CNC Torch Table 2/Research Development: Difference between revisions
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More info at [[OSHW-OSE-CNC Torch Table]]. | More info at [[OSHW-OSE-CNC Torch Table]]. | ||
=Files= | Additional discussion at [[TorchTableModularTooling]] | ||
==Files== | |||
Github, mostly solidworks - [https://github.com/Fractal618/CNC-Torch-Table-OSE]. | Github, mostly solidworks - [https://github.com/Fractal618/CNC-Torch-Table-OSE]. | ||
[http://opensourceecology.org/w/images/d/d1/Creation_Flame_CNC_Torch_Table_Drawings.zip - DXFs of motor mounts]. [http://opensourceecology.org/w/images/7/79/CNC_Torch_Table_-_Sketchup_Model.zip - Sketchup files] | [http://opensourceecology.org/w/images/d/d1/Creation_Flame_CNC_Torch_Table_Drawings.zip - DXFs of motor mounts]. [http://opensourceecology.org/w/images/7/79/CNC_Torch_Table_-_Sketchup_Model.zip - Sketchup files] | ||
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*As a large x-y-z coordinate table, the Torch Table has potential applications with other tooling besides a cutting torch. One limitation is that the drive system is not powerful enough or stiff enough to support heavy cutting-tool forces. | *As a large x-y-z coordinate table, the Torch Table has potential applications with other tooling besides a cutting torch. One limitation is that the drive system is not powerful enough or stiff enough to support heavy cutting-tool forces. | ||
*A modular tool mounting (possibly dual mounting, so two tools could be available simultanously) would facilitate tool changeover. | *A modular tool mounting (possibly dual mounting, so two tools could be available simultanously) would facilitate tool changeover. | ||
Revision as of 18:25, 25 October 2013
| CNC Torch Table 2 | ||
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| Home | Research & Development | Bill of Materials | Manufacturing Instructions | User's Manual | User Reviews | 
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Design
More information about the control system in CNC_Torch_Table_Control_Overview.
More info at OSHW-OSE-CNC Torch Table.
Additional discussion at TorchTableModularTooling
Files
Github, mostly solidworks - [1]. - DXFs of motor mounts. - Sketchup files
Progress / To Do
This stuff should be moved to a development board and/or github:
The mechanical structure is already built. Steps needed include Steppernug open source stepper motor driver, Arduino stepper controller, z-height control, trigger, endstops, and CNC toolpath toolchain. Further development involves test-driven design with Cool DRV, RAMPS, DRV-based Pololu. Building towards universally scalable stepper controller as we begin Power Electronics Construction Set.
In particular, a big piece of development is a robust, open source Height Controller for oxyacetylene and plasma torches.
Additional Notes
- As a large x-y-z coordinate table, the Torch Table has potential applications with other tooling besides a cutting torch. One limitation is that the drive system is not powerful enough or stiff enough to support heavy cutting-tool forces.
- A modular tool mounting (possibly dual mounting, so two tools could be available simultanously) would facilitate tool changeover.