Modular and Scalable CoreXY Printer with all metal parts.

Super solid core xy build inspired by the e3d tool changer

CoreXY printer heavily inspired by e3d's new open source printer with tool changing. I intend to make it so when e3d start selling toolheads these can be added to the machine without any major work having to be done.

Build a 2x72 Belt Grinder out of OpenBuilds V-Slots

My self-designed and built, tall-format coreXY printer with 300 x 300 x695 mm print capacity.

Portable, high-speed, low-cost advanced multi-tool desktop factory derived from LulzBot Taz and TazMega.

Just some repairs and upgrades to my drill press and mitre saw using c-beam.

This is a stool, designed in 18mm wood for a cnc router, it's easily scaleable to different wood-thicknesses, in 18mm wood it takes up 1200*1200mm. It can be assembled without screws, nails or glue and can therefore also be easily disassembled.

For the x and y Axis you set the zero point with a limit switch, but how can you get the zero position for the z Axis? You have different thickness of material to mill and when you change the tool, you have also a other z Axis positon. With the Sensor, you can define the zero position of the piece automaticly.

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.

T-slot, v-slot, aluminum angle make up the majority of the structure.

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