This Autodesk 3D Printer Features Different Sections That Work Together
Rahul Kalvapalle — March 26, 2016 — Tech
References: projectescher & gizmodo
This brand new Autodesk 3D printer makes use of an innovative multi-headed setup that makes it possible to output truly massive creations in very little time.
Dubbed Project Escher, this 3D printer hardware takes the form of an assembly line of sorts of 3D printers. The printing heads are capable of working in unison to create large objects faster. Different print heads can also work on different elements, making it possible for large prototypes to be produced without having to go through multiple printing runs.
The issue with affordable 3D printers is that they are rather small and only capable of producing smaller objects. Bigger projects require you to break down your creation into multiple small parts that are printed separately. This multi-headed Autodesk 3D printer makes it easier than ever to print large objects whilst saving time and cost.
Dubbed Project Escher, this 3D printer hardware takes the form of an assembly line of sorts of 3D printers. The printing heads are capable of working in unison to create large objects faster. Different print heads can also work on different elements, making it possible for large prototypes to be produced without having to go through multiple printing runs.
The issue with affordable 3D printers is that they are rather small and only capable of producing smaller objects. Bigger projects require you to break down your creation into multiple small parts that are printed separately. This multi-headed Autodesk 3D printer makes it easier than ever to print large objects whilst saving time and cost.
Trend Themes
1. Multi-headed 3D Printing - Innovative 3D printing hardware and software that allows multiple print heads to work in unison on different elements to print large objects faster.
2. Printing Large-scale Prototypes - The ability to 3D print large prototypes with ease and without the need for breaking down the creation into multiple, smaller parts.
3. Time and Cost Savings in 3D Printing - Efficient and cost-effective 3D printing with reduced time and effort to produce large objects.
Industry Implications
1. Manufacturing - The production of large prototypes and multi-piece parts through efficient 3D printing technology for streamlined manufacturing.
2. Architecture and Design - The ability to create large, intricate 3D models and prototypes in a cost-effective manner for architectural and design purposes.
3. Automotive - Efficient 3D printing technology for large-scale auto parts and prototypes, enabling cost-effective manufacturing of vehicles and their components.
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