Hangprinter: Difference between revisions
(Minor usability improvments) |
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=Basics= | |||
- Part of the [[Open Source Digital Fabrication Construction Set]] | - Part of the [[Open Source Digital Fabrication Construction Set]] | ||
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- Similar to a [https://en.wikipedia.org/wiki/Skycam Skycam] or [https://en.wikipedia.org/wiki/Spidercam Spidercam] in operation | - Similar to a [https://en.wikipedia.org/wiki/Skycam Skycam] or [https://en.wikipedia.org/wiki/Spidercam Spidercam] in operation | ||
- Is more easy to scale cheaply | - Is more easy to scale cheaply (more so on the larger side; [[D3D]] is definetly better for most things) due to the lack of a frame and the inexpensiveness of cabling | ||
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=Used For= | |||
- Large Scale 3D Prints | - Large Scale 3D Prints | ||
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=Industry Standards= | |||
- None? | - None? | ||
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=Minimum Viable Product= | |||
- Print Area of at least "5 meter by 5 meter by 5 meter" minimum while scalable up to 50 meter by 50 meter by 50 meter | - Print Area of at least "5 meter by 5 meter by 5 meter" minimum while scalable up to 50 meter by 50 meter by 50 meter | ||
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= | =Basic Design= | ||
==Base Station== | |||
- 1x per Hangprinter | - 1x per Hangprinter | ||
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==Anchor Module== | |||
- 3x or more per Hangprinter | - 3x or more per Hangprinter | ||
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==Carridge== | |||
- 1x per Hangprinter | - 1x per Hangprinter | ||
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=BOM= | |||
- | |||
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=[[OSE Priority Filter]]= | =[[OSE Priority Filter]]= | ||
Strength: | ==Strength:== | ||
*Great concept | *Great concept | ||
*Low cost way to print very large structures | *Low cost way to print very large structures | ||
Weakness: | |||
==Weakness:== | |||
*Large effort is required to set up a stable support structure for the 3D printer | *Large effort is required to set up a stable support structure for the 3D printer | ||
*Practicality needs to be evaluated based on the effort of setup prior to a print | *Practicality needs to be evaluated based on the effort of setup prior to a print | ||
Opportunity: | |||
==Opportunity:== | |||
*Developing an easy to set up, replicable technique of printing with the Hangprinter would be a great addition to the community | *Developing an easy to set up, replicable technique of printing with the Hangprinter would be a great addition to the community | ||
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=See Also= | |||
- | |||
= | =Useful Links= | ||
- [https://en.wikipedia.org/wiki/Hangprinter Wikipedia Page on the Hangprinter] | - [https://en.wikipedia.org/wiki/Hangprinter Wikipedia Page on the Hangprinter] | ||
- [https://www.youtube.com/watch?v=h6k4aVsbUOk Timelapse Video of A Print By it] | - [https://www.youtube.com/watch?v=h6k4aVsbUOk Timelapse Video of A Print By it] | ||
Latest revision as of 06:16, 12 January 2018
Basics
- Part of the Open Source Digital Fabrication Construction Set
- A 3D Printer that is suspended from anchored cables instead of a frame
- Similar to a Skycam or Spidercam in operation
- Is more easy to scale cheaply (more so on the larger side; D3D is definetly better for most things) due to the lack of a frame and the inexpensiveness of cabling
Used For
- Large Scale 3D Prints
- Architectual/Art Prints
- Building 3D Printing
- Possibly could be used for the Open Source Building Printer or the Open Source Watercraft Hull Printer
Industry Standards
- None?
Minimum Viable Product
- Print Area of at least "5 meter by 5 meter by 5 meter" minimum while scalable up to 50 meter by 50 meter by 50 meter
- Advanced Tracking/Calibration to increase accuracy + make it more consistent
- Keep Motors on the anchor stations instead of the carridge itself to reduce weight + allow for more hefty motors
Basic Design
Base Station
- 1x per Hangprinter
- Is essentially the brains of the printer
- Converts the file from either a storage device (such as USB thumb drive, SD card micro SD card etc.) , wifi or bluetooth signal, or usb direct transfer to a form understandable by the device
- It then distributes this information to the Anchor Modules, and the Carridge for the print
- It also does all the processing for the tracking
- can also contain IO for settings adjustmnts, error alerts etc.
Anchor Module
- 3x or more per Hangprinter
- Is used to anchor the printer, track it, and propel it with the intgtated motors.
Carridge
- 1x per Hangprinter
- Used for the extrusion + may include its own additional tracking https://salt.bountysource.com/teams/hangprinter[
BOM
-
OSE Priority Filter
Strength:
- Great concept
- Low cost way to print very large structures
Weakness:
- Large effort is required to set up a stable support structure for the 3D printer
- Practicality needs to be evaluated based on the effort of setup prior to a print
Opportunity:
- Developing an easy to set up, replicable technique of printing with the Hangprinter would be a great addition to the community
See Also
-