Circuit Mill Problem Statement: Difference between revisions
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==Overview== | |||
{{Circuit Mill}} Problem Statement | |||
=Problem Statement= | =Problem Statement= | ||
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#[[RepRap Prusa Mendel]] | #[[RepRap Prusa Mendel]] | ||
#[[CNC Circuit Mill]] from Christian in Austria | #[[CNC Circuit Mill]] from Christian in Austria | ||
#[ | #[https://sites.google.com/site/protobotindustries/projects/protobot-bv0-1 Protobot] | ||
#[http://diylilcnc.org/ DIYLILCNC] | |||
==See Also== | |||
{{Circuit Mill}} | |||
[[Category:Problem Statements]] | [[Category:Problem Statements]] | ||
Latest revision as of 03:40, 20 January 2012
Overview
CNC Circuit Mill Problem Statement
Problem Statement
What is the best bootstrapping CNC circuit mill available that could produce all types of through-hole, single or double-sided circuits for prototyping?
Requirements
- 6"x6" working area
- Ability to make circuits up to Arduino microcontroller clones
Possible Solutions
A possible solution is to use an existing open source cnc mill:
- Mantis Machine 9 - appears to have a boot-strappable stepper controller and microcontroller design that could be made on this $100 mill. Good points - $20 spindle; $100 for everything. Modify this to metal for stability, and this would make a great universal bootstrapping circuit mill to last a lifetime.
- SnapLock appears to be a robust bootstrapping mill, but the cost is $600 see bill of materials
- What would the performance of SnapLock be if drive was replaced with precision acme instead of ball screw, and even hardened threaded rod with brass nuts or something similar?
- Frame snaps into place, no alignment issues. Milled on a ShopBot
- MyDIYCNC - $580 for complete kit
- RepRap Prusa Mendel
- CNC Circuit Mill from Christian in Austria
- Protobot
- DIYLILCNC