HydraFabber Blog Post: Difference between revisions
No edit summary |
No edit summary |
||
| (One intermediate revision by the same user not shown) | |||
| Line 3: | Line 3: | ||
(image of [[10W Laser Cutter Concept Diagram]]) | (image of [[10W Laser Cutter Concept Diagram]]) | ||
This laser cutter | This laser cutter is part of our HydraFabber - which is a foldable combination 3d printer CNC Circuit Mill and laser cutter | ||
John Stager is currently at Factor e Farm on his [[Dedicated Project Visit]] - developing the CNC Circuit Mill portion of the device and he is also near completion. | John Stager is currently at Factor e Farm on his [[Dedicated Project Visit]] - developing the CNC Circuit Mill portion of the device and he is also near completion. | ||
Check out the conceptual diagram for the laser cutter and please pass this on to any of your | Check out the conceptual diagram for the laser cutter and please pass this on to any of your laser expert friends. We are reviewing the current design and would like your feedback on | ||
1 general design considerations | 1 general design considerations | ||
2 verification of our calculations on laser cutting capacity and | 2 verification of our calculations on laser cutting capacity and | ||
3 any comments on the feasibility of | 3 any comments on the feasibility of these, especially if you have experience with lasers. | ||
We are ready to source the parts for the laser. The total cost for the laser cutter portion or 10 watts is about $2000. Here is the bill of materials. | We are ready to source the parts for the laser. The total cost for the laser cutter portion or 10 watts is about $2000. Here is the bill of materials. | ||
| Line 19: | Line 18: | ||
Please review these calculations: [[10W Laser Cutter Calculations]]]] | Please review these calculations: [[10W Laser Cutter Calculations]]]] | ||
After the calculations are reviewed and after we receive feedback, we will purchase the parts and build | After the calculations are reviewed and after we receive feedback, we will purchase the parts and build the laser. | ||
For the CNC circuit mill, we have built upon Ilan Moyer opensource spindle from the the Center for Bits and Atoms | For the CNC circuit mill, we have built upon the Ilan Moyer opensource spindle from the the Center for Bits and Atoms | ||
John Stager is currently working on the control software for running the | John Stager is currently working on the control software for running the CNC circuit mill. We are building upon the Fab Modules (link) from MIT. Here are additional animations and pictures of the spindle . | ||
(John's animation, BOM, spindle images from [[John Log]]) | (John's animation, BOM, spindle images from [[John Log]]) | ||
Feedback is welcome | Feedback is welcome. We look forward to milling electronics for our projects as well as any other experimental electronics and future devices. The laser cut itself will be used to generate scale models from paper and cardboard for our mechanical and other machines. | ||
=Tim's Technical Content= | =Tim's Technical Content= | ||
Latest revision as of 17:57, 17 August 2013
Tim Boyd has been an active contributor in our designs Sprints. Tim is a laser expert and he has produced a design for our laser cutter:
(image of 10W Laser Cutter Concept Diagram)
This laser cutter is part of our HydraFabber - which is a foldable combination 3d printer CNC Circuit Mill and laser cutter
John Stager is currently at Factor e Farm on his Dedicated Project Visit - developing the CNC Circuit Mill portion of the device and he is also near completion.
Check out the conceptual diagram for the laser cutter and please pass this on to any of your laser expert friends. We are reviewing the current design and would like your feedback on 1 general design considerations 2 verification of our calculations on laser cutting capacity and 3 any comments on the feasibility of these, especially if you have experience with lasers.
We are ready to source the parts for the laser. The total cost for the laser cutter portion or 10 watts is about $2000. Here is the bill of materials.
(BOM image from link in the Drawing of 10W Laser Cutter Calculations)
Please review these calculations: 10W Laser Cutter Calculations]]
After the calculations are reviewed and after we receive feedback, we will purchase the parts and build the laser.
For the CNC circuit mill, we have built upon the Ilan Moyer opensource spindle from the the Center for Bits and Atoms
John Stager is currently working on the control software for running the CNC circuit mill. We are building upon the Fab Modules (link) from MIT. Here are additional animations and pictures of the spindle .
(John's animation, BOM, spindle images from John Log)
Feedback is welcome. We look forward to milling electronics for our projects as well as any other experimental electronics and future devices. The laser cut itself will be used to generate scale models from paper and cardboard for our mechanical and other machines.
Tim's Technical Content
See 10W Laser Cutter Calculations and blend this into blog post.