Small Machining Vise designed around 20x80 Openbuilds Rail System

This build is the documentation of someone with no experience building the OX cnc machine with a Gecko G540 controller and CNClinux

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!

Huge - Fast - Affordable

Yet Another Openbuilds Printer, my version :-P

A Rostock style delta bot with the parts which are typically 3D printed made from medium density fiberboard (MDF). It uses a home made hot end.

All's good for assembly, testing coming up soon

A CNC platform designed with swapable heads to do laser engraving/etching/cutting, routing and milling, as well as 3D printing.

Building the full size OX.

A dual head PNP machine that uses Openbuilds hardware, a Smoothieboard controller, dual camera vision, automatic/drag feeders, and OpenPnp.

Take your build to the next level with the CNC xPRO V4!

This is the next version of Dash, now operating much closer to its potential. Please message me if you need anything, such as Simplify3D settings, material information, design intent etc. Since the Pack-and-Go zip file is fairly large (120mB), here is a link where it can be downloaded: https://drive.google.com/file/d/1Q3ygyo_tTrB4UYIV62_wtCSCbWuE3krT/view?usp=sharing Note: I use Solidworks 2022, acquired through their Solidworks for Makers program (check it out!). A super deal at $100/yr

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

The plan is to make this a fairly stock D-Bot build. We'll see if mods start creeping in.

Improvements both real and suggested for the Workbee assembly

Converting a ShapeOKO into a 3D printer.

An easy to source/easy to build, yet quite robust CNC router. This design has not yet be implemented.

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...

I am currently 15 years old, from Germany and trying to build a low budged CNC router. I only designed this CNC based on other CNC routers that I have seen and what I am able of. It consists mostly of 2.3cm plywood to keep costs down. The size of the work area is approx. 40 x 80 cm. I would be really glad if you could give me advice's for improvement on the design and everything else ... ( I could really need your help :) ) enjoy :)

Improvements to a cnc plasma cutter i designed a while back. Not that it really needs it to work but i think it could be an improvement.

This will be a DLP 3D Printer designed around an Openbuilds Frame and rail system. It will be a collaborated effort between myself and Ben Smith. We will be building two prototypes.

Modular easy to adjust scale of the entire build Tablet/LCD monitor SLA 3d Printer.

I never thought owning a CNC machine was possible until I stumbled upon the Openbuilds site. After viewing numerous builds I was drawn to the Ox by Mark Carew but ultimately decided on a build of similar design, Halloumi by Savvas. It's a C-beam design driven by Nema 23 steppers with Acme lead screws. Like Savvas I will be fabricating temporary plates to get up and running then use the machine to mill the final plates. The material I'm using for the temp plates is solid surface (Avonite).

3-Axis CNC Laser Engraver running grbl 1.1 in laser mode and Laserweb4.

A Cut To Length machine controlled by computer

I hope to have a working prototype built soon.

V-SLOT profiles and OpenBuilds accessories give us many possibilities. We decided to build a manual ROUTER SLED using only components of the OpenBuilds system. The design is simple to build, construction takes little time, and the frame is easy to transport.

This is a deltabot 3D printer build using CNC routed MDF and v-slot rails. Full description found in instructables.com.

An OX based unit with innovation surrounding it -- 9 drawers, workbench, folding CNC table, & portability.

This is my OX CNC router. It has been a labor of love for over a year now! I hope you find it interesting and inspiring! I also hope that it gives some of you more experienced CNC builders a different perspective and some ideas!

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

Build of a small laser engraver using V-slot profiles and 3d printed parts

This build focuses on the basics to provide a good foundation to further enhance the ability to achieve tight tolerances

This is the first project that I would like to share with you. I know the build looks familiar and it is; it’s based on kram242´s Routy. Work area is 300*500*55 mm and is NEMA17/GT2 belt driven.

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

Big brother of the Charging Ox CNC machine.

Modular and Scalable CoreXY Printer with all metal parts.

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

Rigid 3d printer with more than enough room for dual extruders. Easily expandable platform.

Just a little light duty laser engraver.

We want to present you the new design of the device which is Router Sled. The whole structure is made of aluminum elements and ensures good quality of the device. We used V-SLOT aluminum profiles and OpenBuilds accessories for the construction. The instructional video can be found on our YouTube channel (subtitles in English soon)

In this, the final part, I would like to introduce Machine Vision and show how it can be used, not only for tool position setting but also for resolving the triangle to calculate the G68 (local system rotated) for jobs which are not squarely placed on the work table.

Cheap sheet metal gantry solutions, for diy belt driven cnc and screw driven cnc.

PPR = Portable Plasma/Router. A ~30x30"work area with leadscrews. Work surface is below support members. Can be placed ONTO cutting surface.

Tried to get best value and minimal footprint!

Yet another build of an improved C-Beam Machine, improving stiffness, size, versatility, and strength without increasing costs much.

Building a couple of CNC's based on the Crawlbot

A smaller version of a standard D-bot. Smaller to fit better in my workable area and to fit my vision for the printer.

How to convert your OX CNC to a plasma cutter at low cost

Design of a multifunctional CNC machine.

I've made a 3D printer

I wanted a dust shoe that have a easy access to tool change and something that kind of float on the surface. And I have seen shoes with long brush that sucked in by the vacuum. I think I have the solution too all that here.

The machine has met and exceeded my expectations on repeatability and accuracy. Cost was approx £600 including the Windows tablet.

This is a K40 machine conversion!!

A 2 independent gantry affordable hotwire machine.

An open source autosampler to be used in laboratories for the automated analysis of gas or liquid samples.

Upgrade your Minimill with an off-set Z Axis Motor

This is a machine for placing SMT components on PCBs. It is based on Acro system, off the shelf parts, and a number of custom 3D printed elements.

This is a work in progress 3D printer Dimensions are 230x230x340mm height. Print dimensions are: 135x135x160mm. Prototype has a bowden extruder with a J-head hotend. Assembly instructions: http://reprapstyle.blogspot.pt

OX build with 1.5m gantry the 1m deep table.

History about making 3d printer.

For the x and y Axis you set the zero point with a limit switch, but how can you get the zero position for the z Axis? You have different thickness of material to mill and when you change the tool, you have also a other z Axis positon. With the Sensor, you can define the zero position of the piece automaticly.

I love the C-Beam XL concept, this build is my custom version with the goal of increasing rigidity for metal milling.

Delta 3d Printer using 3/4" Electrical Metal Tubing (EMT) for Horizontals & 2060 V-Slot for the Verticals and adding a tetrahedron at the top.

A CoreXY D-Bot 3d printer using gantries as wheel-carriages.

Upgraded 1500x1000 Ox cnc to 1605 Ballscrews on the Y axis. along with the J-tech laser to do most things.

Low profile rack and pinion linear actuator design

I am going to use this as a build log for my delta 3d printer build. I have access to a MakerBOT to print some of the parts. I am still finishing up a few of the design elements but the idea is to have a rigid unit to eliminate deflection in components and maintain accuracy.

Phlatprinter MKII Foam Cutting Machine

A beefed up modification of the TrueUp Kit project

This is my first public build. Please be kind. We upgraded our C-Beam to the C-Cbeam X-Large. I want to give special thanks to Moag and the OpenBuilds team for making this happen.

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

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.

OpenBuilds C-beam 15mm belt on 1500mm C-Beam.

Workbee 1010 with Duet controller from Ooznest

A 1000 by 1000 CNC Router with linear rails and a control box.

Attaching V Slot or mutable V Slot end on end to a larger steel frame table.

This is my first build attempt, a large form (4x4ft.) 3 axis 4-motor CNC router table, . The build components are Baltic birch plywood, stepper motors, SBR linear bearings, and ball screws, LinuxCNC, Mesa controller.

This project shows how to use Openbuilds Vv slot extrusions and wheels to retrofit a Lulzbot Taz 4 or 5 printer. These modifications improve layer consistency, eliminate nozzle and bed sag, and allow for larger toolhead mounting. Project updates and newer accessory files may be located at http://www.thingiverse.com/piercet/designs

This is an all metal build using OpenBuilds V-Slot linear rails to produce a high quality and cost effective 3D printer. The printer is designed to be scalable for your desired build area and can utilize high quality hotends with 16mm groove mounts such as E3D.

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.

My version a Cartesian style 3d printer, an attempt to eliminate frame vibration and movement and to use up materials left over from other projects.

CoreXY cube with 600x600x800 volume.

A large 12x12x12 build area sturdy printer made of steel

I create for some Years this all in one Grill. This Grill is without wellding, only fixed with screws. My Grill is 5 years old and look so, as at the first day (no moving away). The drawings and discription (sorry only in German, but with some pictures) to Download as PDF file. The unwindings to Download as DXF and GEO (Trumpf Laser) file. Have fun to build and Grill

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

Large format CNC router with a 1500mm x 3000mm cutting envelope (5 x 10 ft) strong enough to cut wood and aluminum constructed from 20-series and 40-series aluminum extrusions. Complete Project Log w/ Pictures: https://goo.gl/photos/Co81AvGwVijE2zow9

With the focus always on larger builds I wanted to focus on a desktop PCB milling machine that fulfills the average users desktop needs at an entry level cost. Design considerations will allow expandable capabilities to include 3D printing and any other functions a small form Cartesian robot can perform. The current iteration has a desktop footprint of approximately 15.5" X 14.5".

A Benchtop Plasma Cutter Concept

This is a build log of the Openbuilds Sphinx 55 with some 3D printed parts for the electronics and probably other parts as they come up.

750mm x 750mm OX build, xPro V2 controller, 400W Spindle with PWM controller.

Low cost Laser Engraver build using all off-the-shelf components.

I made a mill from first principles because I didn't like any of the ones that were out there, More info can be found on the website RigCNC.com

The Archon "In the style of Cartesian movement." A brief overview, guide and summary of my highly experimental build. and some insight into the challenges of building such a large format/belted machine.

CoreXY build

This easy to build actuator is configured to have not only strength, but accuracy! This low profile option offers endless possibilities, and we cant wait to see how this actuator is implemented in your build ideas!

This is my first foray into CNC machines, after much review I decided on the C-Beam machine as it seemed easy to work with and will enabled me to build more and larger machines as I gain knowledge. I am planning on building the machine largely unmodified from the reference design. I will be building the machine an axis at a time as I need to spread out costs over time.

Variant on the OpenBuilds OX CNC Router, enlarged with 1500mm length beams for a cutting area of 48" x 48". Based on the original model, the larger of the two, with the addition of a third 20x60 beam on the gantry for strength. Estimated cost is around $1100, minus the router.

The whole system is powered by 12V / DC power. Process it into Pellets or Granules to use it with your 3D Printer or Filament Extruder. Our self-developed steppermotor Controls allows you to optimally adjust Feedrate for your Situation. Forward, Backward and Stop is integrated for easy operation. The Speed can be continuously regulated via rotary switch.