Thingiverse
FuseBox CoreXY 3D Printer by _AlexY
by Thingiverse
Last crawled date: 4 years, 4 months ago
FuseBox2 printer design:
https://www.thingiverse.com/thing:2422839.
The successor to the FuseBox. Better hotend cooling, more rigid 2020 frame, faster with less ringing, better endstops, etc. You should probably build that one instead.
Update 4/30/17:
Updated files for FuseBox 1.5 are available on GitHub at https://github.com/alexyu132/fusebox. Check the repository for the most recent changes and updates.
Update 12/22/15:
For additional rigidity, use part HBLTBS3 from Misumi. These are metal corner brackets that replace the printed corner brackets and bottom plates on the x-axis. They're pretty cheap at $0.75 each and should effectively reduce frame wobbling.
FuseBox 3D Printer
The FuseBox is a low-cost CoreXY 3D printer that uses a 1515 aluminum extrusion frame. Capable of printing at high resolutions and high speeds owing to its CoreXY kinematics, it produces quality parts that are up to 200x200x200mm in size. It's designed such that no specialized equipment (such as a laser cutter or CNC machine) besides a 3D printer is required to fabricate all the parts.
The printer can be built for under $300 without a heated bed, or a bit over that with a heated bed. By finding the cheapest parts, the cost can approach $200.
Features:
Aluminum structure based on Misumi 1515 extrusions
Stacked variant of CoreXY that eliminates the belt crossing of a traditional CoreXY
200mm cube of print area
Capable of 0.05mm layer height (possibly even less) and 150+ mm/s printing
Emphasis on using 3D-printed parts and being easily hackable/upgradable
Relatively low amount of filament needed for plastic components
Low moving mass—all motors stationary—high speeds
Portable—all hardware and electronics (except for filament spool) are integrated within the frame
No specialized tools or equipment necessary for assembly
Videos:
https://youtu.be/kshVDL2V_ochttps://youtu.be/qRtPtuInjQwhttps://youtu.be/7nx2nsnKOrYhttps://youtu.be/I3xibPxbO2s
For more information, visit the RepRap wiki page at http://reprap.org/wiki/fusebox, or the RepRap forums thread at http://forums.reprap.org/read.php?397,557542
https://www.thingiverse.com/thing:2422839.
The successor to the FuseBox. Better hotend cooling, more rigid 2020 frame, faster with less ringing, better endstops, etc. You should probably build that one instead.
Update 4/30/17:
Updated files for FuseBox 1.5 are available on GitHub at https://github.com/alexyu132/fusebox. Check the repository for the most recent changes and updates.
Update 12/22/15:
For additional rigidity, use part HBLTBS3 from Misumi. These are metal corner brackets that replace the printed corner brackets and bottom plates on the x-axis. They're pretty cheap at $0.75 each and should effectively reduce frame wobbling.
FuseBox 3D Printer
The FuseBox is a low-cost CoreXY 3D printer that uses a 1515 aluminum extrusion frame. Capable of printing at high resolutions and high speeds owing to its CoreXY kinematics, it produces quality parts that are up to 200x200x200mm in size. It's designed such that no specialized equipment (such as a laser cutter or CNC machine) besides a 3D printer is required to fabricate all the parts.
The printer can be built for under $300 without a heated bed, or a bit over that with a heated bed. By finding the cheapest parts, the cost can approach $200.
Features:
Aluminum structure based on Misumi 1515 extrusions
Stacked variant of CoreXY that eliminates the belt crossing of a traditional CoreXY
200mm cube of print area
Capable of 0.05mm layer height (possibly even less) and 150+ mm/s printing
Emphasis on using 3D-printed parts and being easily hackable/upgradable
Relatively low amount of filament needed for plastic components
Low moving mass—all motors stationary—high speeds
Portable—all hardware and electronics (except for filament spool) are integrated within the frame
No specialized tools or equipment necessary for assembly
Videos:
https://youtu.be/kshVDL2V_ochttps://youtu.be/qRtPtuInjQwhttps://youtu.be/7nx2nsnKOrYhttps://youtu.be/I3xibPxbO2s
For more information, visit the RepRap wiki page at http://reprap.org/wiki/fusebox, or the RepRap forums thread at http://forums.reprap.org/read.php?397,557542