What Materials are Commonly Used in 3D Printing Australia?

Kent   January 13, 2020   Comments Off on What Materials are Commonly Used in 3D Printing Australia?

Over the years, we have witnessed tremendous growth in the industry of 3D printing Australia. New advances are being introduced every now and then, and this explains the reason why the industry has now become even more dynamic than ever. 

3D creations

The sustained growth of 3D printing australia spawned the development and introduction of a new breed of 3D printing machines.

These new generation of printing equipment are feature-packed and capable of printing an array of materials such as metals, composites, plastics and a whole lot more. 

The Australian industrial 3D printing industry is also offering us a wide spectrum of materials to choose from. Each come with their own unique strengths, features, and weaknesses. To minimize the margin of error in 3D printing, important factors such as texture, cost, and material type need to be put into consideration.

Truly, choosing a material most suitable for a specific 3D printing project can be tough and challenging at times. 

Nylon

Nylon is sometimes referred to as polyamide, industry experts consider it as the most commonly used plastic material for 3D printing. There is a high demand for this type of plastic due to its inherent durability, flexibility, low friction, and corrosion resistance.

When a 3D printing project involves the creation of delicate and complex geometries, the most suitable material to use is nylon. It is a favorite filament for FDM or fused deposition modeling as well as in FFF or fused filament fabrication 3D printers. This inexpensive material is considered as among the toughest of plastic materials we have today.  

ABS

ABS stands for Acrylonitrile Butadiene Styrene. It is a qualified thermoplastic commonly used as a filament for a 3D printer. It is also a favorite material used in household or personal 3D printing jobs, a favorite go-to material for the vast majority of 3D printers.  

Resin

If there is one 3D printing filament that is most used for this purpose, it would be no less than resin. Many different types of resins are suitable for use in 3D printing projects, and this includes tough resins, castable resins, flexible resins, and many more.  

Polylactic Acid or PLA

PLA materials are derived from renewable resources, such as cornstarch and sugarcane. This is the reason why the industry calls it the “green plastic”, due to its inherent environment-friendly nature. Primary and secondary schools in the country have been making use of this type of plastic because it is not toxic and safe to use, even by children. Besides, this type of plastic material is also very easy to 3D print with and ideal for use in FDM desktop printing.  

Gold and Silver 

Gold and silver can now be used for your 3D printing needs. Highly reputed for their sturdiness, they can be easily processed in powder form for 3D printing. And you guessed it right, these materials are used for 3D printing by the jewellery-making industry. These metals are utilizing this technology, Direct Metal Laser Sintering process, to 3D print material. 

Titanium

Besides being the strongest, titanium, by far, is the lightest material that can be taken advantage of for 3D printing. This type of metallic filament for 3D printing is used in the high technology files including aeronautics, space exploration and even in the medical field.  

Conclusion: 

Seamless execution of 3D printing jobs can be done most efficiently if you have the proper knowledge and have on hand the right materials to use. While there is no stopping to further the growth of the 3D printing Australia industry, there is a good possibility that more and more materials that can be utilized for 3D printing will be discovered in the years to come.

The introduction of new processes together with the coming of upgraded 3D printing machines, anticipate that these new technologies will require from you a steep learning curve. It tends to increase even more we move from the use of plastic filaments to metal 3D printing.