House Printer: Difference between revisions
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=Intro= | =Intro= | ||
Read the Inspiration below. Next step is to start in | Read the Inspiration below. Next step is to start in FreeCAD and we can add to it. | ||
They show the gantry. That is a basic space frame structure. | They show the gantry. That is a basic space frame structure. | ||
| Line 6: | Line 6: | ||
If we use hydraulic motors with encoders and chain instead of the belt, we can do this readily using a Universal Axis style system. Perfect applications. | If we use hydraulic motors with encoders and chain instead of the belt, we can do this readily using a Universal Axis style system. Perfect applications. | ||
Steel is a dollar | Steel is a dollar per pound, and hydraulic motors that we would want to use are $300 each. This would make about $10k in steel, and $1800 in motors. Solenoid valves would be $200 each, need 12 total. We can use the same controller as the 3D printer for the brain. | ||
=Concept= | |||
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vRMUbeXZWa3DLjS1ghUVms-FqIi08i8l0RJwhzYrYIhXc7iJYJBJ76BqYHGfHZfGZRl8opZKegogtI7/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="749" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html> | |||
[https://docs.google.com/presentation/d/17mRS2rkYybcznPNBSfX2BmIxnxioDsmW2SCVCShYjbs/edit#slide=id.g5c3be0ce2d_1_28 edit] | |||
=Requirements= | =Requirements= | ||
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=BOM= | =BOM= | ||
*10k lb Steel - $10k | *10k lb Steel - $10k | ||
*[6] | *[6] hydraulic motors - $1800 | ||
*[6] Solenoid valves - 1200 | *[200 feet] 40 [[Roller Chain]] - $200 | ||
*[6] Solenoid valves - $1200 | |||
*Hydraulic fitting - $500 | |||
*1/2" Hoses, 500 feet - $1k | *1/2" Hoses, 500 feet - $1k | ||
*Cable chain - 3D printed - $100 | *Cable chain - 3D printed - $100 | ||
*Universal Axis - 3D Printed - $500 with recycled bulk filament | *Universal Axis - 3D Printed - $500 with recycled bulk filament | ||
*[[Universal Controller]] - $60 | *[[Universal Controller]] - $60 | ||
*[[Power Cube]] - $1500 in parts, 30 hp [[Changfa Diesel]] | |||
*sensors (leveling, end point) | |||
*concrete hopper / mixer | |||
*concrete pump | |||
'''$16.8k'' | |||
=Links= | =Links= | ||
*'''Inspiration - Why Dubai wants to be a 3D printed city''' - [https://www.cnn.com/style/article/dubai-3d-printed-buildings-intl/index.html] | *'''Inspiration - Why Dubai wants to be a 3D printed city''' - [https://www.cnn.com/style/article/dubai-3d-printed-buildings-intl/index.html] | ||
*[[3D House Printer]] | *[[3D House Printer]] | ||
*3D printer comparison - [https://www.aniwaa.com/house-3d-printer-construction/] | |||
Latest revision as of 18:29, 25 July 2019
Intro
Read the Inspiration below. Next step is to start in FreeCAD and we can add to it.
They show the gantry. That is a basic space frame structure.
If we use hydraulic motors with encoders and chain instead of the belt, we can do this readily using a Universal Axis style system. Perfect applications.
Steel is a dollar per pound, and hydraulic motors that we would want to use are $300 each. This would make about $10k in steel, and $1800 in motors. Solenoid valves would be $200 each, need 12 total. We can use the same controller as the 3D printer for the brain.
Concept
Requirements
Prototype 1
- 30x30 structure for 20x20 rooms
CAD
BOM
- 10k lb Steel - $10k
- [6] hydraulic motors - $1800
- [200 feet] 40 Roller Chain - $200
- [6] Solenoid valves - $1200
- Hydraulic fitting - $500
- 1/2" Hoses, 500 feet - $1k
- Cable chain - 3D printed - $100
- Universal Axis - 3D Printed - $500 with recycled bulk filament
- Universal Controller - $60
- Power Cube - $1500 in parts, 30 hp Changfa Diesel
- sensors (leveling, end point)
- concrete hopper / mixer
- concrete pump
'$16.8k
Links
- Inspiration - Why Dubai wants to be a 3D printed city - [1]
- 3D House Printer
- 3D printer comparison - [2]