Had left over parts from cnc plasma build.

Simple upgrade of the Y axis on a Cbeam sphinx from 500mm to 1000mm.

C-Beam XL upgraded with end-stops, E-stop, and cable chain. Running GRBL on Arduino Mega.

Built a 32"x40" ACRO Kit for my 10watt Endurance Laser. Put it in a stand alone clamshell cabinet, added a 340cfm 6" fan and variable speed switch for the fan. Using LIght Burn for my primary software. It seems to be work well.

Cutting Depron foam panels by an oscillating needle

Ventilator prototype based of OpenBuilds Stock parts

i had the ox build and wanted to do a more beeffer style so i went with a workbee style machine ..

a 1000x1000 acme screw workbee built as frugally as possible. thanks so much to ooznest and openbuilds :)

Cartesian style CNC with a working area of around 360mm x 360mm x 120 mm (X, Y, Z) using Linear rails and ball screws. The linear rails are (Hiwin?) HGR 20mm x 520mm and the ball screws are SFU1204 (12mm lead 4mm) of around +/- 430 mm. The base structure is made from rectangular aluminum profiles of 70mm x 45mm x 3mm (thickness of walls).

A build to cut .008 inch slots into JB Weld.

Modify a Gen1 Cube printer into a small cnc router to cut pcbs and light (VERY light) milling work. Also easy to swap out the rotary head and mount a laser head for engraving.

My first build based on the original C beam Sphinx. I’m not sure at this point what the final size will be. I have the parts from the c beam Sphinx and extra beams and lead screws to build up to 1000mm x 1000mm.

Based on the WorkBee CNC, this is an oversized router built with a specific use-case in mind, for manufacutring beehives, and beehive components

I wanted to make my own unit. I enjoy building and was looking for a challenge.

Stinger displays images in the air by using a single column of LEDs. Special computer code converts graphics to pixels; then, the pixels are send to the strings of LEDs, which with the help of of the motor's fast movement the most colorful are displayed on thin air.

A Delta robot for weeding crops using AI and ROS2

GHOST Case build for the OpenBuilds Black Box Motion Control System

The idea was to use materials from previuos failed projects into a succesful one. I have build this tiny but powerfull CNC machine mainly using the universal gantry plates for the X and Y axis. Also another innovative part is the fact that I assembled the Z gantry with 2 aluminum sections of 20X40 and one aluminum seccion of the 20X20. I used NEMA 17 stepper motors with GT2 pulleys. This was designed on Fusion360

The Sphinx has all the components I need, except it will need a taller vertical lead screw, the same length as the horizontal ones. It will also need legs. So I need to start with the Sphinx parts list, then make a few changes.

A mixed drive, PI Controlled machine

Super tall 3D printer. All lead screw design.

Making use of c-beam I have had left over from projects.

This cnc milling machine is 3 meters by 30 meters,

Customised Lead 1010 making it a 1510. T-Track work area with dual Y limit switches for auto-squaring. Powered by xPro v5 & CNC.js

Hi my name is crispin and I'm an aluminum addict.

Just ox cnc experiment

Belt drive linear scale for Mill and Lathe

A sun cutter only using mirror and glass balls with x and y table movement

Automated Media blaster retrofit.

A simple but elegent couch legs

Update a 20-year old bench top milling machine with OpenBuild Ecosystem electronics.

This is a build for those of us that want to work fairly large but are in a tight space and budget

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This build will use 1/2 inch copper water pipe as the primary material for all structural parts. As of now my intent is a cartesian design drawing from a few popular printers. I'm going to use the least amount of printed parts as possible and locally source as much as I can. I have built an EMT-conduit core-xy printer in the past and while it worked out fine, I feel copper is easier to work, manufactured with more precision, still reasonably inexpensive and will look super cool!

X is 1000mm, Y is 1500 mm, Z is 1000mm. It Rotates 360 degrees and Tilt also can move 360 degrees. I also have a motor that controls the focus of the camera.

Quick construction. A few pieces of wood recovered in the trash can, two hooks one hinge, a few screws and a little glue. [Edit] Added the SVG file for sharing (I forgot it)

That is the only cnc you will need for most of your diy projects.

A work-in-progress build using OpenBuilds parts to create a mortising jig.

I saw a video of some one pouring resin in a mold,so i did a little research, i bought some resin,and some molds and magnets all from Amazon, it took me several tries and a big mess but it finally finished. The first pour i poured a small batch to make a templet,i marked all the holes that needed drilling then i marked the underside of the mold where i wanted the magnets, next was making the pcs i needed

Plexi Panel to use for a vfd test enclosure. The box will be wall-mounted on plywood, so the back of the box is not necessary. - The bottom of the box is not necessary because the box will be fixed on concrete on the floor. On the door, I was thinking of putting 4 brackets instead of two. We'll have two 21” doors

Je ne sais pas comment brancher mon laser sur la blackbox?

My TFE2 CNC Build. The TFE was much smaller and all of the gantry plates were 3D printed. Despite this it will happily machine aluminium without issue. So I decided to use that to make the TFE2 which will be all aluminium plates and much larger (1200x800mm machining area with roughly 140mm in Z so I can later add a rotary axis.)