Hiren Kanani

Hiren Kanani

June 19, 2019 12 minutes to read

How AR/VR will change the reality of manufacturing?

How AR/VR will change the reality of manufacturing?

It would not be the wonder if we say that the manufacturing industry is the mother of all other industries. When there is a product, there must be some manufacturing processes related to it. And this manufacturing sector is having tremendous importance for ancillary industries. Manufacturing is an industry where every second matters. Modern automated factory floors never stop running, and even the tiniest mistake in design or layout can cost untold millions. That’s the reason why Virtual reality and augmented reality are important for this particular sector.

The ability to simulate everything from the factory floor to the most extreme edge case of the final product is invaluable, and the ability to do it instantly and effectively for free makes VR a transformative technology for factories.

In the current highly competitive business and manufacturing environment, manufacturing industry is facing the constant challenge of producing innovative products at reduced time-to-market. The increasing trend of globalized manufacturing environments requires real-time information exchanges between the various nodes in a product development life cycle, e.g., design, setup planning, production scheduling, machining, assembly, etc.as well as seamless task collaboration among these nodes.

In addition, with increased environmental awareness and legislation, more constraints have been placed on product disposal, hence promoting product recycling, servicing and repairing activities. Product development processes are becoming increasingly more complex as products become more versatile and intricate, and inherently complicated, and as product variations multiply with the trend of mass customization.

Thus, manufacturing processes have to be more systematic in order to be efficient and economically competitive. An innovative and effective solution to overcome these problems is the application of virtual reality (VR) and augmented reality (AR) technologies to simulate and improve these manufacturing processes before they are carried out. This would ensure that activities such as design, planning, machining, etc. are done right-the-first-time without the need for subsequent rework and modifications.

AR and VR can be helpful at various stages of manufacturing process. Starting from product design, AR and VR can be applied for further stages like, trial and error, manufacturing process planning, organising the manufacturing processes, inventory management, and waste management.

Manufacturing industries are having two phases namely pre-production phase and production phase.

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Image Source: Google

AR and VR are helpful in both phases as follows:

Application of VR and AR in product planning

Product planning is a very tedious work. It demands tremendous dedication and expertise of an engineer. Starting from product’s feasibility to its optimum production cost, an engineer has to take in mind all the aspects of product design. Here AR and VR come into the picture. AR and VR convert all this paperwork, trial and error into digital and visualized data. Any changes in product design charges just few minutes vis-à-vis many hours before VR and AR revolution. Use of AR and VR in product design has drastically reduced the time and expense.

AR and VR Learning Blog Image 1

Applications of VR and AR in manufacturing

From machine layout to safety training, manufacturing is one of the main drivers of widespread VR adoption. Here are some of the most innovative ways the technology is used.

Let’s take an example of our very own automobile manufacturing company, M/s Ford.

Ford was one of the first car manufacturers to utilize virtual reality in its processes. The company has employed dedicated virtual reality specialists for many years, and uses the technology in all aspects of its operations. Engineers are able to design and build an entire care, from the power train to the upholstery, in a virtual environment.

ford five vr

Image Source: Google

Today, Ford utilizes consumer-available head-mounted displays such as the Oculus Rift and HTC Vive, but in fact they developed their own in-house solution long before VR headsets were available at retail.

Benefits of using AR and VR in manufacturing sector

Work can be done faster: Usually, it can be a hassle for fighter jet engineers to assemble an aircraft because it would take years of training to do so. But with the aid of AR glasses that use depth sensors, cameras, and motion sensors that overlay images into real world during work, engineers are able to see renderings of bolts, cables, part numbers and instructions on how to assemble a specific component.Augmented reality

  • Frequent shop floor problems solved easily: With augmented reality in manufacturing on your side, your manufacturing operations employees can directly show all of the problems to your maintenance teams and engineers. They can also view KPIs (Key performance indicators) in real-time as well as diagnose and resolve the issue without interfering with production.

AR and VR in Manufacturing Ford Manufacturing

  • Date access becomes handy: Service engineers and manufacturers can go up to any item that comes with IoT technology and identify any object to help you get any information from a company’s back-end enterprise resource planning system. With that, they will have access to the object’s specs, location, inventory, and lead times.
  • Maintenance time reduces drastically: In any manufacturing unit, maintenance plays a crucial role. As we all know, without proper preventive maintenance no industry can run efficiently. Proper maintenance reduces breakdowns and increases productive time of the industry. With the help of virtual reality and augmented reality devices, your team can hurriedly identify the flaw and prevent the downtime from ever occurring.
  • Enhanced Work Instructions: AR work instructions offer a more intuitive way of guiding workers through standardized processes. Instead of overwhelming them with multiple actions and limited visuals, AR projects instructions directly onto the work surface, leading workers one step at a time. This focused approach ensures that workers concentrate on the quality of each individual action, resulting in reduced time, errors, and cognitive load.
  • Streamlined Adaptation to product variation:Once work instructions are created, they are added to an index of programs accessible on every AR system. With multiple processes available per system, workers can swiftly and conveniently adapt to variations in products. By scanning a barcode, the AR software connected to an enterprise Manufacturing Execution System (MES) or Programmable Logic Controller (PLC) instantly recognizes a new part and automatically retrieves the corresponding work instructions. This seamless integration enables efficient handling of product variations, ensuring that workers have the right instructions at their disposal for each unique task.
  • By having AR apps on your mobile devices, your team can visually identify the problem on the shop floor and resolve it there and then.
  • Prevention of errors: Airbus has been using augmented reality in manufacturing for several purposes under the brand Smart Augmented Reality Tool (SART) since 2011. Although this technology can be used in many applications, aircraft programs use it more often. As a matter of fact, nearly 1000 employees use SART every day. A very good example of this is the inspection of bracket installation in fuselage assembly when a tablet camera superimposes a virtual image of the as-designed assembly over the real as-built product. This technology quickly enables the engineer to detect any flaw.


Augmented reality Hardware on the factory floor

It seems that the use of AR and VR in manufacturing sector is not new in the market. As we have seen the examples of Ford and Airbus above, there are various such players present in the market that are already incorporating AR and VR on their factory’s shop floor. We will know one by one that how the giant companies incorporated AR hardware and software in their production line.

hololens thyssenkrupp stairlift

Image Source: Microsoft

  1. Microsoft HoloLens used by Thyssenkrupp
    Thyssenkrupp recently started using Microsoft HoloLens – a fully self-contained, holographic computer that enables interacting with high-definition holograms overlaid in real world, for designing bespoke home mobility solutions. The process that involved a complex system of label and camera along with tedious manual data-entry for developing a custom stair lift solution is now transformed to digital, reducing the delivery time manifold. The salesperson now measures the staircase through HoloLens and the measured 3D point cloud data is then sent to manufacturing team automatically. The company is now able to make quick decisions and near real-time design approval for manufacturing. At the same time, the technology is allowing the sales person to provide the customer with a visualization of how the new stair lift will look like and function in their home. This Augmented Reality application is bringing Thyssenkrupp incredible amount of productivity and satisfaction for customers.
  2. Boeing using google glass as hardware and skylight software for assembly
    World’s leading aeroplane manufacturer Boeing is using google glass and skylight platform in training and manufacturing to amplify the wiring process. Traditionally, the workers were using charts and printed diagrams. But with the AR solution, however, technicians get instructions right when needed without looking away through Google Glass touchpad, voice commands and the head tracking interface. While voice commands enable freeing up both the hands of the technician, barcode readers and Google Glass cameras help in identifying and confirming the wiring inventory. Whenever in need, technicians have the provision to look how-to videos for more clarity on the assembly process right in their field view. Implementing AR solution has enabled Boeing to save 25% time in wiring production and reduced the error rates to virtually zero.
  3. Range rover uses AR based app for training its employees
    Jaguar Land Rover (JLR) partnered with Bosch and RE’FLECT to design an AR integrated training app for employees. The objective of the app is to train new technicians without removing and reinstalling the vehicle dashboard.

    reflect range rover arImage Source: Google

  4. Automobile Giant Porsche applied AR tools in Quality control
    For Porsche, the factory of the future is already a reality, and you can see that through their upgraded factories at Leipzig and Zuffenhausen. The company calls it as “Production 4.0”, which signifies their commitment to continuous improvement using new technologies and methods.
    Apart from using robots for repetitive tasks, Porsche is applying augmented reality to take quality control to the next level. At the company’s quality centre, experiments are conducted with Augmented Reality to figure out if the technology can be used to obtain precise design information about components quickly. Using an AR tool that can work within tablets, engineers can instantly gauge the dimensional accuracy, surface finish, tolerances and interference and other potential issues. The app also provides the functionality to test the functional aspects of components such as power windows and lights.
  5. Caterpillar applied AR in Maintenance sector
    Caterpillar successfully completed a pilot project that involved using AR for machine maintenance tasks. The company has developed its own AR app that assists technicians in performing service and maintenance checks. The hardware independent app can be used on a phone, tablet or AR glasses.


The new reality for manufacturing

The manufacturing industry is experiencing a transformative shift towards digitalization, and one of the most significant technological advancements driving this change is extended reality (XR). Extended reality encompasses augmented reality (AR), mixed reality (MR), and virtual reality (VR), creating immersive environments and enhancing human-machine interactions through computer-generated experiences. In the manufacturing sector, XR is revolutionizing various aspects and offering tremendous opportunities for improved efficiency, accuracy, and productivity. Let’s explore three key areas where extended reality is propelling the industry forward.

Design and Development

Extended reality technologies are enabling a more comprehensive and collaborative environment for design and development in manufacturing. Teams can now easily share design ideas, optimize manufacturing line setups, and interact with machinery regardless of their geographical location. By combining simulation and virtual reality, manufacturers can visualize their factories and experience an immersive view through VR goggles. Augmented reality applications further enhance the experience by providing lifelike digital visualizations at scale. With these intelligent tools, manufacturers can identify and address potential issues and defects in real time. Whether it’s evaluating the compatibility of line layouts with product designs or ensuring the accuracy of the building process, catching problems early on saves valuable time and resources.

Training and Collaboration

Extended reality is breaking down the barriers of geography, organizational structures, and workload, leading to enhanced training and collaboration in manufacturing. This technology allows manufacturing leaders to democratize expertise and share valuable knowledge across regions, teams, departments, and functions. By providing immersive experiences that go beyond traditional paper-based or video training, XR enables workers to see, hear, and interact with the factory floor and machinery virtually. This eliminates the need for extensive travel and broadens access to training programs for the entire workforce. The immersive nature of extended reality also improves engagement and retention. Moreover, XR applications contribute to worker safety by simulating and training for hazardous situations, equipping employees with hands-on experience, and ensuring they understand potential risks and precautions before entering the shop floor.

Maintenance and Configuration

Recruiting and retaining specialists with the necessary skills to handle complex manufacturing machinery equipped with advanced controls, sensors, and networking capabilities can be challenging. However, extended reality technologies are reshaping knowledge acquisition and interaction for manufacturing employees. Specialists in high demand can leverage XR to diagnose and troubleshoot machinery from anywhere in the world, resulting in faster execution and fewer errors. With extended reality, these experts can virtually examine and manipulate the equipment, access real-time data, and collaborate with remote teams to resolve issues promptly. This not only enhances maintenance efficiency but also empowers manufacturers to overcome the limitations of physical proximity and tap into a global pool of expertise.


AR and VR are going towards their own zenith day by day. By taking into account the recent scenario, the below image shows some statistics.

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Both VR and AR are improving the skills of the workers as well as eliminating errors in product designing and production planning at the same time. AR and VR in manufacturing sector, are helping the manufacturers to produce more efficient and competitive products. With the aid of AR and VR, a company can overcome day to day hurdles and can focus on the quality of the product. AR and VR are having tremendous scopes in manufacturing sectors as we discussed above. Let our future products be the children of AR and VR aided manufacturing.






AR/VR offers several benefits to the manufacturing industry. It improves worker training and safety by providing immersive and interactive experiences, reduces errors and downtime through enhanced maintenance and troubleshooting capabilities, enhances design and prototyping processes, increases productivity and efficiency by streamlining workflows and work instructions, and enables remote collaboration and knowledge sharing across teams and locations.

AR/VR increases industrial productivity and efficiency in multiple ways. It provides workers with real-time access to information and instructions, reducing the time spent searching for manuals or consulting experts. AR/VR can guide workers step-by-step through complex processes, minimizing errors and rework. It enables remote collaboration, allowing experts to assist and guide workers from a distance, reducing travel costs and delays. AR/VR also improves equipment maintenance by overlaying real-time data and instructions on machinery, facilitating faster and more accurate repairs.

AR/VR can significantly enhance design and prototyping processes. By creating virtual simulations, designers can visualize and test product concepts before physical prototypes are built, saving time and resources. AR/VR allows for interactive and immersive design reviews, enabling stakeholders to provide feedback and make informed decisions. Virtual prototyping and assembly simulations help identify and address potential design flaws or manufacturing challenges early on, optimizing product development cycles and reducing time to market.

AR/VR finds practical applications across various manufacturing domains. Here are a few examples: Assembly and Manufacturing: AR guides workers through complex assembly processes, reducing errors and improving efficiency. Virtual workstations and digital overlays enhance precision and accuracy. Training and Education: AR/VR provides immersive and realistic training experiences, enabling workers to practice tasks and procedures in a safe and controlled environment. It also facilitates knowledge transfer and onboarding of new employees. Maintenance and Repair: AR/VR overlays real-time data and instructions onto machinery, assisting technicians in troubleshooting, repairs, and maintenance tasks. Remote experts can guide on-site workers using AR visualizations. Design and Visualization: AR/VR allows designers to visualize and manipulate 3D models, improving design collaboration and aiding in ergonomic evaluations. Virtual showrooms enable customers to experience products before production. Quality Control and Inspection: AR/VR systems can overlay digital overlays and visual cues onto physical objects, assisting in quality control inspections and ensuring compliance with specifications.
Hiren Kanani

Hiren Kanani

CTO, Cofounder of Plutomen

With 10+ years' experience of Hiren Kanani has helped Plutomen ensure smooth communication between the company and the client for swift project delivery with fewer iterations. He is CTO & founder at Plutomen.

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