A simple Embroidery machine using an XY belt and pinion drive to drive a hoop under a standard sewing machine. Needle timing, machine power and stepper control are all provided by a PIC processor. A tablet provides the higher level formatting required for communicating with the PIC chip.

Four Axis Rotary Machine (FARM) OX. Equipped with a X,Z,A & C Axis.

OpenBuilds OX CNC Machine. A strong easy to build shop CNC router that can be sized to suit your needs. Many new features have been incorporated into the OX to make it a great router that is sure to inspire!

A quiet, 8inx8in build area, Cartesian printer with permanently level bed. This is a compact, solid, inexpensive printer that will reliably print any type filament for thousands of hours while you sleep, fish, or play ball in the park.

My second attempt at an affordable sewing machine embroidery add on. This one uses readily available electronics modules and 3D printable parts where possible.

Spark Concepts CNC xPRO Driver. A new GRBL compatible, all-in-one stepper driver board with 4 motor controllers for XYZ + 1 clone (or rotary!). Capable of powering your next build with an ATX PSU (or 12V 2 wire supply), and ready for wireless printing. Compatible with Arduino (wireless robots anyone?)

Build progress of custom roller table for applying graphics

A 1500x1200mm, 20mm rail and 1610 ballscrew, heavy-duty, four-axis gantry machine. As high speed as spindle power MRR will allow for. Approx 4 x 3 x 1ft travels, intermediate size between benchtop and floor-scale units. Aiming at $10-15k machine in the $3k region.

This build was very complex due to the fact I wanted to create a low cost larger than normal CNC. I did not want a MDF or plastic body. I wanted it to be able to do more than most CNC routers this size on the market.

A Torch Height Controller helps improve plasma cut quality and can save a CNC Machine from crashing. This design doesn't require you to know electronics or need any custom circuits... Its plug and play! This is a COMPLETELY standalone controller with a built-in Driver powerful enough to run just about any stepper motor. (maybe a little to powerful for a NEMA17)

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

www.cncforeveryone.com. the Duck is something that i think would be helpful in my shop since we already do cold casting.

OX hybrid all CAD open sourced non-commercial ip; .dwg, .dxf,.3dm, .iam, .ipt files jamming their pie

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.

C-Beam based CNC with Rack & Pinion (for the X Axis) and lead screws (for the Y Axis)

Inspired by previous Sphinx builds by Sorin (w/ MGN Rails) and Kenneth's witthuhnCNC XKLBR-1S. I wanted to create a desktop unit that kept a minimal profile and neatly contained the PS, Controller, and all wiring, making it a singular unit that could be easily transportable (as it will be doing double duty at my home and at work)

Large inexpensive build that can cut a 4x8 ft sheet with room to spare. Can be built using only a 3D printer and standard parts -- no special CNC'd plates required.

My take on a non affordable slider.

Proteus is the Greek God of change. Besides the numerous aspect of 3D printing that this could relate to this machine like the god can change. The Build allows for an interchanging head that will allow different functionality to be quickly and easily adapted. So you could print clay, silicon, plastic, cut with a laser cutter or even attach a rotary tool

A Cartesian printer using bushings for the Z axis instead of wheels or linear bearings. The design also synchronizes two Z axis screws with a timing belt for a level lift. The ratio of the drive pulley and Z axis pulleys produce .005 lift per full step on a 200 step motor, eliminating layer resolution "drift" caused by microstepping.

A simple low cost rotomolder.

My first Build with V-slot

www.cncforeveryone.com TITAN CNC ROUTER is the perfect PCB milling machine or for smaller projects. Don't be fooled by its small size it is capable of routing with the big boys...!

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

Realisation of my idea about a foldable collector for rainwater, which is light and easy to make. People around the world need water and can collect rain water with this collector. I made it for syria and all too.

I'm working on a cartesian cnc router for my school research project

Prosthesis is functionality and emotion!

This is a 1500 x 1500 Ox build

An OX CNC router using Blue OX Solutions gantry plates, a Bosch Colt router, and most of the remaining parts coming from Openbuilds parts store. Table has about 22"x55" cutting capacity and I am planning on a combination T-Slot and vacuum hold down system.

This is the adult version of the QU-BD juvenile known as their OneUp. It not only uses extrusion framing instead of press board MDF, it is a full sized 8x8 build area w/ABS-Nylon capability. Only the OneUp's single Z axis driver concept is similar. I'm tempted to call it OneUpAdult for marketing.

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.

After completing a standard OX build, I found I didn't have enough Z-clearance and designed a set of taller gantry plates

I ran across the OX and knew it was the one I wanted to build. Some of the things I wanted to include was make it bigger and a little more solid than what the original plans called for. So here is where I am at so far. It will have a cutting area of 48" x 48". The waste board support frame will have more support rails. The Y axis will have (3) 20mm x 60mm rails instead of the original (2) that is called for. 1/4" aluminum OX plates. And a few more odds and ends.

Creating a CNC mitre (45°) cutter, for picture frame cutting. Starting with an OX, but inverting various parts and adding a material table, with a stepper-controlled measuring guide.

A lower profiled machine. Built all out of aluminum. Removable control panel/PC unit. Option for vacuum table and cooling pump for a spindle.

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...

What I'm doing is pretty self explanatory. I've put a few pictures up

We plan experiment on nylon 3 D printing;

Here is a nice little simple build that will help to free up some extra space on your work bench. If your like me you need all the room on your work station you can use, so this is great to have.

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

I have based this build on the OX build so I will not be going into too much detail of specefic assembly modules as they asre so well covered by Mark Carew already, but will go through the complete build on video. I will be addig additional tutorials on steppers and the other electronic parts as needed though as this project is sponsored by RS Components in the form of most of the Electronics and this is also the key focus of my YouTube channel www.youtube.com/c/thebreadboardca.

An OX clone with alternative parts.

This build is made by students from Fontys Hogescholen Eindhoven, department Engineering. Every quarter a new group continues the work of the previous group. We have been working on the project since september 2015, and as it is a work in progress, a lot will be added later. The first months have mainly been about designing and building an XY-table on which later all the electronic components will be added and the laser.

This is my story about my need for a CNC router on a budget that wound up in the $5K range !!! but I have a good belt drive Ox

A simple 3D printed dust shoe for the cnc router. 2 parts held together with magnets for easy bit changes.

Out with the Old in with the New. Trying to build a nice clean setup that myself and my sons can use and enjoy.

This is my second Ox with a working area of 14" x 14" x 5" I wanted to build a small sturdy potable CNC router and this OxZilla has the nice upgrades !

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.

An easy Epic Win for novice engineers new to the RepRap project www.3distributed.com

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

Cheap Ballscrew Ox CNC Router.

An easy simple Tape Dispenser, spawned out of necessity, and shared for the fun of it...

A 3D Scanning Station

This will be a step by step record charting my successes and failures in my voyage of discovery while building a CNC router. Please excuse my English-English which may lose something in translation to American-English. I would be grateful for any advice during the build

I have constructed frame out of 1 1/2" square tubing. Have my Y aces mounted. and awaiting parts.

Embarking on my first build and trying to start with a clean setup by creating an enclosure box for my controllers and power supply.

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

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

C-Beam Machine upgrade using linear rails to increase machining size by 2.5 times and increase rigidity

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.

I'm Brandoneous; hence, the BrandoneOuX, a cartesian CNC build. Large format (1000mm x 1000mm) but beefed-up to solidly augment the ability to cut Aluminum in addition to wood and other solid materials. As I am currently living in a rented apartment for an out-of-state job, my secondary challenge is to build a sound dampening enclosure that will function as a torsion box base, a sound dampening enclosure, and a dust containment system. Easy, right? Well, we'll see... Join my journey

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

This Project is meant to teach introductory robotics and arduino styled micro-controllers to HS and MS students.

This "hobby OX" CNC is built for multiple purposes such as cutting and engraving various materials, laser etching and cutting, etc... Its a great platform for hobby enthusiasts like me where this machine can be used for so many different purposes effectively and efficiently!

Sheethexapod works with basic mechanims as direct metal-metal links and joints, all movements can be done by a rc servomotor in this case towerpro model.

The C-Beam Evolution is an evolving machine. The MkII is inspired by Kyo's C-Beam Spinx but currently uses my own design of plates made of 8mm acrylic (X-axis ends) and 6mm polycarbonate (Y axis ends). The plates were made on the MkI but I hope to be able to make 6mm aluminium plates on the MkII for the MkIII.

C-Beam Plate Maker with a larger size of the work area and electronics added.

I have parts that are apparently not suited to a cnc router or a 3d printer. I am still trying to figure out what to make out of what I have,

A simple made hideaway for ugly electronics

Long duration , high intensity SCUBA dive light using Li-Po 18650 batteries and advanced circuitry.

I made a cam slider prototype with adjustable rotation to get experience for my CNC milled slider in planing.

A quick and easy way to make a 3-way mitered corner using Corner Connectors

It all started after my prusa i3 build inspired me to experiment with resin 3D printers because I want to learn if they are worth it and if I can design my own printer.

A TrueUp Glide modified to use 20x40 V-Slot with a 300x300 bed.

Probably cheapest DIY build youl see.

GT2 belt-driven Cartesian 3D Printer on an OpenBuilds Extrusion gantry, developed through Autodesk Fusion 360.

The QuorXZ doesn't magically appear. It's gestation takes time, careful attention, and requires many parts. However, when it is ready, a magical, mechanical instrument is born....(and when you finally say its name, it sounds a little bit like "corks").

The goal is to have a relatively strong CNC to be able to cut alu. Working space will be around 800x350x100mm.

This is a build still in the prototype stage. The initial design is being used to control a 4 axis sample change, but the PCBs when finalized will be able to be adapted as a convenient way to wire stepper (or eventually hybrid stepper) drivers to which ever controller you happen to be using. Current developments center around an Arduino Mega, although more interfaces are planned in the future. The main design centers around the use of Phoenix Connectors.

Absolute linear positioning using deBruijn sequences.

To begin the "Build" I have ordered a few parts from OpenBuilds to get started. They are arriving today; according to "tracking". I cant wait! Praise Jesus! This 85 yr old man is getting a "New " life. Hallelujah and amen. Because I am building this on an existing machine, I have to be careful; so I will order some parts then see what I don't need (such as a base); along with parts that I may need to adapt it to the machine. It should be fun! "Caint wait!"

Dust Shoe design for a CNC router. Attaches to Chris Laidlaw's Mount design, with the DeWalt D26200 (which I think is the DWP 611 in the US).

This is my first CNC build. As per the norm, I went in with months of research, planning, and resource gathering tied neatly together with a solid plan. As the path went on, the plan continued to change to accommodate issues I hadn't counted on. But, at the end of the road, the project reached completion, and I learned a ton along the way!

Light enough for high speed #3dprinting Strong enough for high speed #3dprinting

I wanted a machine that could easily switch between 3D Printing and Laser Engraving

The user will input a selection from a variety of pre-established drinks. The user will not need a glass, since it will be provided in the automation process. This completely eliminates the need for a bartender if an RFID purchase system is implemented.

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.

I got lucky enough to purchase aluminum extrusions and linear motion components (and nuts/bolts/etc) at scrap metal prices when a bunch of industrial automation equipment was decommissioned. The only problem is that the aluminum extrusions are not metric sizes... they are the 1.5"x3" 80/20 series. It has presented a few challenges but nothing too bad.

Similar to C-Beam Machine build, but with inverted Y-axis assembly to shield drive screw. Integrated XZ gantry can be fixed to any solid surface. Build dimensions are 36" x 36" x 6".

More stuff here.

Well I built a C-Beam XL around a year ago, I am still learning things as I make stuff with it, it has been quite a wonderful learning experience. Now I have gained enough confidence and knowhow to Mill the required Plates to build an Acro Laser System using the Acro Laser Sketchup Model. I have pulled the Model apart in Sketchup, isolated the Plates and generated the G-Code to cut/Mill the plates. I have used Sketchucam to generate the G-Code. I Use Mach3 on my C-Beam XL to Mill.

OTiS (Off The Shelf) is 500mm cartesian CNC that can be built with all off the shelf parts from OpenBuildsStore. It features C-Beam actuators and a V-Slot frame.

Generic 6 Axis (Stepper) Controller

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

Make a vinyl burrito ENCLOSURE for your TEVO LITTLE MONSTER for < $30 (<$20 if you don't have your vinyl shipped!)

Contained within are links to our OpenBuilds sponsored C-beam Machine live build taking place at MRRF 2018 (Midwest Reprap Festival) on March 24 and 25, 2018. There will also be some build images and a few 3D printed STL items that were added.

Cheap, experimental Modification to Tevo Little Monster's bowden system for the extruder

This my version of a large no corners cut Delta.

Replaced the original Z-axis for a shapeoko with a c-beam upgrade. This upgrade required a nema 17 mount and a quiet spindle mount I printed with a 3D printer.

I built a motion control camera slider with the V-Slot® NEMA 17 Linear Actuator Bundle (Belt Driven)