The Ronin OX is a dedicated fiber composite milling machine. I give a complete in-depth article on how to take a nearly stock OX build and easily turn it into something that can mill carbon fiber and G10 plate effectively and quickly.

The method used for tool position setting is a matter of personal choice but this is what I do.

In this build we put together an awesome modular stand-up or sit down desk that is perfect of any home or office.

The TACIT RONIN CNC is a fully enclosed C-Beam platform intended for flood coolant cutting of Carbon Fiber and G10 composites.

The method used for tool position setting is a matter of personal choice but this is what I do.

In this, the final part, I would like to introduce Machine Vision and show how it can be used, not only for tool position setting but also for resolving the triangle to calculate the G68 (local system rotated) for jobs which are not squarely placed on the work table.

Mostly for Mill work, and FDM 3D printing (mostly Nylonx). I'm currently in the process of adding some hardware for a project requiring lathe work. I've included a solidworks 2014 pack and go for those of you interested in the build. if you need another file type, just let me know and i can try to accommodate. This is a scratch build (electronics and hardware)... see photos. Everything is pretty close to industrial quality... Electronics too. I got sick of other COTS designs breaking down

Router for making plugs for composite part production, and for cutting CFRP.

Long duration , high intensity SCUBA dive light using Li-Po 18650 batteries and advanced circuitry.

Absolute linear positioning using deBruijn sequences.

Senior Design Project Bennett Robertson, Megan England University of Iowa College of Engineering

This will be my second CNC build but this time a proper CNC not a small desktop model that I played with for a while to learn Gcode, It was great but now its time to start playing with the big boys and girls.

The Microwave Filter Tuner (MFT) combined with the University of Regina’s tuning algorithm automatically tunes microwave filters by using a custom CNC machine with a computer vision system for identifying, mapping, and tuning each filter element, providing improved consistency, flexibility, and accuracy compared to traditional methods. The MFT is low cost and is capable of tuning multiple filter configurations with minimal preparation.