3D printing is a technology that is considerably developing in all industries and in all forms of applications. 3D printers are now commonplace and are professional equipment in their own right in the field of design, research and development and innovation.
Architects use 3D printing to create 3D architectural models rapidly and at lower cost.
Whether architects themselves or their model makers, the profession has been quick to understand the potential offered by 3D printing. They can print architectural models in 3D in different scales in order to prepare architectural competitions. 3D printing is ideal for producing a 3D view of a house, interior design, building models or any architectural plan.
3D printing is also perfect for any architectural firm, offering 3 major benefits:
3D printing considerably contributes to productivity gains in the industrial sector, in particularly in the product research and development phase. It can be used to test, validate and print prototypes in 3D after corrections, and repeat this process until production of the end product is launchedl. 3D printers have become and the return on investment is fast by offering engineers genuine benefits from the design to the commissioning stage. They are professional machines taking on board continuous improvement and lean management strategies. Online 3D printing or 3D printers satisfy industrial objectives: optimizing processes reducing waste and focusing on added value.
3D printing is therefore ideal for engineers who want to reduce costs and delivery times while maintaining excellent surface quality.
3D printing offers 3D designers a real opportunity to give material shape to their designs. It is the extra stage that allows them to validate the concept, ergonomics, aesthetics and the design of an object.
Designers are required to work on totally different projects creative objects in various artistic fields whether in fashion, decoration or jewellery.
Online 3D printing gives them flexibility and an opportunity to transform their work into 3D at an affordable price while guaranteeing surface quality through stereolithographic technology. 3D printing thus creates a whole new world of exploration for 3D designers
The health sector needs to solve various issues, but also very personal and therefore specific problems. 3D printing naturally responds to customisation requirements facing healthcare professionals.
Opticians use 3D printing to customise eyewear. Prosthetists use 3D printing to shape customized prostheses. Dentists and orthodontists use it to make dental trays. Chiropodists can make 3D insoles.
Another possibility offered by 3D printing is to allow surgeons to prepare for complex interventions and surgery. The idea is to print the organ in question to simulate an intervention. 3D printing thus helps reduce risks of medical error by preparing doctors better.
The communications sector has embraced 3D printing, considering it as a genuine communications medium.
3D printing offers a vast range of visual possibilities in terms of creativity. It is a communications tool in its own right. Corporate brands and communications agencies used this innovative technology to develop prototypes in packaging, POS (point-of-sale), communications objects, goodies and other media forms. This technique extends to several fields of activity be it in the food, cosmetics, electrical and electronic equipment sector. There are different lines of communication
Firstly, communications strategies are focused on the representation of humans. Whether busts representing personalities, figurines or end consumers themselves, 3D portraits are amazingly popular.
There are also original communication ideas like 3D card holders, key rings, logos, objects representing a corporate brand. And 3D printing is means to conduct functional work on ergonomics and aesthetic design of product packaging and POS by repeating 3D prints followed up by in-house tests and validations.
3D printing is also a playground for the education sector. Through its cutting-edge technology and innovation, 3D printing fascinates and stimulates creativity and is a genuine educational tool. Teachers can convey several messages and address different subjects through this technology.
Firstly science can be taught through physics and mechanics that use various 3D printing processes. It can also be used in chemistry, through the analysis of various materials used.
CAD (computer-aided design) is a subject covering IT, technology but also design and ergonomics. Students are required to approach the 3D object in a functional and useful way. The educational scope of 3D printing is limitless and helps develop students’ creativity, initiative-taking and innovation.