The world is seeking the help of technology to address the crisis caused by the overrun medical facilities during the current COVID-19 pandemic. This has caused a shortage of medical equipment and protective gear supplies. Most importantly, quite a few medical facilities have started using the help of 3D printing to provide their workers with essential PPE, along with the components to mend the ventilators.

Whether we talk about the big corporations, start-ups, students; folks with 3D printers have been responding to the crisis in some capacity. Thanks to their efforts, hundreds of thousands of Personal Protective Equipment and ventilator components have been delivered to the facilities and individuals combating this deadly epidemic on the frontlines. To put it in perspective, this is just a small example of what you can accomplish with 3D printing.

So above all, what is a 3D printer? Essentially, a 3D printer is a machine that uses a CAD or a computer-aided design to print items in 3D. It uses a wide range of filaments, such as liquified plastic, powder, and binding agents too. The 3D printers operate in a similar fashion to the paper inkjet printers. They utilize a layering approach to print the designed item. 3D printers work from the bottom along with stacking on layers following layers till the printed item looks particularly the way it was visualized.

What Can 3D Printers Make?

3D printers can be used to speedily create prototypes and models of different products. Lately, 3D printers are being used to print the final designs. The list of products that can be printed with the best 3D printer ranges from footwear, apparel to furniture, from jewelry to engineering tools; and the list goes on. The automobile and aerospace industries have been using 3D printers to render different types of components.

3D printing is also being used by artists to design and also produce sculptures. Architects can construct scaled mock-ups of their designs. Archaeologists have been reconstructing models of delicate antiquities. Similarly, paleontologists are also using 3D printing technology to recreate different fossils.

The rise of 3D printing service has offered innovative solutions to a variety of sectors and industries across the globe. It has boosted innovation and aids businesses in every industry; including manufacturing, engineering, dentistry, education, healthcare, entertainment, jewelry, and many more. Following are the sectors where 3D printing is indeed revolutionizing the industry:

3D Printing in the Healthcare Industry

Medicare is being revolutionized with the advancements in 3D printing, which are being utilized in facilities across the US and the rest of the world to swiftly tackle the adversities brought about by the COVID-19 epidemic. This technology has also been utilized to assist surgeons while preparing to conduct a transplant.

By using a 3D model, they can better prepare before performing complex surgeries. The applications include medical implants and devices, surgical tools, anatomical models, insoles, prosthetics, etc. 3D printing has the ability to help the doctors have procedures and devices that are personalized to better help each distinct patient. This opens the door for the creation of far-reaching medical applications that save institutions considerable time and expenditures; from the laboratories to the surgery.

3D Printed Houses

3D printing has also emerged as a workable solution to printing houses. NGOs and organizations worldwide are seeking help from 3D printing to provide a solution for the homeless crisis. Organizations such as New Story, are working to provide better and affordable living conditions for the underprivileged. They print homes with the help of a 33-foot lengthy printer. This machine can generate a 500 square-foot two-bedroom structure with perfect walls and windows in around 24 hours.

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3D Printing in Automotive Industry

The 3D printing revolution has also introduced new modes of production in the automobile industry. One such example is the ‘Strati', an electric vehicle built by Local Motors. It has been called the 1st 3D-printed electric vehicle in the world. With the help of a huge 3D printer, the vehicle was printed in around 44 hours at a 2014 International manufacturing technology show in Chicago. Later in 2018, the company known as MINI introduced a 3D printing personalization facility for their clients to print custom car parts like door handles, side plates, etc.

3D Printing in Education

The introduction of 3D printing has opened new dimensions in the education sector. It has boosted the creativeness as well as the problem-solving abilities of the students. It is especially helpful for the students of subjects like engineering, where the students can now 3D print their prototypes and designs.

Institutions across the globe are integrating devices like Creality Ender 3 3D printer, Creality Ender 3 Pro in their labs to make the learning experience of their students more practical. 3D printers have proved to be multidimensional devices for immersive, advanced learning, and research. This promotes creativity and illustrates a professional-grade tech to the students. 3D printer pens in the education sector can be used to build models based on the curriculum, research setups, and much more.

3D Printing for Product Design

They allow rapid prototyping which enables the product designers and engineers to transform their ideas into lifelike prints. They can then further these ideas to hi-fi prototypes, to achieve results that appear and act like finished products. In the product design and engineering industry, they can be used for communication models, rapid prototyping, etc.

3D Printing in Manufacturing

Gone are the days of extensive traditional manufacturing processes, as manufacturers are now printing customized tools, casts, and manufacturing equipment at much lower expense and timing. This is helping them automatize production operations and simplify work processes by prototyping tools. It brings down production costs and deficiencies, increasing standards, accelerating assembling, and maximizing the efficiency of labor.

3D Printing in Film and TV Industry

They are being used to produce high-quality scale models that are then used for character modeling, sculpting, and prop designing. 3D printed models have been used in stop-motion movies, video games, custom-made outfits, and SFX.

3D Printed Jewelry

Designers are using CAD programs and 3D printers to quickly produce jewelry designs, custom print pieces for customers. Software enable them to create consistent, crisply detailed jewelry while not having to deal with the weariness and inconsistency of wax carvings.