Boeing minimized their airplane production duration by 1/4th and reduced error rates to approximately 0% by enhancing their production lines with AR-based technology. 

AR is quickly becoming a force to behold in various industries and domains, especially in the manufacturing space. 

Every phase of production or manufacturing starting from research and product development to end-of-life management is experiencing the advantages of a plethora of AR offerings that reinforce the manufacturing process. 

Application – AR in manufacturing 

If you wish to observe the product in the setting it will be used in, AR can do that in a quicker, and more cost-effective fashion than developing a prototype. 

Hardware-based products are presently being produced via cutting-edge tech processes that have little to no tolerance for error. 

Businesses the world over need to make sure that quality is maintained to stay ahead, or at least on level with market competitors.  

AR fills the holes in technology that can possibly cause errors, and outcomes in quality production, optimized planning, faster turnaround, reduced wastage and a plethora of other tangible and intangible advantages. 

Several organization have effected improvements on their end-to-end production processes by using enhanced AR technologies. Here is just a preview of what AR can do for your business. 

Visualization and prototypes 

Developing several prototypes with the objective of visualization, and functionality testing is costly, work intensive, and takes a lot of time. 

AR renders visualization with increased efficiency levels with regards to economics and labour. 

By developing a digital twin, or a virtual model, personnel can visualize products without having to develop an actual prototype. This significantly minimizes the logistics of design and development and in turn, reduces the time products take to get to the market. 

With the abilities of AR, a product can be converted from conceptualization to visual and even actual prototypes (via rapid prototyping and 3D printing) in the span of days or weeks over months. 

Complicated assembly 

Every big machine needs hundreds if not thousands of portions for assemblage with maximum accuracy and precision. With regards to airplanes, ships, big automobiles, and power generation machinery, tons of thousands of parts require to be assembled, and the drastically reduced error margin leaves no space for errors. 

In this scenario, manual assembly and inspecting would need the expert input of several technicians to achieve that precision. 

However, when this process is reinforced by AR, this renders the assembly process skill agnostic and makes sure that all parts are in compliance with requirements and norms. 

For example, airplane companies and automobile manufacturers now utilize AR-enhanced goggles to make sure that seat fitment meets standards. 

When these gadgets are utilized, an alarm is rung even if the specialist has a position deviation of a mere 1mm. This ensures that time isn’t wasted in refitting by making sure they ensure quality the first time. 

Supply chain and logistics 

Small and medium sized organization do not have an independent division with regards to procurement and stock-taking. Typically, they find themselves in a pickle when they need a specific component but it is identified as being in short supply. 

With regards to quickly moving goods, companies usually identify that they have parts or perishable components in excess and could probably lose if these components are not processed at the right time. 

AR-enhanced businesses can simulate the procedure and detect machine failure, downtime, and shortages in demand. This helps the businesses to plan the supply chain, assisting the organization to streamline machine run times, reduce wastage, minimize production lead tie, and most crucially accomplish shorter sales processes. 

Product Lifecycle Management 

The complex product lifecycle can be simulated with the help of AR. Several use-cases can be modelled to test the efficiency and durability of the product, helping companies to play the end-of-life of the product even prior to the product hitting the market. 

AR every step of the way 

Bleeding edge AR-enabled technologies are without a doubt creating a revolution in manufacturing by making processes quicker, improving sustainability, and efficiency. 

References 

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