But except for the periodic table and laboratories, where does argon appear? What are its top commercial and industrial uses? Read on to find out!

Top uses of argon on a commercial scale

As a noble gas, argon has many unique properties that allow it to be used in applications across multiple fields in Australia. Here are some of the top uses of argon on a commercial scale. 

Neon lights 

One of this noble gas’s most common and widely known uses is probably neon lights. But how does this work? 

On passing electricity through the noble gas, you put the electrons in a state of flux, temporarily exciting them. As a result, they jump into the upper energy level or ‘shell’. Upon returning to its original energy level, the electron emits a photon responsible for the neon light. 

3-D printing 

Argon is spreading its roots across 3D printing gradually. Since 3D printing is a process that exposes the printing material to extreme heat and cold, it needs something to prevent it from oxidising.

This is where the above noble gas steps into the picture, which further reduces stress impact. Moreover, it can also be mixed and blended with other gases to create better anti-oxidising agents for 3D printing material. 

Radioisotope dating 

One of the other widely-known uses of Argon is Radioactive dating, which can be used to date objects more than 4 million years old. 

Note that radioisotope dating and carbon dating are not the same. Carbon dating is a further sub-classification of radioactive dating and can only be used to date around 1000 years old articles. 

Shield gas for welding 

The above-mentioned noble gas also provides a significant contribution to the world of welding. It is used for welding a wide variety of things, ranging from specialty alloys to automobile parts. 

But why is argon referred to as the shield gas? 

Well, it is because argon is generally non-reactive and doesn’t react with all the gases floating around while welding is going on. Hence, it keeps you away from the risk of things escalating and catching fire during welding.

Heat treatment

The above noble gas is perfect for processes that require the absence of atmospheric gases such as oxygen and nitrogen. This means that they can be used efficiently for heat treatment processes that demand the absence of the above-mentioned atmospheric gases. 

Metal production

Since the above noble gas prevents oxidation, it can come in handy in another important industrial process, i.e. metal production. To produce metal, it needs to be heated and cooled repeatedly. Argon’s job is to ensure that the metal doesn’t succumb to oxidation in the above process. 

Everybody who has had the slightest relation to chemistry in school or college has heard argon. But argon isn’t a very widely used gas on a commercial scale. 

It has only just started taking up more industry applications and putting them to fresher use.

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By building durable concept models, prototypes, tooling and low-volume end-use parts in-house, automotive engineers and designers can work more iteratively, test more thoroughly and move confidently into production.

Replace Expensive CNC Production

By replacing expensive and lead-time critical CNC-milled parts with in-house manufactured plastic parts, you can dramatically reduce your production costs. The printed plastic parts also perform better  technically, weigh less, and are well suited for the production of complex bodies that, when using conventional metal-cutting processes, would be very difficult and costly to produce.

3d printing service in India, usa, uk, germany, france, singapore, canada.

Create Better Assembly Tools

For hand-held devices used on the assembly line, engineers can employ 3D printing to make ergonomically designed assembly aids that perform better than conventionally made tools.

Test and Identify Design Problems

In some cases using CAD models alone is not as effective at finding design problems as a 3D printed physical part you can easily identify a component issue that may have been missed in the initial design stage.

How is 3d printing in automotive industry paving the way for new car designs?

This printing technology allows for rapid prototyping instead of relying on the traditional method of making a mold and manufacturing a part or hand-tooling a part. There are many advantages of using 3d printing instead of traditional manufacturing, not the least of which are lower costs and faster speeds. The method allows for on-demand tooling, and the parts are lighter and the fabrication process is much more environmentally friendly, requiring a fraction of the energy cost that is required in traditional manufacturing.

In the current landscape, cars are built on long assembly lines that consume staggering amounts of energy, which means even cars built to live an eco-friendly existence roll off the assembly line with a huge carbon footprint. Choosing 3d printing over traditional manufacturing in the field of Automobile industry mainly includes two positive impacts which are the exclusion of leftover waste and minimum generation of heat energy which contributes to an eco-friendly method of processing.

Benefits of 3D Printing in Automotive Design

Leading global corporations have recently begun to realize the industrial benefits of 3D printers in automotive manufacturing on the far side prototyping. 3D printing has considerably transformed the way automobiles are designed, developed and manufactured. 3D printers in automotive manufacturing and design can give global automobile manufacturers the following advantages.

Rapid Prototyping: One of the main advantages of 3D printers in automotive design is that the direction of rapid prototyping within the pre-manufacturing stage. Companies have the prospect of developing everything starting from scale-models right down to individual component, quicker than ever. Prototyping in-house permits businesses to manage any Intellectual Property (IP) infringements and information leaks.

Lower Turnaround Time: Time saved within the prototyping stages drastically reduces turnaround time across all subsequent stages of manufacturing. This adds nice business price in terms of lower prices and else legerity.

Low Consumption and Wastage: 3D printing in automotive design drives lower consumption and wastage unlike the traditional approaches of auto design. Learnings from this may be effectively leveraged in reducing consumption and wastage of materials in all subsequent manufacturing stages.

Lower Costs: Time and resources saved within the various stages of production reduces overall value of production. Lowering prices at each and every level allows companies to transfer some of the cost-reduction edges to the end-user.

Added Flexibility: 3D printers in automotive design empowers companies to do multiple options and iterations right within the development stages, resulting in optimum and economical automobile design. Manufacturers have the agility to create design changes on-the-fly serving to them keep in-tune with market needs and prior competition.

Why 3D Printing for Automotive Design?

Replace expensive CNC Production

By exchange expensive and lead-time essential CNC-milled components with in-house manufactured plastic parts, you will be able to dramatically reduce your production prices.

The printed plastic parts additionally perform higher technically, weigh less and are well suited for the assembly of advanced bodies that, once using typical metal-cutting processes, would be terribly tough and very expensive to produce.

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In 2019, we predict that additive manufacturing will move beyond prototyping to increasingly incorporate end-use production. With recent technological advancements already generating steam, this could be the year that 3D printing matures beyond the hype and begins to settle into its true potential.

Here are the top 6 emerging 3D printing trends in 2019: –

1. 3D Printing Material – Some time back, this is being the biggest pains of 3D Printing. But the year 2018 has been a boosting year for 3D Printing materials. Entering to the metal category, many manufacturing companies have adopted additive. Here are some cool materials to use this:
a. WoodFill
b. Marble PLA
c. Flexible
d. Nylon
e. Glow in the Dark

2. 3D Printing in Education – Your children will bring home 3D printed projects from school. Digital literacy – including Web and app development, electronics, collaboration and 3D design – will be supported by 3D printers in schools. A number of middle schools and high schools already have 3D printers. As 3D printing costs continue to fall, more schools will sign on. Here are the ways in which 3D printing is must for modern education:-
i. Practical hands-on approach
ii. Promotes problem solving skills
iii. Sparks creativity and innovation

3. Mass customization marries the low price point of mass production with the personalized luxury of custom-made products. A trend towards custom offerings has been growing in recent years, and with modern developments in 3D printing technology, mass customization may finally go mainstream.

4. 3D Shops at every Corner – Like we have a lot of cyber cafés, digital print studios, at every other street in the city, we expect a small but a lot of small 3D printing solution shops in at least all the major cities. The same can be seen with 3D printing in Chennai. A lot of SME’s/Startups are moving towards this solution of providing 3D printing companies in India/their local areas.

5. Better and Cheaper 3D Printing – What seems to be impossible once is becoming reality today. It was very hard to use the term 3D printing and cheap in a single sentence before year 2017. But the increasing demand and supply with more competition entering to the marked and advancement in the technology made 3D Printing affordable, accessible and better at the same time.

6. Bio-printing – The medical world, in which treatments, organs and devices are an integral part, stands to be revolutionized by the vast promises of 3D printing. With precision, speed and a major slash in cost, the way we treat and manage the health of our bodies will never be the same. And that’s something to celebrate. A startup named Pandorum Technologies which is 3D Printing in Chennai dedicated to the medical world aiming at increasing 3D printing companies in India in the field of healthcare and medical. Here are some ways in which bio-printing is changing the medical world:-
i. Customised Prosthetics
ii. 3D Printed Skin for burn victims
iii. Tissue Engineering

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