3D printing, also known as additive manufacturing, has gone a long way since it was initially invented in the 1980s. While 3D printing emerged as a tool for quick prototyping, it has since developed to encompass a variety of other technologies.

The advancement of 3D printing has seen a tremendous expansion in the number of firms using the technology and choosing different types of printers in their workflow. The applications and use cases vary across sectors, but typically include tooling assistance, visual and functional prototypes — and even end-use components.

As the potential uses for large industrial 3D printers grow, organizations are starting to develop methods to build new business models and possibilities with the technology.

In this guide, we’ll be investigating the present status of 3D printing across several businesses, including how the technology is being utilized across sectors. Using real-life examples, we hope that this tutorial offers you an in-depth insight into how 3D printing is being utilized to generate innovation and corporate success. The large industrial printer is useful in many ways.

Aerospace & Defence

The aerospace and defence (A&D) business is one of the early users of 3D printing, with the first application of the technology reaching back to 1989. Now, three decades later, A&D has a 16.8% share of the $10.4 billion additive manufacturing sector and strongly contributes to continuing research activities within the industry.

The growth of AM within A&D is in great part driven by important industry companies, including GE, Airbus, Boeing, Safran, and GKN. These firms and others have recognized the value proposition 3D printing delivers to:

● Functional prototypes
● Tooling
● Lightweight components

As we can see, 3D printing for aerospace isn’t confined to prototypes. Real, working components are also being 3D printed and utilized in airplanes. A few examples of elements that may be manufactured using 3D printing are air ducts (SLS), wall panels (FDM), and even structural metal components (DMLS, EBM, DED).

Automotive

In fields like motorsports and performance racing, design techniques like generative design and topology optimization are steadily altering conventional ways of developing components.

While prototyping presently remains the principal use of 3D printing in the automobile sector, firms are progressively identifying additional use cases, such as tooling. Additionally, the various automobile businesses are starting to uncover inventive end-use applications for 3D printing, signifying an exciting future for the industry.

Additionally, the recent emergence of desktop SLA 3D Printers has pushed the technology closer to the hands of designers and engineers, speeding up the prospects of what may be done within the industry.

Medical & Dental

The adoption of digital technology in dental practice - is revolutionizing the dental business. Traditional procedures used to generate dental imprints are progressively being supplanted by digital technology, with desktop 3D printing equipment, 3D scanners and materials becoming more available.

By integrating intraoral scanning and 3D printing, dental laboratories may develop dental goods like crowns, bridges and bite splints, that completely fit a patient’s anatomy.

The rate of success in dental implantology may be also boosted with the use of 3D printing, as personalized dental surgical guides are generated. This increases the quality and precision of dental work. These surgical guides can be created quicker and more inexpensively.

Formlabs, a producer of SLA and SLS desktop printers, has claimed that over 50,000 operations had been conducted using surgical guides created on their equipment.

Consumer Goods

To stay competitive in an ever-changing market scenario, merchants and consumer-oriented businesses must be able to react to increasing consumer needs and industrial trends in an agile fashion. Additive manufacturing satisfies these objectives, giving a cost-effective solution to product development, testing, and production. From consumer electronics to toys and sportswear, important companies within the consumer products sector are rapidly identifying 3D printing as a significant supplement to traditional production options.

Industrial Goods

The industrial products industry covers the manufacturing of machinery components, tools and equipment used in the creation of other items. With growing production costs and the digitalization of manufacturing, industrial OEMs must continually develop to retain operational agility and keep costs down. Manufacturers are consequently increasingly resorting to 3D printing to be nimble, responsive, and inventive.

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