 Short description |
| Specifications |
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| Product Ecology |
Uses 3D printed parts printed by itself. |
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| License |
OSHWA and OSI compliant. CC-BY-SA-4.0 International, GPLv3, DIN SPEC 3105. |
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| Module 1 |
Universal Gearless Extruder |
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| Module 2 |
Fast Heated Bed |
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| Module 3 |
Universal Axis CNC motion system |
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| Module 4 |
Universal Controller multipurpose controller |
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| Module 5 |
Universal Frame system |
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| Key Specification |
Scalable to 18" bed size using the 8 mm Universal Axis, and scalable to 4x4x8 foot size using the 1" Universal Axis. |
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| Construction |
Steel frame with 3D printed corners are used to hang the Universal Axis. Steel-plastic assemblies are used throughout, using 3D printed plastic for complex geometries and steel for strength. |
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| Productivity |
Best-in-class heatbed for speed of heating and temperature (up to 187C). Best-in-class extruder for print speed using rubber (in addition to thermoplastics). Current productivity is 5 lb/24 hr print rate per print head. Features ready scalability to 20 lb/day print rate using the Supervolcano Nozzle. Features scalability to 4-9 print heads for an 80-180 lb/day print rate. |
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| Completion Status |
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Project began in 2016 with the Universal Axis, is in production as of October 2018. Production engineering is currently being refined. Current production models are D3D Universal 2 and D3D Pro v20.07. See 3D Printer Genealogy and Status of Completion for overview of 3D printer and the GVCS in general. |
| Next Steps |
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Product releases of D3D Pro 2 (12" print bed) and D3D Pro 3 (18" print bed), as well as developing the 4x4x8" 3D printer + OSE Shredder + OSE Filament Maker to solve the plastic waste issue. OSE's solution is distributed production of construction materials such as plastic lumber and other large objects from waste plastic feedstocks, with a print rate of up to 180 lb/printer/day. |
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