This C-beam Machine is an in affordable CNC plate maker and 3D carving machine!

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

Combines the layout factor of a CoreXY while using Cartesian logic. The design has a fixed build plate - moving an X/Y frame on the Z axis enclosed by an outer main frame.

Large Core XY 3d Printer W/fixed build plate

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

Document my OX build process. I will also be sharing SolidWorks parts files & assemblies.

A design in progress, to 3D carve two-part Aluminium injection moulds for Soft Plastic Lures and Lead Jigs, so I can prototype some of the concepts rattling around in my head. All Openbuilds parts where possible, 1000x500mm footprint, 0.8kw Water-cooled Spindle?, High Torque Stepper?,Smoothieboard?, I still have no idea. As a newbie to the CNC world, any wisdom would be welcome to take this from just a idea into reality so I can start playing with all this awesome stuff. Thanks in advance

I’m making a desktop CNC machine based on the C-Beam platform. It will be driven by Tr8 Lead Screws, and initially made from 12mm birch ply plates.

Building the full size OX.

This easy to build and effective system can take your builds to the next level! This design is strong and accurate and could be the solution/upgrade that you've been looking for!

Use of V-Slot for frame and rails with option to use identical 500mm uncut lengths: 8 * 20x60 x 500mm 8 * 20x40 x 500mm 7 * 20x20 x 500mm (2 cut into four identical 125mm pieces for filament holders) Use of uncut 500mm rails obtained through use of 12 joining plates for use as spacers. Alternate approach is to trim two 20x40 and 1 20x20 rail by 6-8mm each. Build volume ~400mm cubed (with dual extruders). Use of only openbuilds components! Currently in design phase...

So we have new plates, stronger motors, belt drive reduction, but what should we do with them? In this article you might find the answer you were looking for as we took an “old” C-Beam machine and started to upgrade the X/Z body and added more torque and precision to the Z-axis.

A Modified and augmented Ooznest C-Beam Machine Plate Maker.

This OpenBuilds C-Beam XLarge X/Y Table is a great display of how easy it is to modify and create awesome configurations with the OpenBuilds system!

Bringing your lead screw precision and accuracy to new lengths using a simplistic tension system!

This Belt and Pinion actuator is a great example of how easy it is to convert your machine into a belt drive system.

I built the original machine using plywood plates, and always intended to upgrade those parts to more durable ones. I decided to go with acetal as it's a lot easier to cut than aluminium. I used fusion 360 to model and rebuild the original machine. Once I have assembled everything and feel confident it all works I will release the plate designs here.

I'm building an OX CNC router. It will be the larger size of 750x 1000mm. This should give me a working area of about 22"x30".

C-Beam XL build using TinyG V8.

This project is an adjustable router guide template made with 20x60 V-slot. It was meant as a less expensive and more user friendly alternative to commercially available units.

Overview of my experience building the C-Beam Machine XL from OpenBuilds, along with updates as I move along and get it going. My application is for creating plates needed for lab functions, 19 rack bay covers, and whatever else arises.

A 1000x1500mm QueenBee Pro with a 4th Axis Rotary attachment/Lathe Bed.

Using criticall OpenBuilds components to upgrade the rigidity and reliability of an X-Carve 1000mm build.

The purpose of this build is to create a simple, strong modular build that is rugged enough to cut out some of the softer metals along with wood and plastics. Using basic parts like the universal plates, t-nuts and v- wheels coupled with the strength of C-Beam I am sure this will deliever the desired results!!

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

C-beam Plate Maker V-slot Table System to aid in clamping and setup of jobs.

Modded Plate maker with: Smoothiebrainz board and DQ542MA SN04 Endstops Modded Z axis Aluminium build plate and renforced Y axis Dust shoe

Custom build plate for 300mm x 300mm (12"x12"). The hole pattern is for the 20x60 V Slot

Build log for my first CNC machine, a C-Beam Plate Maker

This build is based on the Workbee 1010 CNC. It is not a kit build and is much the same as the original but with some significant changes made here and there as the build progresses.

This is a C-Beam build, fairly heavy duty, and 750mm x 750mm. Should be a good, sturdy machine that's relatively easy to assemble.

A cartesian build with a build dimension of 200x200x750mm. I will be using a dual extruder, heated build plate, and a screw drive for the z axis.

Cbeam machine. Using small stepper motors (NEMA 17) and Arduino controller. Try to get this working in de upcoming month.

A slightly more than one half cubic meter 3D Printer using V Rails, V Rollers, "C" Rail, mounting plates, and a bunch of 3D printed brackets to provide strength and stability to the frame. Rigidity was the goal and precision and accuracy the result. The software is a whole other topic, many weeks spent dialing that in to make the printer print.

C-Beam Machine for PCB milling

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.

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

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.

C-Beam Plate maker for My OX!

Build a manual camera slider.

This build will be based on the C-Beam Plate Maker, with additional changes based on other builds and ideas.

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