Trying to build a low cost table saw fence using v-wheels

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

Build a manual camera slider.

Stable solid, hope can cooperate with coolant in the future.

A simplified version of the TrueUp LZ. Designed for classrooms and students

Lord willing I will be showing you how build a robust and easy to build 3D printer framework using V-Slot rails and rollers. It's a little bulky, but it has all spring tensioned rollers on all axes, and can be built entirely without custom machining on any parts. You will need digital calipers, a drill press, a carbide toothed miter saw for cutting aluminum extrusions, and lots of little screws!

This is my first build and I've been waiting to do this for a very long time.

This will be an ongoing log as I build this machine. Name change by popular demand - at least a couple of us. :)

Frog CNC Router. Inspired by OX and "Routy". 24"x36" active working area, approx. 3" usable Z motion.

A re-imagining of Dollarz81's XXL Tank in Laser form

Automatic spray machine.

The idea was to build a proof of concept table saw fence similar to a thru-rip or accusquare fences which retail for 400$, with the added option to motorize the positioning.

This is a breakdown of how I designed the UltiFaker 2 Go as well as how I machined and assembled it. I'll include a complete BOM and all of the drawings and prices.

This is my first attempt at a CNC anything build

Taller and wider MendelMax 1.5 spinoff

4foot by 2 foot, 10W El-Cheapo blue laser

Next up will be the electronics package. My parts bins are overflowing with boards so this may be the hardest decision to make of the entire build.

C-Beam 2XL CNC Router

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

What a way to learn about 3D printing

High quality e3d parts with a minimalist design

Another slight variation of Niko's Eggbot using Openbuilds V-slot and other 3d printed parts.

a 1000mm x 1500mm CBeam build with hgr20 hiwin rails 600w er16 spindle

A Large Printer that will hopefully be able to print at least 45cm cubed

basic start to design of cnc machine

Currently i am reworking the frame still with current available parts just going to buy material to make the y and the z axis from openbuilds. The x axis is now going to be mobile similar to a 3d printer style.

CoreXZ implementation on 3d printer using Openbuild and RobotDigg parts.

All-in-one OB Minimill

This is a design for a desktop CNC machine. It may be a router or laser. I am undecided as to the final design.

The 3D printer will be able to print 2x2x2m components and not just in PLA or ABS. It's not just a DIY printer but I'm trying to apply engineering formulas to make it. I'm going to apply the state of art for 3D printing and scannering existing.

This is my first attempt at building my own 3d printer.

A blend of modular aluminum and steel bracketry built to yield fine cuts in hardwood and aluminum. An open table with a shiftable pin-fixture concept will allow the operator to shift longer than Y-travel work-pieces, such as doors, along the Y-axis of the table. This machine has a 44" (X) by 24" (Y) by 8" (Z) travel with water cooled VFD spindle motor, t-slot ext work table, cable carriers, side guards n dual y drives. Total weight (w/base-stand) is about 600lbs.

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.

My first build based on the original C beam Sphinx. I’m not sure at this point what the final size will be. I have the parts from the c beam Sphinx and extra beams and lead screws to build up to 1000mm x 1000mm.

I am building a simple home brewed printer. I have a background in industrial automation so I figured how hard could this be. The mechanical build was pretty smooth as was the electrical side. Now just getting plastic out the hotend is my stopping point.

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").

A 1000mm x 1000mm Sphinx/R7 build.

First CoreXY. Simple Square build, hopes for faster movements.

My first construction after many years buys ready devices.

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

Custom black and red Big Ox

You will be following the assembly of the mechanical kit and how i integrate the electronics into the final build.

My first attempt at building a CNC style machine. Overall my plan is to use the PlanetCNC breakout board and software to run the machine from a dedicated laptop/tablet.

just wanted to share my build of a huge 3d printer. It stands just over 2 meters tall and has a total print area of around 850mm x 850mm.

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!

Building a Delta-6 variant, using recycled parts from a WolfStock Delta printer.

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

A Large CoreXY build that can just barely get in through a doorway, aiming for under $1000. Build Volume approximately 18in x 24in x 26in.

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.

As a tinkerer and hobbyist I need a reliable quality printer on a budget... Meaning I'm not looking to buy a: Prusa, Zortrax or LulzBot because of the added cost their marketing adds. I can definitely build a machine of hopefully equal quality at a lower cost that is not impacted by the marked-up priced from a large reputable manufacturer. I will need to dedicate time and more time for design shakedowns to ensure I produce a quality machine. Bare with me on this build... Thanks!

A simple wood turning lathe.

Very stout 2'x4' machine with a deep Z axis

I would recommend this challenge to any woodworker looking for something new.

Probably cheapest DIY build youl see.

C beam gantry with steel guide rails!

Building upon the great work done by Marshall Peck and others. I have started a new build.

CNC router table based on OpenBuilds C-Beam Machine bundle.

A stout 3D printer build with the hopes of being able to serve as a light mill (PCB) and laser engraver

I am attempting to mount The C-Beam Machine XLarge on the wall and have it look like a piece of art and be totally functional as this will be in our livingroom.

This build is not based on the ox, but got my ideas and inspiration from my first build,

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

I will post soon some more details.

I have the demand to cut/etch tall pieces of material. For this reason, I have designed a machine with 500mm uprights with adjustable gantry height. This way I can raise/lower the sled and z-axis as needed. I've also chosen to use a linear C-channel assembly for the Z axis with the plate mounted to the gantry instead of the other way around. This will allow for maximum range of the z-axis. The parts list/BOM does not include motors/belts/pulleys or electronics.

Polar Bot which used to depress buttons

This built is to convert an existing 500x500 C-Beam Machine into 1000x1000. Inspired by several builds including C-Beam Machine : (http://www.openbuilds.com/builds/c-beam%E2%84%A2-machine-plate-maker.2020/) and Gino's build : (http://www.openbuilds.com/builds/c-beam-gtc.3250/)

A no-nonsense CNC mini mill to get the job done.

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 CNC Router design and inspiration came from the Routy CNC project. I modified some of the aspects of the Routy build, but left the original XY dimensions intact. The build has been very enjoyable thus far and am nearing completion of all wiring in preparation for my first test run!

I started this build about 2 weeks after the c-beam hit the store. I purchased a single bundle and ordered a TinyG to run it. where I work I have Hardware, Software and Mechanical engineers and they all got sucked into my project. they want one to do prototyping at the office, once they see mine...

Home Made CNC Router from Scrape

A scratch built steel frame CNC Router.

This is a simple lamp using only 2 LEDs & 2 AAA batteries.

Super rigid Delta printer, using 20X40 V-Slot

A steel framed 3D printer using a similar design with my CNC Router.

This is my interpretation of the OB Minimill, what I've changed so far, and what may continue to change as my requirements change.

I have re-purposed many of the parts from my Linear OX build. I'm using MGN 12 linear rails on all three axis, 5 start lead screws on the Z axis and I'm going to experiment with 5 start lead screw on the X axis. The frame plates are made from 1/8" laser cut mild steel, & open builds extrusion.

This is a lathe. I do not plan on making parts for NASA, but I want to be able to turn, face and bore things like wood, brass, aluminum and plastics.

This build is based on the C-Beam build by Mark Carew. I have added axis limit switches and a remote mounted control cabinet. This build also uses a custom moveable table.

im just starting and the size of this is 1.5 meter from base to end

Reusing parts to build a CNC - planning stage

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.

Building my First CNC for PCB milling. Some modification done to the original build from OpenBuild Bundle.

This is an inexpensive build, large volume 2225 cubic inch, CORE XY 3D printer providing decent speed with precise and repeatable precision with expandable features.

Building my first router and I choose the ooznest Ox since it looks to be the latest and greatest among routers.

Build log of the Dixie C-Beam XL CNC Router.

CoreXY build

This project is focused on developing a low-cost, portable and open-source FDM 3D Printer.

The new MiniMill from Mark and Sonny is a great little machine.

Building a small mill to match my 7x12 lathe.

Portable, high-speed, low-cost advanced multi-tool desktop factory derived from LulzBot Taz and TazMega.

Mid range build.

Wanna quet an nice looking device done by my hands

Routy based build using 1000mm Y axis beams and 500mm X axis beams. Using a 20x80 Z axis to use the OpenBuilds router mount.

CoreXY cube with 600x600x800 volume.

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.

My version of the Mug Plotter designed by Teed http://edinburghhacklab.com/ . Also used the Eibotboard from the original eggbot from evilmadscientists http://shop.evilmadscientist.com/partsmenu/188-ebb A huge thanks to Hexitex for his brilliant Four jaw chuck http://www.thingiverse.com/thing:5791

This SphereBot is based on the EggBot which is an open-source art robot (drawbot) that can draw on spherical or egg-shaped objects.

Laser CNC, 60W, didn't have one yet... have to :) This build is a retrofit of a surgical laser into a CNC.

The build is based on a 500mm C-Beam and the SeeMeCNC FlexVat. The C-Beam is both the linear motion and a structural element of the design. The frame that holds the 45 degree first surface mirror and the build vat can slide up and down the C-Beam to accommodate projectors with lenses at different elevations.

A CNC router designed to handle a 4'x8' sheet, for as close to $2000 as possible. The price barrier resulted in my choice to use timing belts rather than leadscrews or rack&pinion. Build List still being updated