The Growing Impact of AR-VR in Medical Device Manufacturing - The Growing Impact of AR-VR in Medical Device Manufacturing -
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The Growing Impact of AR-VR in Medical Device Manufacturing

the Revolution

Introduction

The drastic evolution of technology has greatly transformed various industries and healthcare, the device/implant manufacturing is no exception. Among the numerous technologies that are revolutionizing almost every industry, AR (augmented reality) and VR (virtual reality) plays a pivotal role. Several advantages are provided by AR/VR technology including but not limited to improved design and production processes to better quality control and training.

The design and development of medical equipment is one of the major areas where AR/VR is making a difference. Multiple iterations and prototypes are common in traditional design procedures, which increases the cost and adds time to the process. With AR/VR technology, designers may now create, visualize, and alter medical devices in a three-dimensional world virtually. Manufacturers can then evaluate the viability of designs, spot any potential problems, and make the required corrections before the manufacturing process begins. As a result, businesses can cut expenses, speed up the design process, and ensure that the finished product complies with the necessary requirements.

Statistics

According to recent studies, the reports and stats reveal:

Ref: https://www.statista.com/outlook/amo/ar-vr/worldwide

  • Revenue within the AR & VR market is poised to achieve a substantial milestone, reaching a noteworthy US$31.12 billion by the year 2023.
  • This positive trend is anticipated to continue, with an estimated compound annual growth rate (CAGR 2023-2027) of 13.72%, leading to a projected market volume of US$52.05 billion by 2027.
  • In terms of user engagement, the number of users within the AR & VR market is expected to rise to an impressive figure of 2,593.00 million users by 2027. The level of user penetration, which stands at 28.8% in 2023, is projected to grow to 32.6% by 2027.

Manufacturing Process

The manufacturing process itself has changed as a result of AR/VR.

  • Manufacturers can reorganize their processes, boost productivity, and maximize resource use with the aid of these technologies.
  • AR allows workers to receive real-time instructions, data, and visual assistance by superimposing digital information onto physical workstations, increasing productivity and decreasing errors.
  • Virtual reality (VR) provides lifelike simulations that let manufacturers evaluate assembly procedures, spot bottlenecks, and make adjustments without affecting the production line
  • Ensures improved product quality, this also results in less downtime and higher output.

Quality Control

Quality control is another aspect for the production of medical devices benefited by AR/VR. It is crucial to ensure the dependability and safety of medical devices, and these technologies offer creative approaches to quality control. Thorough inspections can be conducted to identify flaws, and confirm regulatory compliance using AR/VR systems that can overlay virtual visualizations on real-world objects. Furthermore, these technologies enable firms to identify and address quality issues early in the production cycle, reducing the likelihood that defective items will reach the market.

Conclusion

The growing impact of AR/VR in medical device manufacturing is undeniable. These technologies are reshaping the industry by revolutionizing design processes, optimizing manufacturing operations, improving quality control, and enhancing training methodologies. As AR/VR continues to advance, we can expect even more innovative applications and transformative outcomes in the medical device manufacturing sector. Embracing these technologies will be crucial for manufacturers to stay competitive, deliver superior products, and contribute to advancement globally.

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