Frog CNC Router. Inspired by OX and "Routy". Models provided in SolidWorks 2010 format. Currently 24" by 36" working area.

This is a work in progress(not printing yet). Expect this instructions to grow with time, but for now it is mainly interesting for those who want to take part in developing this printer.

A simple Embroidery machine using an XY belt and pinion drive to drive a hoop under a standard sewing machine. Needle timing, machine power and stepper control are all provided by a PIC processor. A tablet provides the higher level formatting required for communicating with the PIC chip.

This is a PCB designed to control a laser Engraver CNC

A work in progress. working to refine the print head/carriage to integrate a bed level probe directly into the print head.

Spark Concepts CNC xPRO Driver. A new GRBL compatible, all-in-one stepper driver board with 4 motor controllers for XYZ + 1 clone (or rotary!). Capable of powering your next build with an ATX PSU (or 12V 2 wire supply), and ready for wireless printing. Compatible with Arduino (wireless robots anyone?)

I have wanted a 3D printer for a while. I had thought to convert my ShapeOko machine to a 3D printer BUT after looking at having to replace the electronics with new and the small form factor. I went looking for a kit which would do what I want. Well I found it. It is the MakerFarm i3v printer.

I hope to have a working prototype built soon.

Designed from the ground up as a low cost, highly scalable delta printer. This printer has been built as small as carry on luggage size, up to an 18in wide print surface and is capable of larger. Approximate cost is low to mid $500 range start to finish, including electronics for a basic model.

This build is a modified Ox build. The long rails are 1000mm. My build includes a solid clamping table.

The aim of this OpenBot build, was to make a 3d Printer that was easy to build with minimal tools and using of the shelve parts from Openbuilds.

I have been looking for a good solid kit to build off of for some time and when I saw the Ox buildlog I knew I had to have one. Ordered most of the pieces from Open Builds and started planning. Had a nice gentleman named Chris cut the required plates from 6061 aluminum for me (he sells them on eBay now if you're interested) and got to work.

This build was very complex due to the fact I wanted to create a low cost larger than normal CNC. I did not want a MDF or plastic body. I wanted it to be able to do more than most CNC routers this size on the market.

This is the story of me building myOX - my version of the "ideal" OX. I wanted a machine which could work piece at least 4' wide, as long as I could feed through (don't be shy, think "infinity") AND go deep on multiple faces - a manual 4th axis to carve, say, molds for thermoforming polycarbonate shells. I have loads of ideas to take myOX towards that goal and way beyond. Time will tell and I will update this build as I go along, probably creating a few other builds along the way ...

A little project for a rainy day which some, like me, may find useful.

We are looking for BETA customers.