VR & AR: Their Roles in the Electronics Manufacturing Sector

VR & AR: Their Roles in the Electronics Manufacturing Sector

Innovations in the electronics manufacturing sector have continuously been on the rise, from machine hardware to smart devices, such as smartphones and smart homes. These advancements have transformed the electronics industry for the better and paved the way for newer, state-of-the-art devices in not only the electronics industry but in every part of our lives, from education to entertainment. 


With the emergence of breakthrough technologies like Augmented Reality (AR) and Virtual Reality (VR), the electronics manufacturing sector is being revolutionized yet again. AR and VR technology is one of the fastest-growing global technology sectors. As a result, businesses have been uniquely opting to incorporate these technologies into their work and training curricula, creating exciting interactive experiences across both the industrial and consumer electronics manufacturing sectors.

What is VR?


VR is a fully immersive experience in which computer-generated scenes encapsulate the viewer into virtual surroundings that appear and feel real. Typically, this will occur while wearing a VR headset or helmet with some screen displaying a surreal environment. In this virtual setting, you can engage with objects and explore your surroundings in countless ways.


These headsets also use head-tracking technology, allowing the user to have a 360-degree view of the environment by physically moving their head.


What are its Benefits?


There are many benefits to VR. First, it enables us to try out and develop many skills within a virtual environment without the fear of failing or dealing with real-world consequences. 


For instance, the U.S. military first adopted VR development in order to create the Virtual Battlespace Software Series (VBS) training game.  


Through the experience VR offers, education or work can become a much more interactive process as well, with excellent benefits in the medical industry. For example, medical students or doctors can undergo complex surgeries without stepping a foot into the operating room.


What is AR?


Unlike VR, which immerses users in an imagined environment, AR technology allows external data or imagery to overlay and enrich real-world physical objects. This brings digital elements into the real world and enhances the things we see, hear and feel.


In other words, with displays, sensors, and embedded electronic products, AR provides its users with the information they need to perform tasks in real-time, either by using a clear visor or a smartphone.


What are its Benefits?


AR has been one of the vital aspects of advancing the industrial applications of technology, transforming how businesses and individuals design, produce, operate, and distribute products and services across a wide array of applications. It allows designers and engineers to generate visual illustrations, such as shapes and designs, before prototyping and human operators to optimize manual production and the welding process during the rendering phase. 


AR applications further optimize production tools and manufacturing plants by creating digital machines according to real-life objective settings. Such AR opportunities are capitalized by software developers, industrial products, automation, electronics, and high-tech sectors, designing newer and more innovative applications across multiple industries.


What are Their Differences?


Differences between AR and VR primarily manifest in the education and industrial sectors. For example, in education, AR technology can be used to create opportunities for students to grasp abstract concepts. This can be done by using interactive activities in which classroom experiences can be enhanced through visual imagery overlay, such as showcasing what a particular item would look like if applied to the physical space in which the user is located. VR technology, on the other hand, can enable students to experience a historical time by immersing them in a visually realistic scenario, portraying what it would be like to live in such a period.


In industrial applications, furthermore, AR and VR systems can be used to simulate disasters in oil and gas firms for training purposes. The differences are based on the level of immersion regarding the experiences provided through the respective equipment. For instance, AR technology consists of digital elements overlaying a live view, such as a smartphone’s camera. Users can still interact with the real world, only with more enhanced and additional features. VR technology, on the other hand, offers a complete immersion that shuts out the physical world, as stated in the preceding paragraph, allowing users to enter an entirely new world and offering a training practice in a completely different environment for the utmost experience.


What Do They Mean for Different Industries?


Innovative ways for designers and engineers to bring their products to life are becoming more advanced by the minute, offering technological solutions for various users across different industries. 




VR and AR technologies are being used to transfer information to the students in real-time by either simulating a scenario they are immersed in, such as a historical era, or facilitating a more visually or auditorily enhanced environment.




The medicine and healthcare industry is making use of AR and VR technologies as well. For example, surgeries can now be broadcast to informed audiences, and innovative devices can help healthcare professionals locate veins much faster and more efficiently.




Estate agents can now attain buyers through headsets and 3D walkthroughs of the houses on the market. This allows buyers to quickly visualize the end product of the given property.




The advancements in AR and VR technology improve auto safety and care. For example, VR showrooms, instructional AR overlays, and test-drive simulations are some of this sector’s most innovative and upcoming technology.




In the retail industry, companies and businesses are opting for AR-based apps and VR tours, showing customers how certain items would look in their homes and on themselves or transporting them to any place they would like.


What Technologies Do They Promise for the Future?


There are multiple reasons why AR and VR are promising technologies in the electronics manufacturing sector. 


Virtual Feedback


AR and VR technologies allow designers and engineers to see every component of their equipment, quickly identifying any flaws or defects that must be taken care of before building the products. 


Users can further work together on product designs virtually. With the help of such technology, they can give feedback on areas that need fixing without having to be in the object’s physical presence.


Improvement in the Assembly Process


The assembly process can be improved with AR glasses that provide real-time visuals, such as motion and depth sensors, to the workers regarding where a part should be placed within the assembly line. 


This improves production time and lowers costs by enabling employees to complete their work faster and with fewer errors.


Improvement in Workplace Safety


Through the virtual experience simulated by VR Headsets, manufacturers can conduct the production process no matter where they are, allowing them to control how the process is running, check whether the safety measures are in place, and ensure the well-being of the staff.   


Staff Training


Conducting simulated experiences for training purposes through VR headsets or creating visual overlays for feedback increases efficiency, safety, and productivity. 


Thanks to this, new employees are already knowledgeable about the basics of the procedures before they even begin working.




Both AR and VR technologies are growing rapidly, and many experts predict that they will continue to become more and more popular.


Undoubtedly, AR and VR technologies will significantly improve safety and customer experience across various sectors, especially in the electronics manufacturing sector, as they have already considerably impacted how designers and engineers create and manufacture their products and services. Furthermore, as these technologies continue to evolve and become more advanced, they will only become more critical in the future, offering more innovative ways for their application in both business and daily life.

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