Precision eyewear is a reality with 3D printing, cutting down on manufacturing time and cost while offering personalisation to the users. They are quickly produced and immediately available for construction work without delay. 3D printed walls, tiles and components are cheaper to produce and lighter, offering better durability and mobility. Infrastructure companies were quick to realise the economic upsides of the new technology. Companies are working on ways to streamline packaging and cut down processing time and costs.Ĭustom 3D printed packaging can help in that area as it is lighter, and customised boxes for specific items save space and cost. Consequently, the packaging industry is booming on a parallel track. Boeing, in recent years, have tested their 777X with more than 300 printed parts.Įcommerce and the accompanying logistics sector are rapidly growing. The aviation industry is seeing a surge in 3D printing adoption. In the last few decades, Ford has printed more 3D printed than 500,000 spare parts, saving billions in cost and millions of man-hours. Auto companies rely on 3D printing technology to produce spare parts, accessories and assembly essential tools. They use it for pre-designs, pre-development trials, validations and testing the concept cars in shows and labs. Automotive and aviation industryĪuto giants GM, Ford, Volvo and BMW are the frontrunners of the 3D printer evolution in the automotive industry. In addition, healing is noticeably better with these newer designs. Plaster casts are being replaced with 3D-printed mesh design braces that offer proper ventilation and are lighter, thus delivering better mobility. They take a couple of hours to manufacture and offer a perfect fit with a personalised design. In addition, surgeons are ordering special patient-specific surgical instruments for a fraction of the cost, which has brought down the costs involved.Īmputees benefit from 3D printed prosthetic limbs for an affordable cost with a custom design available on the internet. The medical field is benefitting from 3D printers with improved and more affordable care available as the cost of equipment and fixtures has reduced by a factor of 10. Some real-life applications of 3D printers are mentioned below. The business world is starting to realise the potential of 3D printing, and it's merely scratching the surface with a long path ahead. The business cycle costs are lowered with newer innovations in 3D printing. It makes manufacturing easier to adapt to the change in demand without requiring heavy assembly restructuring. Real-life usage of 3D printersģD printers have transformed the world with their scalability and rapid adjustment to changing requirements. Most small businesses rely on FDM, owing to its lower maintenance and production costs. The right 3D printing technology is based on individual manufacturing goals and budgets. Vat polymerisation and stereolithography are laser-based printing methods which have been replaced by more efficient and reliable processes like Digital Light Processing (DLP) and Masked Stereolithography (MSLA). 3D printing technologies have matured in the last decade.
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