Mostly Printed CNC: Difference between revisions
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=Basics= | |||
*A 3-Axis [[CNC Mill]] / [[CNC Router]] where most parts are 3D Printed | |||
Cost: $412 without frame and spindle. Great deal. | *Similar to the [[RepRap]] concept in that way | ||
*The main non-printed parts are: | |||
*$277 for electronics - very competitive | **The rods/aluminium extrusions | ||
**The spindle | |||
**The motors | |||
**The electronics | |||
**The screws | |||
*'''Not open source.''' | |||
*Cost: $412 without frame and spindle. Great deal. | |||
*'''$277''' for electronics and parts - very competitive | |||
*$135 for 3D printed parts | *$135 for 3D printed parts | ||
*Frame - not included | *Frame - not included | ||
*Spindle - not included | *Spindle - not included | ||
[[File:mpcnc.png|Thumb|Decent design for a basic mill, but not highly scalable for heavy duty applications. '''Not open source.''']] | |||
=Compared to D3D Circuit Mill BOM= | =Compared to D3D Circuit Mill BOM= | ||
V1 Engineerings sells their basic parts kit for $277 with Ultimachine controller. Ours is $150 for parts with RAMPS controller, (no frame, 3d printed parts, or spindle) if you get them yourself, so $120 for a kit is a reasonable markup. Their pricing structure is a good model for OSE. | |||
<html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vQ7CDLStay8CQhoTZa4QVEetMfQVlV4n3GqA2DXiQ0AzcYahKyKwGWTCyLURb5AGHwNsrPfbxKX69J9/pubhtml?widget=true&headers=false" height=500 width= | <html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vQ7CDLStay8CQhoTZa4QVEetMfQVlV4n3GqA2DXiQ0AzcYahKyKwGWTCyLURb5AGHwNsrPfbxKX69J9/pubhtml?widget=true&headers=false" height=500 width=800></iframe></html> | ||
[https://docs.google.com/spreadsheets/d/1V7A0dSX7T1FpOTsvBGkgaTqP9Yz2NoqEYHmLc5GYgxc/edit#gid=0 edit] | [https://docs.google.com/spreadsheets/d/1V7A0dSX7T1FpOTsvBGkgaTqP9Yz2NoqEYHmLc5GYgxc/edit#gid=0 edit] | ||
= | =What OSE can Learn From It= | ||
*They have a good suggestion on wiring motors in series - 2x the power. | *They have a good suggestion on wiring motors in series - 2x the power. | ||
*https://www.v1engineering.com/assembly/wiring-the-steppers/ | *https://www.v1engineering.com/assembly/wiring-the-steppers/ | ||
=Internal Links= | |||
*[[Dremel CNC]] | |||
*[[Indymill]] | |||
=External Links= | |||
*[https://shop.v1engineering.com/collections/parts/products/mostly-printed-cnc-parts-bundle The Purchase Link] | |||
*[https://www.youtube.com/watch?v=68ohaPYyiDA&t A Review by the Youtube Channel [[Thomas Sanladerer]] ] -supposedly some rigidity issues, especially at more [[CNC]] router size builds | |||
Latest revision as of 16:15, 16 May 2020
Basics
- A 3-Axis CNC Mill / CNC Router where most parts are 3D Printed
- Similar to the RepRap concept in that way
- The main non-printed parts are:
- The rods/aluminium extrusions
- The spindle
- The motors
- The electronics
- The screws
- Not open source.
- Cost: $412 without frame and spindle. Great deal.
- $277 for electronics and parts - very competitive
- $135 for 3D printed parts
- Frame - not included
- Spindle - not included
Compared to D3D Circuit Mill BOM
V1 Engineerings sells their basic parts kit for $277 with Ultimachine controller. Ours is $150 for parts with RAMPS controller, (no frame, 3d printed parts, or spindle) if you get them yourself, so $120 for a kit is a reasonable markup. Their pricing structure is a good model for OSE.
What OSE can Learn From It
- They have a good suggestion on wiring motors in series - 2x the power.
- https://www.v1engineering.com/assembly/wiring-the-steppers/
Internal Links
External Links
- The Purchase Link
- A Review by the Youtube Channel Thomas Sanladerer -supposedly some rigidity issues, especially at more CNC router size builds