3D PRINTING IS REIMAGINING THE WAY WE LIVE TODAY

WHEN

additive manufacturing technology — better known as 3D printing — was first invented more than 30 years ago it was intended to make the product design and manufacturing process more efficient. At that time, 3D printing was used primarily as a way to create prototypes to validate and perfect product design,

no idea how it would change the way we live.

Today, 3D printing has evolved beyond product prototypes only used by industrial designers and engineers. Manufacturers all over the world now rely on additive manufacturing to produce final parts and products that are purchased and experienced by mainstream consumers across the marketplace. This includes parts in automobiles and appliances, medical and dental implants, custom prosthetic limbs and food, and has also become an important component in interior design, reinventing what you think is possible.

While 3D printing solutions are inspiring designers everywhere, giving them the opportunity to expand their creativity, 3D printing also offers several other benefits to companies and consumers, including:

* A single source of efficiency and strength. “Some assembly required” is a catchphrase synonymous with traditional manufacturing and it is that assembly that also exposes the end product to errors in the pieces, poor construction and added time to fabricate the object. However, because 3D printed objects are made in one solid piece, they solve many of these issues. They are structurally stronger, free of connection weaknesses and expertly assembled to specifications.

* Environmental consciousness. While traditional manufacturing takes raw materials and trims them down to the finished product, 3D printing builds the desired piece by adding material as the process goes along. This means it essentially utilises only the amount of material necessary to create the object. The result is less waste and a reduced environmental impact.

* Faster results, favourable returns. The 3D printing process offers a new level of accuracy and rapid part production with the ability to reduce — and in many cases, eliminate — material waste, which also favourably impacts a project’s overall bottom line.