3D printing technology is getting increasingly popular in the world for its capability for developing even critical objects that are impossible with human hands or any other technologies. Some of the leading 3D printing technology developers in the world, such as 3D Systems and Stratasys has introduced an array of 3D printers that are able to replicate anything in this universe or develop new products with utmost precision and material quality. One of the revolutions applications of 3D printing technology is for printing human organs for surgical implants and regenerative medicine in the healthcare industry. The technology has already been embraced on a large scale by several manufacturing companies in automotive, aerospace and food industries.
How 3D printing Works
3D printer works on a common mechanism of printing objects in 3D form precisely according to the digital design data provided. It develops objects by printing material such as metals, ceramics, fiber or plastics layer after layer until the objects unique shape is visualized. The 3D printing process is known in various industries and purposes in various names such as rapid prototyping, additive manufacturing, and industrial parlance. These applications of 3D printing technology are tremendously evolving across industries to revolutionize the way we create everything in this world.
3D Printing Technology Enhancements
Additive manufacturing wouldn’t have flourished this much without the advancements in computational modelling. While it took more than a week to generate a digital 3D model in the gone decades, now it takes only a handful of hours to complete a model printing. Advanced 3D design software like Cura, Blender and Autodesk123D and scanners such as the Xbox One Kinect Sensor, BQ Ciclop and FabScan Pi has made 3D printing more accessible and convenient for users. 3D scanner technology has evolved with the capability for quickly developing detailed 3D models of people and objects with ease.
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3D Printing for Various Industries
Professionals in various industries will now be able to implement scans for existing objects to a computer. Multiple scans enable to align and filter to form polygons, fill holes and remove blemishes before printing. Additive manufacturing is an effective process for dealing with complexity in the manufacturing and custom modelling processes. 3D printing technologies such as stereolithography and laser sintering are implemented in the automotive industry for making the race car lighter, faster and more fuel-efficient. This has also been instrumental in accelerating the manufacturing of automotive parts.
3D printing’s gained its significance with its high-end applications in industries like automotive and aerospace in building weight optimized parts on an accelerated pace. The aviation industry has millions of printed flying parts, and its impact is also revealing in developing surgical and dental implants. There is an increasing demand in the healthcare and related industries for 3D printed parts for better performance. In addition to its significant application in prosthetics and aircraft components, additive manufacturing’s application is expected to get implemented in more industries for low volume high complexity productions.
