All metal CoreXY 3D Printer Design with triple z, kinematic bed, and scalable corexy mechanism.

C-beam Plate Maker V-slot Table System to aid in clamping and setup of jobs.

Upgrading printers for Synchronous Leveling

probably as big as you'd want it...

DIY design and build of a roughing 2' by 3.5' CNC router

A 3-axis flying gantry (4'x4') mechanical kit is assembled. A 3D printer is used to make cable chain for tidy and cheap wire management. A BeagleBone Black development platform with Machinekit software (LinuxCNC) is configured to control a Xylotex motor driver box connected to an Openbuilds Ox direct-drive pulley and belt motion system. A vacuum dust-collection system is designed, CNC-routed and installed. A steel table is made to mount the table onto.

Let me explain: About a year ago I was planning to build a CNC router of my own design. I started gathering components including the THK linear rails. I soon found out you pretty much need a CNC to build a CNC and this is when I decided to build my Sphinx machine. I've had these rails and some other parts sitting around so it's time I used them! I'm planning to incorporate linear rails and 1605 ballscrews into the Sphinx design. I really like the overall appearance of the Sphinx.

Modded Plate maker with: Smoothiebrainz board and DQ542MA SN04 Endstops Modded Z axis Aluminium build plate and renforced Y axis Dust shoe

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

Z axes 1605 ballscrew, a comparative design proposal.

Yet Another Chinese Linear Rail CNC, my first one, doing this mainly for the fun of building it more than using it.

I recently completed my C-Beam Plate Maker build ( http://www.openbuilds.com/builds/rsws-c-beam-build.4286/ ) and quickly got the build bug. I was looking for something to make with the new C-Beam and decided its time to venture into the 3D printer world. I can honestly say I have never been in the same room with a 3D printer, so this is going to be a learning experience. I spent some time browsing the 3D printer builds and finally decided to copy the Talos3D by AlexLee.

As this is a build in progress, I will update it as I progress.

The original plan was to build a 3d printer with a 1200x1200 build platform with a 600mm build height. I was having issues getting ahold of a large enough borosilicate glass plate for the build so I decided to go for build height. I plan on using a smoothieboard for the controller. The build has currently slowed down. I was removing a broken drillbit from the linear rail mount, and it shattered and took out my eye. I am doing what I can when I can focus my eyes long enough for the build.

You need some mechanical and electronic experience. This is NOT a novice undertaking! a familiarity with linux a plus (but not necessary). Basic woodworking and metal fabrication a big plus as well.

Building a small mill to match my 7x12 lathe.

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...

A cool project about my cnc machines unique style.

Hobby project

A copy of the Stainless Ox by Martin Barfoed. Similar design, construction and control.

basic start to design of cnc machine

an 8020 build with 1010 extrusion (1") Square tubing Rough size is 24x24x36 (600x600x900) The expected usable print area 21.5x21.5X32"roughly (510x510x760) An XY 3D printer with 3 extruders and 3 Z-axis 0.9 degree motors the table (Z-AXIS) will lift up to the XY Carriage on 3 12mm linear rod and 3 8mm Lead screw's Corexy designs complete and Z-axis build is started don’t have a 3D cad system yet so building my prototypes on a pcb layout tool

Minimalist laser platform built with Makerlink connectors and modified Nema 17 stepper mounts used as gantry plates.

A 1000 x 1500 OX build with the ability to router cut dovetails as well as laser engraving and light cutting.

OX metal build from an noob

Work in progress.. but nearing completion :)

A 250x250 mm Delta Printer utilizing a Duet Wifi controller and a Titan Aero direct drive extruder.

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

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.

Ox Stainless with ballscrews for motion, nema 23 steppers, LInuxcnc for control software. Using basic parts for frame from Makersupplies, and the rest sourced from ebay. Building a small router hoping it will be able to cut aluminum with decent results.

more to come, please follow along the journey!

A portable foam cutter to make your forms everyware using a LiPo Battery.

After use of the i3 Prusa 200x200x180, the volume increases to 300x300x450 on the V-Slot and driven by a Megatronics V3

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.

This is a Dual X-axis platform.

pictures and mony doku see later

tronxy x3 like

DIY Pano Head

A fully aluminium printer made from off the shelf components, no printed parts.

wooden parts of the enclosure can be removed easily used the existing extraction of my glass bead burners

IIOT WiFi Plasma CNC.

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

Wanna quet an nice looking device done by my hands

Super solid core xy build inspired by the e3d tool changer

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

Small CNC - made with some custom lasercut+bent sheetmetal parts + Openbuilds V Slot

T-slot, v-slot, aluminum angle make up the majority of the structure.

Theoretical Working Area: 360x360x75mm Actual Working Area: 300x300x75mm Will Update Later

Roberta Clementine's first daughter printer Alice Clementine!

This is an automatic cocktail mixer made with 8 small peristaltic pumps. this is driven with the touch screen or over wifi. the controller used is a raspberry pi with a Apache webserver

A small router for thin plate stock

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

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

Getting an accurate scan of a golf ball can be difficult with general-purpose 3D scanners. This purpose-built golf ball scanner uses a very accurate Keyence LK-081 laser displacement sensor with an Open Builds linear actuator for the vertical axis and a Sherline CNC rotary table for the turntable. Scan detail is determined by the sample step size and can be set arbitrarily based on desired scan time.

This is the largest printer I have found. It is also the cheapest. The reason is that it is run by hand, without computer or motors or electronics. Put an object on one side and move the 3d pen while tracing the object. Move the z dimension by turning the crank on the lab jack to move the printed copy down a notch. Be creative!

Video diary C-Beam XL build with massive steppers and a 1.5kW Chinese spindle.

My goals for this build were to eliminate slop and flex while also allowing easy serviceability.

C-Beam XL with v-slot aluminum bed for fixturing.

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

This is a Sphinx variation, aimed to minimize footprint and maximize workarea. Work in progress.

Another modification on the OX

All metal frame 500mm bed Delta 3D printer

I have tested my Opt Lasers laser module on a "open" frame for some time. Decided that I want to test a corexy setup and combine it with a boxed/enclosed design - my goal is to get high precision + a safe setup with protection from the laser light + a fan to extract the smoke/exhaust..

Create a ball screw carrier with out BF BK bearing blocks.

This is a modification I made to my Voxel Ox 3D Printer Z axis, which synchronizes the Z leadscrews via a shaft and helical gear transmission. It prevents the two Z leadscrew from getting out of adjustment relative to each other, and uses a single Z motor instead of two. This build is just documenting the specific changes I have made to the Z-axis, since the frame and other axes are still from the original Voxel Ox design.

I know this build is a little off category here at OB, but I wanted to share it with the community (as well as other coffee lovers) and show however vast the possibilities are when OB hardware is involved. This is a powered stand intended to operate a manual coffee grinder. It is compact, light, portable and uses simple drive components (B&D Cordless Screwdriver). I will post two version, V-1 (Beginner skill level ) and V-2 (Intermediate skill level). Both accomplish the same results.

This is a major redesign to the Z-axis of an otherwise stock Shapeoko 2.

I put this together to cut aluminum. Chips get everywhere! Cover your lead screws. Put the mill inside an enclosure. DON'T mount electronics (especially the power supply) inside the enclosure, chips will get into it and short it out. Remove the manual jog wheels, they contribute to chatter (something about having a mass on the end of the lead screw causes vibration). I cut at 14000 RPM, 0.05 inch width of cut, 0.05 inch depth of cut, 30 inches per minute and just barely avoid chatter.

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.

This 1500mm tall Delta is a work in progress. The triangle corners are water jetted from 1" 6061 Aluminum, and are welded to 1" square tubing. The 1500mm OpenBuilds 20x20 V-Slot extrusions are held into the corner brackets by two stainless steel set screws per bracket. This printer will need to be reinforced with wall brackets due to the combination of height/materials.

Larger, more rigid build plate C beam 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

The machine is a stock Lead CNC, with the Black Box controller and StepperOnline 269oz NEMA 23 motors. I'll be using the DeWalt 611 from Openbuilds, as well.

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

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 !

My adventure in CNC routing.

Build Notes: Here are all the parts necessary to re-produce this design. Please note, all of the parts are either sourced through openbuilds or have been selected and printed from thingiverse.

This my version of a large no corners cut Delta.

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 :)

Dove in and ordered the kit from Makerstore in Melbourne. While awaiting for the order watched videos and sourced steppers and controllers from China. Had some fun with the 4 axis TB6600 controller board. Ran into a few problems with the build, but after stripping and restarting looks like I am on track.

A DIY 3D printer. At beginning made from aluminium profiles, aluminium sheet and wood :)

A build of Schematix's Ox-Metal design, with a 0.8kw watercooled spindle.

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 basic description of my OX-like build of Babe, Paul Bunyan's Blue Ox. It is a work in progress. The idea has been germinating for about 4 years, with several twists and turns and false starts along the way.

A few mods on my Ooznest supplied Ox cnc Encountered a few minor issues along the way but now all sorted.

The Story of the Scecina Memorial High School 1510 BUILD will unfold through a series of 10 minute Episodes. Each episode will consist of video showing how to assemble some aspect of the 1510 overlaid with a discussion about Technology, Art, Philosophy... and Life the Universe and Everything. Episode two is soon to follow. If sufficient interest ensues, the episodes may continue beyond the building of the 1510 to relate its use in the making of the Art.

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.

Prosthesis is functionality and emotion!

LEAD 1010 PLASMA Add-On is a great modification you can do for your LEAD 1010 to convert it into a metal cutting monster machine!

Build features include a double c-beam gantry (bonded & mechanically fastened), linear x rails, custom gantry end plates, a custom linear rail & ballscrew Z axis, and custom lead screw tensioning plates. The primary goal was to remove twist from the 1500mm gantry & stiffen the Z axis.

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.

High quality e3d parts with a minimalist design

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.

Built from leftover T-Slot extrusions plates and hardware from other defunct projects.

V-Beem horizontal milling machine built on OpenBuilds components. Simple structure, great expansion possibilities, high stiffness.

Hopefully this will be a quick guide to one way that you can add a laser to an existing CNC router.

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

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.

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