1 Meter Printer: Difference between revisions
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(Added some more links under the "See Also" section) |
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*RAMPS is used minus the Pololu drivers, which are replaced by the TB6600 | *RAMPS is used minus the Pololu drivers, which are replaced by the TB6600 | ||
*frame is build from 1/8"x2" steel, bonded into a cubic space frame | *frame is build from 1/8"x2" steel, bonded into a cubic space frame | ||
=Production Engineering= | =Production Engineering= | ||
*Designed for simple fabrication, without need of CNC Cutting. | *Designed for simple fabrication, without need of CNC Cutting. | ||
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*All axis lengths and rods are identical in length, including the bed support rods. This is done by using a geometry with external Y and Z axis mounting, greatly simplifying the build procedure. | *All axis lengths and rods are identical in length, including the bed support rods. This is done by using a geometry with external Y and Z axis mounting, greatly simplifying the build procedure. | ||
*Uses OSE Linux to run to avoid any software conflicts - or you can run test print readily from SD card. | *Uses OSE Linux to run to avoid any software conflicts - or you can run test print readily from SD card. | ||
=See Also= | |||
*[[Largest FDM 3D Printers]] | |||
*[[Open Source 10 Cubic Meter FDM 3D Printer]] | |||
*[[Cubic Meter D3D 3D Printer]] | |||
=Useful Links= | |||
* | |||
Latest revision as of 02:53, 18 January 2019
Intro
This is the maximum allowable size for a multiplexed 8 mm Universal Axis system.
- Axes are doubled up on the x and y axes to provide the necessary stiffness
- TB6600 drivers are used to multiplex the stepper drive
- RAMPS is used minus the Pololu drivers, which are replaced by the TB6600
- frame is build from 1/8"x2" steel, bonded into a cubic space frame
Production Engineering
- Designed for simple fabrication, without need of CNC Cutting.
- Frame can be welded or epoxied
- 120V AC custom nichrome bed heater via Nichrome Calculator
- All axis lengths and rods are identical in length, including the bed support rods. This is done by using a geometry with external Y and Z axis mounting, greatly simplifying the build procedure.
- Uses OSE Linux to run to avoid any software conflicts - or you can run test print readily from SD card.