Some of the things that I have done to my 1510 Workbee Installed Linear rails and bearing blocks with drawings. Installed Ops console Made conversion plates for extruded aluminum to casters Extended z axis travel by a couple inches with steel plates. As of now in the process of installing Lead screws across the 1500mm length.

I wanted a CNC machine that was able to do dovetails and other box joints. I also wanted to have it be able to tilt so it would take up less space when I was working on other projects.

I built a custom delta using 3, 1000 mm long C-Beam® Linear Rails and 3 C-Beam Gantry Sets. I had the bottom and top plates water jetted ( for accuracy ) out of 1/2 inch aluminum, from a design that I did in Fusion 360.

I started designing and ordering parts for this build back in Oct 2021. Unfortunately life got in the way and I had to sideline the project to deal with more important projects. I am now back working on this project full time. I originally was building a MPCNC on this torsion box platform I built but quickly realized how difficult it would be to produce anything with good accuracy. So I decided to design my own CNC that would be more robust and accurate.

My machine is a combination of the Openbuilds Sphinx 55, MGN12 linear rails knockoffs and custom made plates made by Chris Laidlaw

Here are the instructions to build the Beeline custom CNC router table.

My first 3D printer build. It is almost complete and will be posting the first completed print shortly. I still need to mount the print spools and a couple other odd ends to complete this.

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

The crypt-cube is another project I've been working on off and on over the past year, unlike my previous built C3DO this is a much smaller built with a volume of 318mm x 240mm x 220mm. With this build my main focus is precision and speed.

Create a ball screw carrier with out BF BK bearing blocks.

This is an arcade "cabinet" of sorts built almost entirely from OpenBuilds extrusions. Save for a few 3d printed parts, the electrical components, the acrylic panels, and the monitor mount, every component was purchased from the OpenBuilds part store.

A new design of my based on a couple different machines I have seen both on openbuilds and youtube. In the end will have a and X/Y workspace of 1250mm x 1000mm and a Z axis range of about 200mm.

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.

Modified Acro for laser engraving. Extra height and and a sturdy build surface for part fixtures, custom mount plates, OPT Laser, and a Z-Axis.

From where Mark left off from the Ox build I am going to film the whole process of customizing the Ox.

Approximately 910mm x 955mm x 82mm. There is 250mm available in the Z, but the gantry is only 82mm from the bed surface.

Large scale delta robot using c-beam as the core frame component.

CNC machine using extrusions with linear rails and ball screws on all axes - no plates

Gantry style rigid build

Inexpensive Custom CNC Machine or swappable Laser Engraver utilizing OpenBuilds ACRO System

This is my first CNC router, so be kind on the criticism. I'm still learning. Not an engineer, and not a machinist so I am having to research and learn aspect from both of those areas of study!

Hello all, wanted to share my custom build that I planed to do. My idea was to drill foam blocks to make molds for my projects. The CNC will be 1500-1500mm with a higher Z-Axis. So I redesigned the Gantry Plates that will be cut out at some other place. I hope you can share your opinion on my project.

Routy cnc upgrade.

Custom build, after building the prusa i3 and upgrading to i3v, I wanted to build something more sturdy that can print fast and more accurate. Model is built in Fusion 360