In the next 10 years, the entire 3D printing industry, from hardware and software to materials, would be completely ready for production. Changes in infrastructure will cause many industries to choose 3D printing as their primary manufacturing process, and the development of technology will gradually change people's mindsets at the same time. Compared to the traditional manufacturing process, production efficiency will improve and the cost of the final product will drop dramatically thanks to additive manufacturing technology. Experts Predict Industry's Biggest Breakthroughs in Technology That Facilitates Additive Manufacturing.
Printers are likely to become even faster, which means they will be able to work on larger industrial projects. Forbes also reports that MELD Manufacturing has designed machines that allow additive manufacturing in uncontrolled environments, which means they can operate in the field. As a result, they are more useful in remote areas and allow for a greater variety of 3D printed structures. In this scenario, instead of looking for a physical part to replace the broken component in my grandson's car seat, I could look up a digital file of the specifications for that part, which I could purchase online, download and 3D print from home, or take over (or digitally transfer) to my local Staples and get it printed there.
The rise of reliable 3D printing with highly durable materials such as PEEK or metal will eventually make them ubiquitous in low-volume production applications. Industrial 3D printing fairs and conferences will remain in the name, but will increasingly be interspersed with other manufacturing technologies, ultimately creating a continuum of capabilities for both original equipment manufacturers and service offices. By the end of the decade, it will be normal to print the circuit board with the 3D printer and add the microchips later. The phrase “circular economy” appears with increasing regularity during my trips to 3D printing conferences and exhibitions around the world.
In addition to supporting the production of face shields and masks, 3D printing led to innovations in ventilator parts that helped save lives. Retail adoption of 3D printing has been slow, largely due to conventional speed, cost and material limitations. Engineers can use different materials for different purposes, such as 3D printing a bearing with a slippery inner surface and a rigid exterior. We also see a sharp increase in the percentage of companies using 3D printing for bridge production, from 39% to 56% in just two years.
On-demand part production allows manufacturers to produce 3D printed parts as needed instead of pulling the part out of a supply warehouse. In addition, the decentralized production approach will have gained acceptance, so that, for example, personalized treatment of patients using 3D printed medical devices will be accessible directly at the point of care. However, 3D printing is still relatively expensive, so it is more widely used in high-end manufacturing. By the end of the decade, hands-on experience with 3D printing will be the most important thing for engineering, design and manufacturing professionals.
With 3D printing as its primary manufacturing method, the conversion of its lines to produce armor was done quickly with a low exchange cost. However, the future of 3D printing lies in purpose-built materials and application-specific materials. .