Augmented Reality) VR (Virtual Reality) XR (Cross Reality) AR enhances the real world by VR replaces the real world by XR combines the attributes of overlaying digital information immersing users in a fully AR and VR to generate a new onto it, creating an immersive digital environment through reality blending both real and experience. headsets. virtual environments. Applications AR, VR, and XR technologies have applications across a wide range of sectors including entertainment, education, and in Introduction to AR/ VR/ XR in Pharma Manufacturin Reduced Cost The use of AR, VR & XR reduces the need for costly machinery and material in pharmaceutical manufacturing where conditions may not always be ideal. These technologies shorten development timescales, increase productivity and product quality, and reduce time to market. 1 Efficient Training AR, VR & XR technologies are changing the way Pharma Manufacturing employees are trained. Advanced simulations reduce time-to-production and risk when training operators on new processes, systems, and equipment. 2 3 Improved Safety These technologies have created opportunities for plant operators to work with increased precision, reduced risk of errors, and fewer hazardous interactions between workers Potential of AR VR XR to Revolutionize Pharma Manufacturing Immersive Development of New Medicines VR & AR technologies can provide an immersive Efficient manufacturing of medicines environment for scientists to collaborate, and simulate structures of molecules, drugs, and Automated Manufacturing Processes interactions with cells, a key step when Pharma Manufacturing is a time-intensive, costly, developing new drugs.Augmented reality could and highly regulated process. AR, VR & XR can also be used to help medical professionals help companies to cut down on time, cost, and envision the medications' impact throughout the human error from the manufacturing process by body and on different organs. automating and optimizing various steps in the process. Pharmaceutical companies are developing increasingly sophisticated robots to improve the efficiency and accuracy of manufacturing. Real-World Examples of AR /VR/ XR in Pharma Manufacturing Boehringer Ingelheim Boehringer Ingelheim adopted a VR digital twin of its manufacturing plant in Spain to use as a simulation for new plant installations. This has greatly reduced the need to build the entire plant first as it has saved a lot of construction time and costs. 2 1 Pfizer 3 GSK Pfizer developed a VR training program for GSK’s Augmented Reality system helped to manufacturing facility workers to train them on improve the training of employees while production and assembly line procedures. This has minimizing the risk of error. This has significantly decreased training time by 60% and increased improved training performance and knowledge Opportunities and Challenges of Implementing AR /VR/ XR in Pharma Manufacturing 1 Opportunities 2 Challenges AR VR & XR provides Pharma Manufacturing Pharma Manufacturing must invest significant companies with competitive advantages such amounts of time, resources, and capital to as better-trained staff, reduced downtime, successfully implement AR, VR, and XR predictive maintenance, improved output, and technologies. They are, however, the future of automation. the industry, and further improvements on these devices will make the significant investment worth it. Current Trends and Future Outlook of AR VR XR in Pharma Manufacturing Automation and Robotics Data Analysis and Predictive Maintenance Immersive Manufacturing scenarios The use of AR, VR & XR is expected to The use of robots and automation is AR, VR, and XR have become critical tools in increase given their immersive and increasing in the pharmaceuticals industry predictive maintenance and have allowed for descriptive manufacturing process. Such with AR, VR & XR facilitating simulating the analysis of data obtained during the devices offer an opportunity to existing environments to ensure precision. manufacturing process, thus enhancing processes that integrate operational data overall productivity and product quality. from multiple sources, such as machines and sensors, to deliver advanced insights into the production process. Use Cases for AR VR XR in Pharma Manufacturing Pharma Product Showcase AR, VR can be used effectively to showcase and demonstrate the product ensuring stakeholders understand the features, use, and dosage administration. 1 2 3 Training in Real Time APR integration Using augmented and virtual reality, new Augmented procedures ensure skilled laborers employees can go through training exercises and continue to maintain the high standards expected simulations that match their real-life experiences without the risk of human error and improve in real-time. efficiency and safety in manual labor-deserving tasks. How will Augmented and Virtual Reality Change Pharma Experiential educational content Op’s / Manufacturing B A Identi R&D D C Innovati fy on E-Detailing Drug MOA E USE CASES AR / VR / XR 0 1 Production 0 2 Process 0 3 Training 0 4 Maintenance 0 5 Damage estimation Conclusion and Key Takeaways from AR VR XR in Pharma Manufacturing Revolutionizing Pharma Manufacturing Growth Potential Further Investment While only a few years into Pharma Manufacturing The incorporation of AR, VR, their adoption, augmented companies must continue to and XR into pharma reality & virtual reality invest in AR, VR & XR manufacturing operations technologies are already technologies; as they form the significantly improves training transforming how pharma technological backbone of and increases the speed, manufacturing employees are Pharma Manufacturing's quality, and precision of the trained and perform their jobs. future. manufacturing process. They have a lot of potential in this industry.

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