WatBot

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This page is a development stub. Please enhance this page by adding information, cad files, nice big images, and well structured data!

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Example Development

Release status: unknown

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Description
documenting a generic tool/artpiece
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CAD Models
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This is 600 pixels wide, and on the left.
This is 600 pixels wide, and on the left.
This is 600 pixels wide, and on the left.
This is 600 pixels wide, and on the left.


FILE ID# TYPE DESCRIPTION AVAILABLE FORMATS CREATED/RESERVED BY
Your-File-Name SOLID MODEL ASSEMBLY These are CAD files for the Solid Model Assembly .xml.zip, .stl.zip --Example User 12:00, Today's Date 20xx (UTC)
Your-File-Name CAD FILES FOR PARTS These are CAD files for each part. .xml.zip, .stl.zip --Example User 12:00, Today's Date 20xx (UTC)
Your-File-Name EVEN MORE FILES These are are even more files. .xml.zip, .stl.zip --Example User 12:00, Today's Date 20xx (UTC)|-
Your-File-Name SOLID MODEL ASSEMBLY This is the final finished machine N/A --Example User 12:00, Tomorrow's Date, 20xx (UTC)
Please edit this and click the links to put in your own files! --Sebastien Bailard 08:34, 10 September 2010 (UTC) 


Goals

1. Provide a way for me (an architecture master's student) to learn, and take with me, the *equipment* that is becoming essential to our practice-my school has a 6 axis Kuka robot, 4 laser cutters and a bunch of CNC mills/water-jets/etc, but for most of us, after graduation we work in offices/design practices without the budgets for these sorts of gear.

2. 3D printer: makes having a higher Z-axis useful

3. CNC router: MDF, plywood, aluminum, maybe zinc sheeting(no idea about how tough this is, just thinking of architectural materials) drilling holes in steel?

4. Modularity: swapping out plastic extruder for spindel for laser - have not tackled this but imaging some sort of steel sleeve with grooves and maybe a bottom shelf with a hole and a top that can be clamped on.

5. Build platform: constrained by equipment already purchased (see below)

Means

Although it can't self-replicate, hoping that this can be made through the cheap commoditization of the materials used (ie: cheapest ballscrews available sourced from Chinese ebayers) with the goal of decentralizing means of production.

Forum Posts

http://www.cnczone.com/forums/diy-cnc_router_table_machines/114483-router_3d_printer_1x0_7x0_3meter_modular_design.html

Progress

Software-side, it looks like EMC or any RepRap software will work -- firmware and host software -- see CAM Toolchains. It looks like all of them support the Prusa, and the WatBot uses exactly the same 4-motor arrangement -- software drives XYZ plus spindle/extruder, and a slaved axis is hard-wired in parallel to one of the main axis.

BoM:
3060, 6060 and 6090 misumi aluminum extrusions+brackets+screws/nuts shown in renders below
Chinese 2.2kw spindle
Hitachi 2.2kw VFD
x4 425oz-in Keling NEMA23
12.5A 48V Keling PSU
Gecko G540
x2 1100mm, x1 750mm, x1 350mm linearmotion2008 ballscrews/nuts + supported rail/bearing block/mount/couplings kit