C-Beam build using a double C-Beam for the X axis. 1500mm x 1500mm

This is a CNC Line Boring Machine for our cabinet shop. It drills the holes every 32 mm for the adjustable shelf pins in the cabinet side pieces. I chose this option over purchasing a multi-head boring machine that requires 11 drill bits - Left & Right hand twist - that also requires a lot of strength to plunge that many drill bits into the wood to be drilled.

Work in progress.. but nearing completion :)

Modified OX with carbon fiber reinforced X and Z axes. 1500mm Y, 1000mm X and 120mm Z clearence

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

My first build was with the basic C-Beam Build. I soon found the z clearance a little constricting So I added 2 500 mm actuators to support the x axis rail . I also left off the front and back y axis support rails for easy cleaning. I mounted the base of the machine to 1/2" mdf with 10/32 screws and blind nuts.

Trying to design modular and evolutive supports for my brewery tanks.

Pretty happy with the build, had some difficulty with the software loading up the settings due to me using the wrong com.

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.

Low cost, Bluetooth enabled, 3 axis CNC controller. GRBL 0.9 compatible.

Machined Aluminum MagBall Carriages

This is a variant of a typical OX (Mark Carew inspiration) router using C-Beams/8mm Acme rods to drive all three axis. I went with a 1000mm x 1000mm frame size. Useable space is 28" (711mm) X 26" (660mm) with a Z axis work travel of approx. 3.25" (82.5mm). A TinyG is used as a controller along with Fusion 360/Chilipper as the software for generating and running gcode files.

C-Beam inspired CnC Router (1000x750) Approx 90mm of Z travel

1st build CBeam Machine w/ raspberry pi-protoneer hat controller

3.8 W laser add-on for C-Beam machine. Can easily be swapped with the router.

This is a book scanner built out of aluminum extrusion. It is designed to get high quality scans without harming the book. It is not automated. You still have to turn the pages yourself.

XDrive 3d printer, high quality large build volume.

A stock C-Beam with a CNC shield with DRV8825's

Open source 3D printer with very powerful heated bed and light weight x axis design. Full source repository can be found here: https://github.com/a-drizzle/Printer1

Short description of my assembly and use of the C-Beam bundle from the Open Builds Part Store.

Per the special notes its a variant of the C-Beam, Machine.... I have noticed that alot of people build a CNC router to cut parts for other larger CNC machines.. eg Delta Printers etc....plus this will enable me to cut parts for model RC plans UAV's etc...

I'm starting with the c-beam bundle, and I hope to end up with a pretty useful little platemaker/shallow relief carver. I'm hoping to discover how accurate and efficient it can be.

C-Beam basic package doubled in size.

This a redesign of the Folger-Tech Y-Carriage using the Solid V-Wheels, Ball Bearings, the V-Slot Rail System.

A completely belt driven cartesian design with a center mounted X motor. This is a very compact, rugged design.

C-Beam Plate maker for My OX!

I am in the design phase of my CNC. I would like to thank everyone who has placed resources on the site. I am using it to the up most! I will update as I continue the design and share my progress.

C beam cnc modified

Here is the consolidation of my woodworking shop, a CNC Router!

My first openbuilds submission, plain old c-beam machine. Seems like I've spent more time fighting the forum here redirecting in circles than actually building the machine. I'll try to add more pics if I ever find a path out of this corn maze...

First venture into cnc machining I decided on the C-Beam .

Using a Raspberry Pi, Arduino and a Protoneer CNC Shield to create an Open Source CNC router controller. It will be equipped with a touch screen to control the on board processor. The touch screen will run a user interface that has buttons for added functionality. There will be a camera for monitoring progress from inside my office. The control box will also feature a way to power the vacuum and spindle/router . I will also be able to monitor room temp as well as Pi CPU temps and averages.

It took me 18 long nights to build it

The Mule is a 3-axis CNC inspired by the OX CNC by Mark Carew. This machine borrows the OX's sturdy frame and upgrades the X and Y linear actuators through the use of three 500mm lead screws (as opposed to the belt system of the OX). The result is an inexpensive, sturdy, and powerful design built for cutting tough materials such as aluminum.

Tower Printer H-Belt type printer Prototype

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.

One meter square. Short and stout.... reminds me of a Sumo Wrestler. A temporary and adjustable configuration I have devised to cut my own plates. I have kicked around ideas for about a year and the C-Beam extrusion has made this attempt to realize my ideas irresistible. This is just one step towards bigger and better things!

I want build a frame that is as sturdy as possibility while at the same time keeping it as compact as possible. working area will be approx 1200mm x 600mm

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...

feel kind of bad calling this a build because of pretty much everything is off the shelf parts. I'm writing my own sketch right now for the motion but there is a version or 2 floating around on the net based of this design. I will post my code once it's done.

CNC router

My very first attempt at a CNC build. Based on the OpenBuilds C-Beam Machine, small tweaks will be made to tailor it for my goals: machining G10, aluminum & some carbon fiber for use with multirotor and motorcycle parts. I am looking forward to the day when I am comfortable enough to bring the ideas in my head to the tip of the end mill in a smooth fashion...

C-Beam build using the small C-Beam gantry plates only.

C-Beam Router using 1500mm lengths, 48x48" build area, and rack and pinion movement.

Leveling Platform / Stand 3D Printers

The STEAM Crane 3d printer uses the new C-Beam linear rail. It is being developed for an after school / summer camp program for kids. All of the electronics are housed in the base and the wiring is routed down the channels of the c-beam. This is done to contain as much of the loose wiring as possible, hopefully keeping it safer for kids.

A compact, enclosed Core XY design, based on off-the-shelf parts.

Small Form factor based 3 axis Gantry style mill, Removeable mechanical module. Removable Electronics. with a removable machine pallet, for automation.

ANOTHER OX!~ Huge Thanks to Marc Carew and Open Builds. The primary reason I am building this CNC mill is to aid in my homemade snowboard creation. I am going to try and document as much of everything as I can and post it here to help others going a similar route. I know from past projects that taking the time to document each step can be tedious when you want to charge ahead but I will try! I hoping to get feedback on my design choices and set up as I am a complete newbie to CNC.

The new C-Beam kit expanded to 1000mm . extra support built in for the extents of the travel.

Open build rovo 1000mm * 1000mm. (Rovo x ver) 20.06.2015 now in progress. rovo kit is the 10th product. 8th rovo 750,9 th rovo1000, 10th rovo x ver progress at the same time. 10th item is an aspect of 1000. It changes the size and z-axis has been up.

Cartesian Printer, 200mm x 200mm x 380mm build area, enclosed, belt and pinion movement, heated bed, Raspberry Pi, Pi Cam, OctoPrint

Delta printer, Bed size 280 cm dimeter Print Height 300 cm not tested yet the speed

This will be an OX based machine which I've designed to make the best use of my materials, be as precise as the design allows and operate as quietly as possible. I live in an apartment complex so space and noise are two important factors for me. Therefore the machine needs to do as much as possible while using little space and not annoy the neighbours.

My adventure in CNC routing.

High Power DC MOSFET

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

A Workbench idea built from V-slot and openbuilds parts.

A practical rotating and stand-alone spool holder which fits any filament extrusion 3D-printer. Several base files provided which make it fit different extruded aluminium profiles.

150x75 cm OX with additional Y axis supports and hopefully a working double belt system

Berrybot inspired delta 3d printer with a few other tweaks and modifications.

I hope to have a working prototype built soon.