Open Source Ecology - User contributions [en]

CNC Circuit Mill/Research Development

2012-03-29T19:23:21Z

Mister scr3wdriv3r: /* FileShare */

=Developers=

* Yoonseo - ykang404(at)gmail(dot)com - Kanada - English
* Mister Scr3wdriv3r - mister.scr3wdriv3r(at)gmail(dot)com - Germany - Freiburg - English, German

=Mailinglist=

*ose-cnc(ät)googlegroups[dot]com

*[http://groups.google.com/group/ose-cnc groups.google.com/group/ose-cnc]

=Conference Meeting=

Via Skype. Ask for skype contacts via mail.

'''Next: 10pm CET March 29, 2012'''

=FileShare=

*[https://www.dropbox.com/sh/55txrs01gb49tzf/kKp3tgxlad/CNC/CNCube_33 Dropbox File Share]

We use Tortoise HG for Revision Control. [http://db.tt/6bxBwqyq Here] you can see a little tutorial about tortoise, available for linux and win.

*/.hg - includes the revision database
*/brain_StOrm - good to put pictures, drafts of any idea
*/CAD - includes the Prototype Folders
*/CAD/YYYY_MM_DD_Name_001 - includes the SolidWorks CAD Drawings
*/Documents - Documents in general

At any file yout put inside please use the prefix '''YYYY_MM_DD_''' on the creation date and clear title what is inside of the file.

=Resources=

What Programms and Hardware we use:
*Google Sketchup
*SolidWorks
*Arduino

Accounts
*dropbox
*twitter
*flickr
*googlegroups
*to be fullfilled

=Research=

*[[CNC]]
*[[CNC Software]]
*[[CNC Circuit Mill Discussion]]
*[[Circuit Mill Problem Statement]]
*[https://www.youtube.com/embed//fsWpC6L91qo Ultimaker Pick and Place]

=Ideas=

If it's going to be a dedicated circuit mill, as opposed to a generic tabletop CNC that happens to be used for circuit milling, then it should have more functions. With only a modest increase in complexity it could have a copper board "magazine" and a mechanical flipper that would automatically position an arbitrary number of two-sided copper boards to be milled on both sides. Perhaps the router bit can also be used to drill (route) some of the holes; at least the mounting holes. Both a router and drill can be mounted on the gantry. The router can be solenoid controlled (down to the right height or up and out of the way). The drill can be on the z-axis so it has full range of motion.

* The Red Blue CNC mill was Nick Santillan's graduate project. It is made up of three identical axes with holes every 3.5", allowing them to be reconfigured modularly. At [http://redbluecnc.blogspot.com/ his blog] and [http://blog.ponoko.com/2010/09/04/red-blue-cnc/ Ponoko] and [http://www.designboom.com/weblog/cat/8/view/10714/nick-santillan-red-blue-cnc.html Design Boom] and [http://boards.core77.com/viewtopic.php?f=20&t=21617 core77]

* '''[http://diylilcnc.org/ Open Source CNC Mill]''' - Design already exists!

=See Also=
*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed circuit board milling]

=CAD of Mobile Gantry Design (In Progress)=

[[Image: cncgantry.jpg]]

=X Axis Frame Design Rationale=

*The major functions of the X-Axis Frame are to provide a flat working platform on which to rest boards to be milled, and ensure the rigidity of the X-axis precision shafts and leadscrew.

*Start by assuming that the x-axis frame needs to support a pair of precision shafts and allow mounting of the working platform and stepper motor with leadscrew.

*The working platform has to be some sort of flat sheet or plate.

*Some sort of rectangular support structure seems a good start, with a total part count of 5.

*Here is an visual example using 1 plate and 4 rectangular bars:

[[Image:RectBar.jpg|500px]]

*This is rigid and has space at the sides for gantry mounting, but bulky. We notice that a lot of material is still being used despite the low part count. Keep in mind that part count and material volume, future design implications, and ease-of-manufacturing must all be considered separate, though interrelated factors in effective design.

*If we use only 2 rectangular bars (for supporting the precision shafts), then we can save on material volume by using 2 angles as structural supports.

*Here is an visual example using 1 plate, 2 rectangular bars, and 2 angles:

[[Image:2Angle.jpg|500px]]

*This is relatively volume-efficient, with plenty of open space at the side for gantry mounting. The major concern with this design is that the resistance to force vectors is heavily dependent on the angle supports, which significantly lose mechanical advantage as the rectangular bars get taller. Low-profile setups will be best for this design.

*Here is another take on the 1 plate, 2 rectangular bar, 2 angle setup. What if the angles were to mount the precision shafts instead of the rectangular bars?

[[Image:2MainAngle.jpg|500px]]

*The major concern with this design is the vulnerability to forces with strong vectors along the horizontal plane. Again, low-profile setups will be best.

*For completeness of the practical variations of the 5-part x-axis frame, consider the use of 4 angles and 1 plate:

[[Image: 4angle.jpg|500px]]

*The major concern with this setup is that the angles, though volume-efficient, will not provide enough rigidity at their 4 junctions.

=Gantry Design Rationale=

*The gantry needs to be mounted at 2 points per precision shaft for stability, as well as somehow being connected to the movement of the leadscrew nut.

*Starting from the x-axis, assume that the 2 precision shafts and 1 leadscrew are firmly mounted. One C-channel per precision shaft gives us the 4 contact points necessary per axis; 1 angle centred at the leadscrew and across the C-Channels can make the connection. A flat bar for the C-Channels can provide rigidity along the plane perpendicular to the precision shafts.

*Here is a visual example (note that the square bars should be seen as round instead):

[[Image: 2ChannelFlatAngle.jpg|500px]]

{{GVCS Footer}}

CNC Circuit Mill/Research Development

2012-03-29T19:14:07Z

Mister scr3wdriv3r: /* FileShare */

=Developers=

* Yoonseo - ykang404(at)gmail(dot)com - Kanada - English
* Mister Scr3wdriv3r - mister.scr3wdriv3r(at)gmail(dot)com - Germany - Freiburg - English, German

=Mailinglist=

*ose-cnc(ät)googlegroups[dot]com

*[http://groups.google.com/group/ose-cnc groups.google.com/group/ose-cnc]

=Conference Meeting=

Via Skype. Ask for skype contacts via mail.

'''Next: 10pm CET March 29, 2012'''

=FileShare=

*[https://www.dropbox.com/sh/55txrs01gb49tzf/610Qp1iKF7 Dropbox File Share]

We use Tortoise HG for Revision Control. [http://db.tt/6bxBwqyq Here] you can see a little tutorial about tortoise, available for linux and win.

*/.hg - includes the revision database
*/brain_StOrm - good to put pictures, drafts of any idea
*/CAD - includes the Prototype Folders
*/CAD/YYYY_MM_DD_Name_001 - includes the SolidWorks CAD Drawings
*/Documents - Documents in general

At any file yout put inside please use the prefix '''YYYY_MM_DD_''' on the creation date and clear title what is inside of the file.

=Resources=

What Programms and Hardware we use:
*Google Sketchup
*SolidWorks
*Arduino

Accounts
*dropbox
*twitter
*flickr
*googlegroups
*to be fullfilled

=Research=

*[[CNC]]
*[[CNC Software]]
*[[CNC Circuit Mill Discussion]]
*[[Circuit Mill Problem Statement]]
*[https://www.youtube.com/embed//fsWpC6L91qo Ultimaker Pick and Place]

=Ideas=

If it's going to be a dedicated circuit mill, as opposed to a generic tabletop CNC that happens to be used for circuit milling, then it should have more functions. With only a modest increase in complexity it could have a copper board "magazine" and a mechanical flipper that would automatically position an arbitrary number of two-sided copper boards to be milled on both sides. Perhaps the router bit can also be used to drill (route) some of the holes; at least the mounting holes. Both a router and drill can be mounted on the gantry. The router can be solenoid controlled (down to the right height or up and out of the way). The drill can be on the z-axis so it has full range of motion.

* The Red Blue CNC mill was Nick Santillan's graduate project. It is made up of three identical axes with holes every 3.5", allowing them to be reconfigured modularly. At [http://redbluecnc.blogspot.com/ his blog] and [http://blog.ponoko.com/2010/09/04/red-blue-cnc/ Ponoko] and [http://www.designboom.com/weblog/cat/8/view/10714/nick-santillan-red-blue-cnc.html Design Boom] and [http://boards.core77.com/viewtopic.php?f=20&t=21617 core77]

* '''[http://diylilcnc.org/ Open Source CNC Mill]''' - Design already exists!

=See Also=
*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed circuit board milling]

=CAD of Mobile Gantry Design (In Progress)=

[[Image: cncgantry.jpg]]

=X Axis Frame Design Rationale=

*The major functions of the X-Axis Frame are to provide a flat working platform on which to rest boards to be milled, and ensure the rigidity of the X-axis precision shafts and leadscrew.

*Start by assuming that the x-axis frame needs to support a pair of precision shafts and allow mounting of the working platform and stepper motor with leadscrew.

*The working platform has to be some sort of flat sheet or plate.

*Some sort of rectangular support structure seems a good start, with a total part count of 5.

*Here is an visual example using 1 plate and 4 rectangular bars:

[[Image:RectBar.jpg|500px]]

*This is rigid and has space at the sides for gantry mounting, but bulky. We notice that a lot of material is still being used despite the low part count. Keep in mind that part count and material volume, future design implications, and ease-of-manufacturing must all be considered separate, though interrelated factors in effective design.

*If we use only 2 rectangular bars (for supporting the precision shafts), then we can save on material volume by using 2 angles as structural supports.

*Here is an visual example using 1 plate, 2 rectangular bars, and 2 angles:

[[Image:2Angle.jpg|500px]]

*This is relatively volume-efficient, with plenty of open space at the side for gantry mounting. The major concern with this design is that the resistance to force vectors is heavily dependent on the angle supports, which significantly lose mechanical advantage as the rectangular bars get taller. Low-profile setups will be best for this design.

*Here is another take on the 1 plate, 2 rectangular bar, 2 angle setup. What if the angles were to mount the precision shafts instead of the rectangular bars?

[[Image:2MainAngle.jpg|500px]]

*The major concern with this design is the vulnerability to forces with strong vectors along the horizontal plane. Again, low-profile setups will be best.

*For completeness of the practical variations of the 5-part x-axis frame, consider the use of 4 angles and 1 plate:

[[Image: 4angle.jpg|500px]]

*The major concern with this setup is that the angles, though volume-efficient, will not provide enough rigidity at their 4 junctions.

=Gantry Design Rationale=

*The gantry needs to be mounted at 2 points per precision shaft for stability, as well as somehow being connected to the movement of the leadscrew nut.

*Starting from the x-axis, assume that the 2 precision shafts and 1 leadscrew are firmly mounted. One C-channel per precision shaft gives us the 4 contact points necessary per axis; 1 angle centred at the leadscrew and across the C-Channels can make the connection. A flat bar for the C-Channels can provide rigidity along the plane perpendicular to the precision shafts.

*Here is a visual example (note that the square bars should be seen as round instead):

[[Image: 2ChannelFlatAngle.jpg|500px]]

{{GVCS Footer}}

CNC Circuit Mill/Research Development

2012-03-29T19:12:50Z

Mister scr3wdriv3r: /* FileShare */

=Developers=

* Yoonseo - ykang404(at)gmail(dot)com - Kanada - English
* Mister Scr3wdriv3r - mister.scr3wdriv3r(at)gmail(dot)com - Germany - Freiburg - English, German

=Mailinglist=

*ose-cnc(ät)googlegroups[dot]com

*[http://groups.google.com/group/ose-cnc groups.google.com/group/ose-cnc]

=Conference Meeting=

Via Skype. Ask for skype contacts via mail.

'''Next: 10pm CET March 29, 2012'''

=FileShare=

*[https://www.dropbox.com/sh/55txrs01gb49tzf/610Qp1iKF7 Dropbox File Share]

We use Tortoise HG for Revision Control. [https://www.dropbox.com/sh/e5m84z97iup72jt/L6dBRZBFvP Here] you can see a little tutorial about tortoise, available for linux and win.

*/.hg - includes the revision database
*/brain_StOrm - good to put pictures, drafts of any idea
*/CAD - includes the Prototype Folders
*/CAD/YYYY_MM_DD_Name_001 - includes the SolidWorks CAD Drawings
*/Documents - Documents in general

At any file yout put inside please use the prefix '''YYYY_MM_DD_''' on the creation date and clear title what is inside of the file.

=Resources=

What Programms and Hardware we use:
*Google Sketchup
*SolidWorks
*Arduino

Accounts
*dropbox
*twitter
*flickr
*googlegroups
*to be fullfilled

=Research=

*[[CNC]]
*[[CNC Software]]
*[[CNC Circuit Mill Discussion]]
*[[Circuit Mill Problem Statement]]
*[https://www.youtube.com/embed//fsWpC6L91qo Ultimaker Pick and Place]

=Ideas=

If it's going to be a dedicated circuit mill, as opposed to a generic tabletop CNC that happens to be used for circuit milling, then it should have more functions. With only a modest increase in complexity it could have a copper board "magazine" and a mechanical flipper that would automatically position an arbitrary number of two-sided copper boards to be milled on both sides. Perhaps the router bit can also be used to drill (route) some of the holes; at least the mounting holes. Both a router and drill can be mounted on the gantry. The router can be solenoid controlled (down to the right height or up and out of the way). The drill can be on the z-axis so it has full range of motion.

* The Red Blue CNC mill was Nick Santillan's graduate project. It is made up of three identical axes with holes every 3.5", allowing them to be reconfigured modularly. At [http://redbluecnc.blogspot.com/ his blog] and [http://blog.ponoko.com/2010/09/04/red-blue-cnc/ Ponoko] and [http://www.designboom.com/weblog/cat/8/view/10714/nick-santillan-red-blue-cnc.html Design Boom] and [http://boards.core77.com/viewtopic.php?f=20&t=21617 core77]

* '''[http://diylilcnc.org/ Open Source CNC Mill]''' - Design already exists!

=See Also=
*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed circuit board milling]

=CAD of Mobile Gantry Design (In Progress)=

[[Image: cncgantry.jpg]]

=X Axis Frame Design Rationale=

*The major functions of the X-Axis Frame are to provide a flat working platform on which to rest boards to be milled, and ensure the rigidity of the X-axis precision shafts and leadscrew.

*Start by assuming that the x-axis frame needs to support a pair of precision shafts and allow mounting of the working platform and stepper motor with leadscrew.

*The working platform has to be some sort of flat sheet or plate.

*Some sort of rectangular support structure seems a good start, with a total part count of 5.

*Here is an visual example using 1 plate and 4 rectangular bars:

[[Image:RectBar.jpg|500px]]

*This is rigid and has space at the sides for gantry mounting, but bulky. We notice that a lot of material is still being used despite the low part count. Keep in mind that part count and material volume, future design implications, and ease-of-manufacturing must all be considered separate, though interrelated factors in effective design.

*If we use only 2 rectangular bars (for supporting the precision shafts), then we can save on material volume by using 2 angles as structural supports.

*Here is an visual example using 1 plate, 2 rectangular bars, and 2 angles:

[[Image:2Angle.jpg|500px]]

*This is relatively volume-efficient, with plenty of open space at the side for gantry mounting. The major concern with this design is that the resistance to force vectors is heavily dependent on the angle supports, which significantly lose mechanical advantage as the rectangular bars get taller. Low-profile setups will be best for this design.

*Here is another take on the 1 plate, 2 rectangular bar, 2 angle setup. What if the angles were to mount the precision shafts instead of the rectangular bars?

[[Image:2MainAngle.jpg|500px]]

*The major concern with this design is the vulnerability to forces with strong vectors along the horizontal plane. Again, low-profile setups will be best.

*For completeness of the practical variations of the 5-part x-axis frame, consider the use of 4 angles and 1 plate:

[[Image: 4angle.jpg|500px]]

*The major concern with this setup is that the angles, though volume-efficient, will not provide enough rigidity at their 4 junctions.

=Gantry Design Rationale=

*The gantry needs to be mounted at 2 points per precision shaft for stability, as well as somehow being connected to the movement of the leadscrew nut.

*Starting from the x-axis, assume that the 2 precision shafts and 1 leadscrew are firmly mounted. One C-channel per precision shaft gives us the 4 contact points necessary per axis; 1 angle centred at the leadscrew and across the C-Channels can make the connection. A flat bar for the C-Channels can provide rigidity along the plane perpendicular to the precision shafts.

*Here is a visual example (note that the square bars should be seen as round instead):

[[Image: 2ChannelFlatAngle.jpg|500px]]

{{GVCS Footer}}

CNC Circuit Mill/Research Development

2012-03-24T07:55:49Z

Mister scr3wdriv3r:

{{GVCS Header}}

=Developers=

* Yoonseo - ykang404(at)gmail(dot)com - Kanada - English
* Mister Scr3wdriv3r - mister.scr3wdriv3r(at)gmail(dot)com - Germany - Freiburg - English, German

=Mailinglist=

*ose-cnc(ät)googlegroups[dot]com

*[http://groups.google.com/group/ose-cnc groups.google.com/group/ose-cnc]

=Conference Meeting=

Via Skype. Ask for skype contacts via mail.

'''Next: 10pm CET March 29, 2012'''

=FileShare=

*[https://www.dropbox.com/sh/55txrs01gb49tzf/610Qp1iKF7 Dropbox File Share]

We use Tortoise HG for Revision Control. [https://www.dropbox.com/sh/55txrs01gb49tzf/610Qp1iKF7 Here] you can see a little tutorial about tortoise, available for linux and win.

*/.hg - includes the revision database
*/brain_StOrm - good to put pictures, drafts of any idea
*/CAD - includes the Prototype Folders
*/CAD/YYYY_MM_DD_Name_001 - includes the SolidWorks CAD Drawings
*/Documents - Documents in general

At any file yout put inside please use the prefix '''YYYY_MM_DD_''' on the creation date and clear title what is inside of the file.

=Resources=

What Programms and Hardware we use:
*Google Sketchup
*SolidWorks
*Arduino

Accounts
*dropbox
*twitter
*flickr
*googlegroups
*to be fullfilled

=Research=

*[[CNC]]
*[[CNC Software]]
*[[CNC Circuit Mill Discussion]]
*[[Circuit Mill Problem Statement]]
*[https://www.youtube.com/embed//fsWpC6L91qo Ultimaker Pick and Place]

=Ideas=

If it's going to be a dedicated circuit mill, as opposed to a generic tabletop CNC that happens to be used for circuit milling, then it should have more functions. With only a modest increase in complexity it could have a copper board "magazine" and a mechanical flipper that would automatically position an arbitrary number of two-sided copper boards to be milled on both sides. Perhaps the router bit can also be used to drill (route) some of the holes; at least the mounting holes. Both a router and drill can be mounted on the gantry. The router can be solenoid controlled (down to the right height or up and out of the way). The drill can be on the z-axis so it has full range of motion.

* The Red Blue CNC mill was Nick Santillan's graduate project. It is made up of three identical axes with holes every 3.5", allowing them to be reconfigured modularly. At [http://redbluecnc.blogspot.com/ his blog] and [http://blog.ponoko.com/2010/09/04/red-blue-cnc/ Ponoko] and [http://www.designboom.com/weblog/cat/8/view/10714/nick-santillan-red-blue-cnc.html Design Boom] and [http://boards.core77.com/viewtopic.php?f=20&t=21617 core77]

* '''[http://diylilcnc.org/ Open Source CNC Mill]''' - Design already exists!

=See Also=
*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed circuit board milling]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:48:10Z

Mister scr3wdriv3r: /* Join the Team */

=Join the Team=

To join the development team pleace sign up in our groups account at '''CNCube@googlegroups.com''' or visit the group page directly [http://groups.google.com/group/cncube CNCube Group].

Actually we are working on following stuff:

*'''redesign of CNCube'''
*'''programming the stepper motors via arduino and g-code''' (hase anyone programmed code around?)

What you can do:

*'''join the team''' and discuss designs
*'''make new designs''' (actually we have a lot of SolidWorks files via dropbox available)
*'''take 3 stepper''' motors and try to get it working with '''arduino''', g-code..
*ideas for '''reproducing items''' of the CNCube itself
*'''research''' and ideas about '''precision''' tests

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:46:27Z

Mister scr3wdriv3r: /* Join the Team */

=Join the Team=

To join the development team pleace sign up in our groups account at '''CNCube@googlegroups.com''' or visit the group page directly [http://groups.google.com/group/cncube CNCube Group].

Actually we are working on following stuff:

*redesign of CNCube
*programming the stepper motors via arduino and g-code (hase anyone programmed code around?)

What you can do:

*join the team and discuss designs
*make new designs (actually we have a lot of SolidWorks files via dropbox available)
*take 3 stepper motors and try to get it working with arduino, g-code..
*ideas for reproducing items of the CNCube itself
*research and ideas about precision tests

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:44:54Z

Mister scr3wdriv3r: /* Join the Team */

=Join the Team=

To join the development team pleace sign up in our groups account at CNCube@googlegroups.com or visit the group page directly [http://groups.google.com/group/cncube].

Actually we are working on following stuff:

* redesign of CNCube
* programming the stepper motors via arduino and g-code (hase anyone programmed code around?)

What you can do:

* join the team and discuss designs
* make new designs (actually we have a lot of SolidWorks files via dropbox available)
* take 3 stepper motors and try to get it working with arduino, g-code..
* ideas for reproducing items of the CNCube itself
* research and ideas about precision tests

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:43:36Z

Mister scr3wdriv3r: /* Join the Team */

=Join the Team=

To join the development team pleace sign up in our groups account at CNCube@googlegroups.com or visit the group page directly [[http://groups.google.com/group/cncube]].

Actually we are working on following stuff:

- redesign of CNCube
- programming the stepper motors via arduino and g-code (hase anyone programmed code around?)

What you can do:

- join the team and discuss designs
- make new designs (actually we have a lot of SolidWorks files via dropbox available)
- take 3 stepper motors and try to get it working with arduino, g-code..
- ideas for reproducing items of the CNCube itself
- research and ideas about precision tests

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:34:15Z

Mister scr3wdriv3r: /* Joint the Team */

=Joint the Team=

To join the development team pleace sign up in our groups account at cncube@googlegroups.com
<nowiki>
<table border=0 style="background-color: #fff; padding: 5px;" cellspacing=0>
<tr><td>
<img src="http://groups.google.com/intl/de/images/logos/groups_logo_sm.gif"
height=30 width=140 alt="Google Groups">
</td></tr>
<tr><td style="padding-left: 5px"> <b>CNCube beitreten</b> </td></tr>
<form action="http://groups.google.com/group/cncube/boxsubscribe">
<input type=hidden name="hl" value="de">
<tr><td style="padding-left: 5px;"> E-Mail: <input type=text name=email>
<input type=submit name="sub" value="Abonnieren">
</td></tr>
</form>
<tr><td align=right> <a href="http://groups.google.com/group/cncube?hl=de">Diese Gruppe besuchen</a> </td></tr>
</table>
</nowiki>

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:32:53Z

Mister scr3wdriv3r: /* Joint the Team */

=Joint the Team=

To join the development team pleace sign up in our groups account at cncube@googlegroups.com

<table border=0 style="background-color: #fff; padding: 5px;" cellspacing=0>
<tr><td>
<img src="http://groups.google.com/intl/de/images/logos/groups_logo_sm.gif"
height=30 width=140 alt="Google Groups">
</td></tr>
<tr><td style="padding-left: 5px"> <b>CNCube beitreten</b> </td></tr>
<form action="http://groups.google.com/group/cncube/boxsubscribe">
<input type=hidden name="hl" value="de">
<tr><td style="padding-left: 5px;"> E-Mail: <input type=text name=email>
<input type=submit name="sub" value="Abonnieren">
</td></tr>
</form>
<tr><td align=right> <a href="http://groups.google.com/group/cncube?hl=de">Diese Gruppe besuchen</a> </td></tr>
</table>

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:30:23Z

Mister scr3wdriv3r:

=Joint the Team=
sd

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:20:32Z

Mister scr3wdriv3r:

{{Joint the Team}}

To get fast...

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

CNC Circuit Mill

2012-03-16T05:17:50Z

Mister scr3wdriv3r: /* Industry Standards */

=Joint the Team=

=Industry Standards=

*'''LPKF'''

http://www.lpkfusa.com/downloads/support/docs/man_c40.pdf

*'''Tormach: PCNC 1100 Series 3 CNC Mill'''

http://www.tormach.com/Product_PCNC_main2.html?gclid=CNqspeb8r64CFUcCQAodmBSZRw

http://www.tormach.com/uploads/300/TD_Series_3_Whitepaper_v4-0-pdf.html

Ballscrews and nuts, hybrid polyphase stepper motors, microstepping digital electronics

=Iterations=

*'''Version In Progress'''
[[CNCCMV2]]

*'''Version 1'''

[[CNCCMV1]]

==See Also==
*[[CNC Circuit Mill Discussion]]
*[[CNC Circuit Mill Concept]]
*[[Stepper Motor]]
*[http://blog.ponoko.com/2011/07/15/pricing-guide-to-diy-cnc-mill-and-router-kits/ Comparison of CNC kits]
*[[Mantis 9]]
*[[Snaplock]]
*[[Shapeoko]]

*[http://en.wikipedia.org/wiki/Printed_circuit_board_milling Wikipedia: Printed Circuit Board Milling]

[[Category:Circuit Board Fabrication]]

{{GVCS Footer}}

Mister Scr3wdriv3r

2012-02-26T12:56:13Z

Mister scr3wdriv3r:

{{InternalWikiCommunication|Forename_Surname}}
[[Image:mister_scr3wdriv3r.jpg|thumb|Mister Scr3wdriv3r]]

==Team Culturing Information==

last Updated: DD. Month, Year.

==='''WHO''' are you?===
*''Name'' -
*''Location (city, country)'' -
*''Contact Information (email, skype, phone)'' -
*''Introduction Video'' -
*''Resume/CV'' -

==='''WHY''' are you motivated to support/develop this work?===
*''Do you support open source culture?''

*''Why are you interested in collaborating with us?''

*''How do you think that the GVCS and Open Source Hardware can address pressing world issues?''

*''What do you like in OSE Europe?''

*''What should happen so that you become more involved with OSE Europe?''

*''What is missing in OSE Europe?''

*''What are your suggestions for improvement in OSE Europe?''

==='''WHAT''' are your skills?===

*''List all of your skills in these areas, at what level (beginner, intermediate, advanced) and where did you practice them:''
**Communications -
**Organizational -
**Fundraising -
**Finances -
**Law -
**Public Relations/Marketing -
**Web Development -
**Video/Graphics/Art -
**Natural Building -
**Construction -
**Architecture -
**Agriculture and Food Production -
**Woodworking -
**Electronics -
**Automation -
**Metallurgy -
**Engineering -
**CAD Design -
**Fabrication -
**Energy -
**CNC -
**Chemistry -
**Product Design -
**Others -

*''How have you already contributed to OSE, OSE Europe and Open Source Hardware?''

===HOW can you help?===

*''How do you want to contribute?''

*''Can you volunteer to work with us, and if so, how many hours per week? Or do you have a free timeframe (week, month)? ''

*''Are you interested in working with us for pay? If so, what services can you offer, and what is your hourly or per-project rate?''

*''Are you interested in being part of one of the OSE communities in Europe? If so in which country?''

*''Are you interested in a Dedicated Project Visit in OSE Communities in Europe? If so in which country?''

*''Are you interested in building GVCS or other Open Source Hardware equipment in Europe? If so which ones?''

*''Are you an OSE [[True Fans|True Fan]]?''

*''Would you like to see yourself working with us on a full-time basis?''

===Your Friends and Community===

*''What friends, people, communities and organizations do you know who are already doing valuable work for a better future? For example: open source hardware/software, sustainable agriculture, natural building, renewable energy, abundance based economies, local production or others?''

*''What are the technological (machines, tools, structures, ...) and biological (people, animals, plants, ...) needs of your community so that it becomes self-sufficient locally and globally connected?''

*''Are your friends and community doing valuable work for a better future? How can they become more involved in this process and share more with everyone?''

[[Category:Team Culturing Europe]]

OSE Europe/People/Team Culturing Template

2012-02-26T12:54:39Z

Mister scr3wdriv3r:

{{InternalWikiCommunication|Forename_Surname}}
[[Image:image.jpg|thumb|your_name]]

==Team Culturing Information==

last Updated: DD. Month, Year.

==='''WHO''' are you?===
*''Name'' -
*''Location (city, country)'' -
*''Contact Information (email, skype, phone)'' -
*''Introduction Video'' -
*''Resume/CV'' -

==='''WHY''' are you motivated to support/develop this work?===
*''Do you support open source culture?''

*''Why are you interested in collaborating with us?''

*''How do you think that the GVCS and Open Source Hardware can address pressing world issues?''

*''What do you like in OSE Europe?''

*''What should happen so that you become more involved with OSE Europe?''

*''What is missing in OSE Europe?''

*''What are your suggestions for improvement in OSE Europe?''

==='''WHAT''' are your skills?===

*''List all of your skills in these areas, at what level (beginner, intermediate, advanced) and where did you practice them:''
**Communications -
**Organizational -
**Fundraising -
**Finances -
**Law -
**Public Relations/Marketing -
**Web Development -
**Video/Graphics/Art -
**Natural Building -
**Construction -
**Architecture -
**Agriculture and Food Production -
**Woodworking -
**Electronics -
**Automation -
**Metallurgy -
**Engineering -
**CAD Design -
**Fabrication -
**Energy -
**CNC -
**Chemistry -
**Product Design -
**Others -

*''How have you already contributed to OSE, OSE Europe and Open Source Hardware?''

===HOW can you help?===

*''How do you want to contribute?''

*''Can you volunteer to work with us, and if so, how many hours per week? Or do you have a free timeframe (week, month)? ''

*''Are you interested in working with us for pay? If so, what services can you offer, and what is your hourly or per-project rate?''

*''Are you interested in being part of one of the OSE communities in Europe? If so in which country?''

*''Are you interested in a Dedicated Project Visit in OSE Communities in Europe? If so in which country?''

*''Are you interested in building GVCS or other Open Source Hardware equipment in Europe? If so which ones?''

*''Are you an OSE [[True Fans|True Fan]]?''

*''Would you like to see yourself working with us on a full-time basis?''

===Your Friends and Community===

*''What friends, people, communities and organizations do you know who are already doing valuable work for a better future? For example: open source hardware/software, sustainable agriculture, natural building, renewable energy, abundance based economies, local production or others?''

*''What are the technological (machines, tools, structures, ...) and biological (people, animals, plants, ...) needs of your community so that it becomes self-sufficient locally and globally connected?''

*''Are your friends and community doing valuable work for a better future? How can they become more involved in this process and share more with everyone?''

[[Category:Team Culturing Europe]]

OSE Europe/People/Team Culturing Template

2012-02-26T12:51:39Z

Mister scr3wdriv3r:

File:Mister scr3wdriv3r.jpg

2012-02-26T12:50:16Z

Mister scr3wdriv3r: profil image

profil image

Mister Scr3wdriv3r

2012-02-26T12:48:54Z

Mister scr3wdriv3r: Created page with "{{InternalWikiCommunication|Forename_Surname}} myname ==Team Culturing Information== last Updated: DD. Month, Year. ==='''WHO''' are you?=== *''..."

{{InternalWikiCommunication|Forename_Surname}}
[[Image:myfotofile.jpg|thumb|myname]]

==Team Culturing Information==

last Updated: DD. Month, Year.

==='''WHO''' are you?===
*''Name'' -
*''Location (city, country)'' -
*''Contact Information (email, skype, phone)'' -
*''Introduction Video'' -
*''Resume/CV'' -

==='''WHY''' are you motivated to support/develop this work?===
*''Do you support open source culture?''

*''Why are you interested in collaborating with us?''

*''How do you think that the GVCS and Open Source Hardware can address pressing world issues?''

*''What do you like in OSE Europe?''

*''What should happen so that you become more involved with OSE Europe?''

*''What is missing in OSE Europe?''

*''What are your suggestions for improvement in OSE Europe?''

==='''WHAT''' are your skills?===

*''List all of your skills in these areas, at what level (beginner, intermediate, advanced) and where did you practice them:''
**Communications -
**Organizational -
**Fundraising -
**Finances -
**Law -
**Public Relations/Marketing -
**Web Development -
**Video/Graphics/Art -
**Natural Building -
**Construction -
**Architecture -
**Agriculture and Food Production -
**Woodworking -
**Electronics -
**Automation -
**Metallurgy -
**Engineering -
**CAD Design -
**Fabrication -
**Energy -
**CNC -
**Chemistry -
**Product Design -
**Others -

*''How have you already contributed to OSE, OSE Europe and Open Source Hardware?''

===HOW can you help?===

*''How do you want to contribute?''

*''Can you volunteer to work with us, and if so, how many hours per week? Or do you have a free timeframe (week, month)? ''

*''Are you interested in working with us for pay? If so, what services can you offer, and what is your hourly or per-project rate?''

*''Are you interested in being part of one of the OSE communities in Europe? If so in which country?''

*''Are you interested in a Dedicated Project Visit in OSE Communities in Europe? If so in which country?''

*''Are you interested in building GVCS or other Open Source Hardware equipment in Europe? If so which ones?''

*''Are you an OSE [[True Fans|True Fan]]?''

*''Would you like to see yourself working with us on a full-time basis?''

===Your Friends and Community===

*''What friends, people, communities and organizations do you know who are already doing valuable work for a better future? For example: open source hardware/software, sustainable agriculture, natural building, renewable energy, abundance based economies, local production or others?''

*''What are the technological (machines, tools, structures, ...) and biological (people, animals, plants, ...) needs of your community so that it becomes self-sufficient locally and globally connected?''

*''Are your friends and community doing valuable work for a better future? How can they become more involved in this process and share more with everyone?''

[[Category:Team Culturing Europe]]