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.

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 a small desktop CNC inspired by the Mini OX project. It's designed with the nema 17 motors in mind. It's a 650mm x 500mm machine that it will be used to mill cast acrlic.

A Rod-type Linear Actuator based on the 40x40 V-slot profile

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

Micro Ox Build

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

This is based on core XY kinematics. First of all, we designed a CAD model. Most of the required parts are designed by us in solidworks software, and some parts are downloaded from a web platform ‘grabcad’. After that we assembled those parts and inspected them in solidworks. The designed CAD models are frame of 470mmX392mmX545mm SBR linear guide rod, linear guide holder, lead screw, motor mounts, pulley, bed mount, idler block, timing belt clamper.

My First major improvement was changing the controller to a Acorn board. I loved the way a dedicated userinterface was speeding up my workflow. Next project my Y Axis. On Aliexpress I ordered a couple of 16mm ballscrews and some lineair rail. Before I took my gantry off I quickly made some aluminium profiles to fit my carriages. Withouth any doubt these improvements where worth it

Just starting a miter saw stop system. Any suggestions appreciated.

It startet in May with some leftovers from a cnc router build. Now in the middle of December its 99% finish. Everything is lowcost, spend about 1600$ so far.

The idea is to make a simple effective ventilator, studying the concept of using a simple push process with and actuator.

Fixed Gantry CNC with good accuracy and rigidity but for a higher price than the usual CNC's on the site.

Xl 2 axis foam cutter Eps Surfboard blanks Simple open concept but high production machine. Shape 3d case with open builds controller

Core-XY build witha quad nozzle

Leveling Platform / Stand 3D Printers

This is a 1500 x 1500 Ox build

I have decided to buy and build the ooznest workbee screw driven cnc (1000x1000) and also decided to use some plates and extrusions from the ox cnc. I will never use two machines anyway and hoping to build a strong base for the workbee.

Large 10’x6’ vacuum table made from steel tubing and 1/4 inch steel plate

I wanted to try a different way of operating the Z Axis so I setup a tower using 40x40. In the end it worked excellently and can easily print 60mm/s with 150mm/s travels. The coreXY is a very cool kinematic, and you can get some pretty great speed and accuracy. The main issue is the fact your Steps/mm are doubled, so the lower end motors don't like it at high speeds.

This started as an attempt to learn to weld and quickly took on a life of its own.

The process from my bought printer, to a custom home built machine

I really like the 4th axis I purchased a few years back, but when I went looking for it again the suppliers who once carried it no longer do. Anyone know who makes it? Center hole receives collets. I own a ShopSmith so I am using a 5/8th rod and can mount it's chucks onto this machine. Also I like the use of the skateboard wheels, they are adjustable and one could use more sets over a longer axis. The Sherline z-axis is not my first choice, I just had a spare.

Contains a further modification to Creality's poor CR-10 design

This build is to show what's possible as well with openBuilds! I use a single ArduinoMega and 5 separate stepper drivers (A4988). The LEDs are all NeoPixels. Collision 'detection' is all done within the code, so the endstops are only sensors I use in this build. I'm a self-employed video-artist and this is my first installation which just needs power and it runs (where I'm quite proud of). Normally my interactive installations take a long setup time, so this installation is a relief :)

A Controlbox for my CNC-Router, containing stepper-drivers, Planet-CNC MK3 Controller and a Controlpanel with joysticks.

This will be my first build ever! Looking forward to it , just gotta finish the new workshop first then I'm on it!

Trying to build a machine of atleast 4x4ft working area. Work is in progress, hope to finish it soon

Theoretical Working area: 38" x 24" x 6" Actual Working Area: 31" x 23.6" x 4" Positioning Accuracy: about 0.01mm

This is a upgrade to make a little deeper and a little bigger foot print for cutting. This is a copy of design off Rob Taylor idea for Dbl C Beam setup. The goal though is to design it around a new build with minimal tools for some one with no cnc access. Drillpress and drill bits and tap set. A 10in Non ferrous metal cutting blade for my table saw. Paper printer for printing DXF files.

3d printed V-Slot Gantry Plate leveler.

An attempt is to be a Unified Modular Controller based on M10CUBE platform. For GRBLHAL and MARLINHAL applications. HAL porting is under way 1 - WIZnet Pico Clone W5100S-EVB-Pico 2 v- 6 X StepStick. Not sure about the sixth driver, (Pico pins limitation) . External connectors for larger drivers 3 - Opto - isolated spindle PWM. 4 - HMI 5 - I/O on diferent modules and Ethernet 10MBPS communication. Patches will be written to GRBLHAL for Ethernet I/Os (Interrupted).

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

C-Beam Plate cutter with Raspberry Pi V3, Arduino Mega2560 and Camera. Remote login & operation via SSH with cnc.js server, mjpg server on the Pi.

Work in Progress of a laser cutter design. Based on the CoreXY build from https://makerstore.com.au

This is my first attempt at building a spindle based CNC machine. The intention is to mill PCB boards and mill delrin blocks. The device was built with an Emergency Stop that actually cuts power to the spindle and motors. This is a post build write-up and consists of finished photo compilation and CAD renderings.

The reason for building this CNC is to help me in my guitar building hobby. (telecasters)

Making my own magnetic dust shoe with led lights and a camera. Showing my progress from beginning to now.

This is a video were take a high level look at how I built up my version of a fully open source Motorized Camera Slider (OpenSlider)

My Controls box to run my Workbee 1510 That was retrofitted with Lead Screws as well as Lineal Bearings. The stock electrical configuration was not enough, so here are the Measures that I took to not only make this machine Run again, but to have fun with it, and make this system be able to run any CNC I run in the future with the installed microcontroller.

This my version of a large no corners cut Delta.

Video on youtube: https://www.youtube.com/watch?v=vCTbLZ2_m-w&t=36s

Total belt drive GT2

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

Mostly for Mill work, and FDM 3D printing (mostly Nylonx). I'm currently in the process of adding some hardware for a project requiring lathe work. I've included a solidworks 2014 pack and go for those of you interested in the build. if you need another file type, just let me know and i can try to accommodate. This is a scratch build (electronics and hardware)... see photos. Everything is pretty close to industrial quality... Electronics too. I got sick of other COTS designs breaking down

This is a work in progress ACROS build with new legs and wire tracks.

I ordered the OpenBuilds MiniMill from the OpenBuilds Parts Store http://openbuildspartstore.com/ They were out of Motors and Electronics when I ordered so I had to source these items elsewhere. But it turned out well doing it this way.

I'm starting my first own build cnc machine which is inspired by routy and the ox. Were my goal was not to use the ox plates but use the standard plates available in the parts store for the design.

A stable CNC Router that allows me to cut and carve bigger Parts. The Machine is an original Build from Kyo's Sphinx CNC Machine. Thanks for the great Work and the Effort Kyo. Your Files and Lists helped me a lot to build that Sphinx 1x1m.

Router for making plugs for composite part production, and for cutting CFRP.

setup for learning 5x

Reusing parts to build a CNC - planning stage

Gary's take on the OX HD X and Z plates, making it stiffer, adding mini wheels to the C-beam and Quick removable Z axis.

H-Bot mechanics 3D printer. Build volume - 300x300x300mm dimensions: 560x500x500mm

Inexpensive Custom CNC Machine or swappable Laser Engraver utilizing OpenBuilds ACRO System

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

OLD Lead 1010 High Z Mod converted to Newest Lead 1515 with High Z mod, slimmer cbeam motor mounts, thrust bearings etc. Extended by original table out and upgraded my 1.5kw VFD and Spindle to 4kw ER20 Spindle and 7.5kw GT VFD

Turning my prototypes into real objects, it will be required a great amount of drawings, A LOT. Therefore, against the ink costs raise price push me to think in a way to draw models, blueprints, etc. at very, VERY low cost. This is where my DrawBot was born

20x26x28 inch Build Volume CoreXY. Unlike many builds, I've decoupled the XY movements from the Z-Axis lead screws to help prevent Wobble, will be using linear guide rails, and mains powered bed heater, and a bed that is Allowed to thermally grow. This build is JUST narrow enough to fit through a standard sized doorway.

This is a lead 1010 build that I wanted to have a little fun with. I purchased the whole Lead 1010 kit, and felt like studying a few shortcomings of the original to see if I can improve it or just have some fun with it.

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

blueprints here: https://github.com/tomaspavlica/cnc_pkb2

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

2 1/2 axis CNC chassis. Convertible to plasma, 3D printer and welder. Currently used as router. Plotting table dim: X axis 620 mm, Y 650 mm, Z 100 mm. Created for teaching purposes, open source license, currently used for engraving ukiyo-e wood plates and printmaking

PeeNaPle_V1.4b is a BoB controller board for 3D Printers, CnC and cartesian machine, using the latest Teensy_4.1

Prosthesis is functionality and emotion!

The search for an affordable hobby 5 axis machine.

I took what I thought were the best parts of the sphinx and the c beam xl to build a bigger and faster machine.

My first project build. Concept build to use an existing 7.5 ft tall server rack as the frame. This ptoject may never be completed.

Using the Routy290 build and an awful lot of help from puntoMX, this machine has been expanded in the X and Y axis. My first build, I'm learning a lot about all of this. I've had to disassemble parts of this thing many times due to forgetfulness, but that's ok. Also, I've forgotten to take constant pictures throughout the build.

The plasma CNC that I have built has a water table that measures 1350mm x 650mm. The water is flooded onto the cut area while cutting and recycled around with a pump. This is to reduce smoke, cool the metal being cut to reduce distortion and also to keep sparks to a minimum. Most of the machine has been made from aluminium , the frame and table from steel, the water table, stainless steel.

Improvements on the Lead machine using some Workbee parts

KYO SPHINX, CENTROID ACORN, GECKO 540, HALL EFFECT LIMIT SWITCHES, 2.2 KW, 24,000 RPM SPINDLE, WATER COOLED, 600 oz-in STEPPERS, INTENDED TO CUT ALUMINUM.

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

i wanted to use both the ox and the C beam C beam for the gantry because its stronger i also made the gantry 20 mm higher so i can cut thinker material i will maybe later go to rack& pinion on the 1500 mm Y axes also instead of the V wheels i will maybe go to hiwin in the furture

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!"

Probably cheapest DIY build youl see.

I Like the Sphinx design thought I would attempt my first build. I wanted to build this and use Arduino controller with GRBL to be able to learn and understand my machine.

Some enhancements of the basic mini-mill

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

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

I designed and made this from scratch. The frame is welded steel filled with sand, and most of the other parts are aluminium. It's controlled with a DIY ESP32 controller running GRBL_ESP32

My scratch build using shapeoko, xcarve, and custom parts.

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

Sphinx CNC modified to 750mm x 750mm c-beams. Parts not readily available in South Africa, so i have to make some modifications...

I have shared many pictures of this project it is now complete I have had my first cuts on this machine and it is solid , still learning the new motion Controller. The Acorn is more like you would find on a commercial built CNC or CNC Lathe.But it does have all of the functionally one needs

I'm conducing guitar loudspeaker cabinet fabrication technique research (material type/thickness, mechanical joints, adhesives, etc) and how these relate to cabinet/speaker coupling and enclosure resonance with respect to psycho-acoustics. Basically, does one speaker cab sound better than another and why?

This is my own modified version of the D-Bot printer. I wanted to spec this printer to be able to print exotic materials at high accuracy with little to no compromises and maximum reliability.

Attached to a scroll saw you can cut nested wooden spirals with this jig. Make two, three, four ... interlocking spirals that unwind/unscrew. Fascinating toys or art objects!

Need to build a machine that accurately positions objects for processing by a computer vision algorithm? Here is an example of a machine that does that for a ball trajectory application. The black anodized V-rails work well for applications in optics and imaging where the machine needs to stay out of the limelight.

This is a laser cutter built with intent to use arduino as controller for a co2 cutting laser.

A compact, strong machine with very high Z clearance, yet can still mill aluminium easily.

Work in progress large volume CoreXY printer

This build will hopefully be 18x18x24 build space using RAMPS 1.4 with Marlin firmware. Using NEMA 17 motors and belts to drive the X and Y axis, lead screws for the Z axis. The build plate will be heated with a delrin Y carriage for the glass and heatbed. Z axis motors will be top mounted. Possibly and ATX power supply.

My upgraded OpenBuilds Lead 1515

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

This project is for building a remote hand pendant for the Planet-CNC control board but could be adapted for many other projects. The pendant allows for machine control without being at the computer keyboard and the button functions on the pendant are defined by the user.

This is my second CNC build, but the first one that I design from the ground up. The base is all metal because I want to add Plasma facility later on. I used the Ox model for the gantry plates and made a few changes to adapt to my design. Since I wanted to use parts from my first CNC to save as much as possible, I kept the 5/8 Hi-Lead Screw I had from Roton for the Y and Z axis. I will also add a downdraft table to keep all parts tight on the table for cutting.

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.

I decided to start designing this printer, this will be my solution for a more rugged printer that you can use as workhorses...