A CNC build using linear rails & lead screws.

The OpenBuilds Lead Machine takes us back to the roots of the OpenBuilds modular building system, and has proven itself as an adaptable design that can compete with any machine in its class!

Example model of lead screw driven actuators for your next project!

An open source 3D printer design with a sturdy V-Slot frame

The OpenBuilds WorkBee 1510 - 1500x1000 Belt Driven CNC Machine

The OpenBuilds WorkBee 1010 - 1000x1000 Lead Screw Driven CNC Machine

Another build based on the original OX design with a cutting area will be about 26" (680mm) x 50" (1300mm) and driven by lead screws.

The OpenBuilds Sphinx 55 - 500x500 Lead Screw Machine

Based on the work of Carl Feniak and his C-Bot. A robust Core XY style 3D printer that has a clean parallel belt implementation and whose dimensions are adaptable to meet builder's needs. The use of open builds V-slot and other open hardware make customization easy. Utilizing a 300x300 build plate this derivation utilizes three lead screws, synced to a single motor via gt2 belt

It took me 18 long nights to build it

The OpenBuilds Sphinx 1050 - 500x1000 Lead Screw Machine

Large 600mm x 350mm x 350mm Build Volume with lead screw driven motion. The printer build has a moving gantry and fixed heat bed. Open Source

Upgraded Sphinx Cbeam using 3/8 aluminum plates and linear rails / ballscrews

The OpenBuilds WorkBee 1050 - 1000x500 Lead Screw Driven CNC Machine

1000x1000mm Ballscrew driven OX Derivative. Dewalt 611 spindle and TB6600 Drivers.

This OpenBuilds C-Beam XL actuator is the backbone of a lot of the awesome builds put together by the OpenBuilds community

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

High Quality CoreXY with focus on quality and optimized printarea versus physical size of the printer.

Heavily upgrading my 1200x500 Shapeoko 2... ...er, wait, scratch that... Building an all new machine, roughly the same size, that should be more rigid than a Shapeoko 3!

My very first openbuilds cnc machine. Followed along DaztheGas's Spartacus build.

Heavy Duty build with 1605 Ballscrew and Linear Rail

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.

TR12x3 screws, M8 wheel sets, a draw built into the design, an electronics set built onto the kit, back brace to stop C-Beam twist.

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

Bringing your lead screw precision and accuracy to new lengths using a simplistic tension system!

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

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

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.

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 :)

in construction ! chassis vslot 80x20 & 20x20 & 60x80 (Z) home made plates with whells polycarbonate build volume environ, 750x300x200 2 ed3d v6 volcano nozzles 0.8mm & 0.6 + titan extrudeurs rumba bord + auto levelling ip camera home made heat bed aluminium 5mm + glass + heat air chamber 6 doors plexiglass......

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!

Upgraded Z-axis for Sphinx-style CNC using ball screws and linear rails.

This modified C-Beam, is a compact, powerful and affordable desktop CNC.

Cheap Ballscrew Ox CNC Router.

This machine is a heavy duty, moving gantry style CNC router. It uses Teknic ClearPath servo motors driving ballscrews and linear rails. The machine has 36" x 48" x 19" of travel with about 7" of clearance below the gantry.

This is Fina; My Lautr3k inspired build.

This is a Delta build using 1610 ballscrews from China

An all metal construction cartesian style 3D printer with a very rigid frame that has the flexibility to function as a desktop milling station or laser cutter with appropriate user designed attachments. Design is scaleable to suit any size requirement. All axis are leadscrew driven. V-Slot and Mini V-wheels have been utilised for the linear rails.

You are about to read the evolution of my 3d Printer build.

Planning my first build. Hope to achieve a larger format yet rigid design.

Ball screw drive, linear rail CNC Kit

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

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.

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.

Ox inspired 1500 x 1500 CNC with belt and pinion drive and lead screw drive options.

basic start to design of cnc machine

This build is based on the Workbee 1010 CNC. It is not a kit build and is much the same as the original but with some significant changes made here and there as the build progresses.

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

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.

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.

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.

My build is based on many different builds but pieced together into a unit specifically to suit my needs. The footprint, without motors, is around 500mm x 1000mm with a gantry height of around 250mm. I used a combination of C-Beam, for the linear transmission, and V-Slot for the base and gantry supports. Forged angle connectors were used for attachment and I utilized the C-Beam gantry cart kits with anti-backlash blocks for both Y axes, the X axis, and Z axis.

A Rigid Delta Printer using C-Beam screw actuators

Wanna quet an nice looking device done by my hands

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

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.

A short summary of my Workbee CNC Build. I try to update it where I can

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

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

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.

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

The Mule is a 3-axis CNC inspired by the OX CNC by Mark Carew. This machine borrows the OX's sturdy frame and upgrades the X and Y linear actuators through the use of three 500mm lead screws (as opposed to the belt system of the OX). The result is an inexpensive, sturdy, and powerful design built for cutting tough materials such as aluminum.

Workbee 1510 screw driven build by MsDosFX.

High quality e3d parts with a minimalist design

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.

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.

Upgrading my CNC router to run on ball screws. Me and the belts where not getting along.

My original Tevo Tarantula kit was ok..... I had issues with the X gantry staying level. I got rid of the wheels and replaced them with linear block bearings. I still had some issues with the X gantry. I swapped out the plastic parts with aluminum which was much better. Still not what I want yet

I'm building a CNC router for a long time. Here's the result on this long journee. I tried to do my best with the basic tools I have. Don't hesitate to ask if you have questions.

long overdue overhaul of 1000 x 1000 machine

Anti-Twist Design, larger lead screws, enhanced M8 wheel sets.

Hoping to build a WorkBee 1000 x 1000 (2000) from parts and not a kit, cannot afford the kit in full so going the long way round...

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

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

a 1000x1000 acme screw workbee built as frugally as possible. thanks so much to ooznest and openbuilds :)

i had the ox build and wanted to do a more beeffer style so i went with a workbee style machine ..

Cartesian style CNC with a working area of around 360mm x 360mm x 120 mm (X, Y, Z) using Linear rails and ball screws. The linear rails are (Hiwin?) HGR 20mm x 520mm and the ball screws are SFU1204 (12mm lead 4mm) of around +/- 430 mm. The base structure is made from rectangular aluminum profiles of 70mm x 45mm x 3mm (thickness of walls).