Zion16 low cost large print volume DIY 3d printer



Big and Cheap!

From Zion16 Kickstarter campaign page:
The goal is to create and mass produce large scale 3D printers in a sort-of self replicating fashion. I am working on completing the 16" prototype which will be capable of printing enormous objects up to 16"x16"x32"(see below).
I want to keep these printers affordable because I feel they need to be in the hands of creators and people who would use them to innovative.
Unfortunately 3d printers of this size cost around $1200 so I want to do better. I want to make and produce these printers for under $800 and make it so that they are both easy to use and affordable. I have been working with 3d Printers for about 2 years now and it has consumed all of my time. I am constantly tweaking or coming up with a new way of doing something with 3D printing.
Zion16 is developed by Ryan Manley

http://www.kickstarter.com/projects/555589256/zion16-affordable-large-scale-3d-printer-lets-drea


Zion16 schematics 

Bigger Zion16 3d printer with 32" hight 

Yoda printed on Zion16

Artifex 3D Printer




























Artifex technical specifications:
Print technology: Fused Filament Fabrication
Build Space
- W × D × H: 230 × 310 × 190 mm (9 × 12.2 × 7.5 in)
- Volume: 13,547 cm3 (827 in3, 2X the volume of MakerBot® ReplicatorTM 2)
(Note: MakerBot and Replicator are registered marks or trademarks of MakerBot Industries, LLC.)
- Height extendable to 220 mm (8.7 in) in the middle of X-axis for additional 198 × 310 × 30 mm (1,841 cm3, or 112 in3) space
Layer resolution: 0.05 mm (0.002 in)
Nozzle diameter: 0.35 mm (0.014 in)
Print materials: 1.75 mm PLA and ABS
Speed
- Top print speed: 150 mm/sec (infill or inner perimeter), 100 mm/sec (outer perimeter)
- Top non-print speed: 300 mm/sec
Acceleration
- Top print acceleration: 3000 mm/sec2 (infill), 1500 mm/sec2 (perimeter)
- Top non-print acceleration: 300 mm/sec2
Electronical
Power requirements:  110/220 VAC
Electronics: RAMBo
Hot-end: MakerGear hot-end with 0.35mm nozzle
Heated bed: 24V 200W heated bed up to 120°C
Cooling fans: Three 24V cooling fans for filament drive, print surface, and electronics
Mechanical
Overall dimension: W × D × H: 484 × 482 × 480 mm (19 × 19 × 19 in)
Weight: 11 Kg (24 lb)
Frame: Aluminum extrusions
Motion
- X- and Y-axis: linear rails and GT2 belts
- Z-axis: precision linear shafting and ACME leadscrews
Printed parts:  Black ABS
Artifex is priced 1895 USD for fully assembled printer.

Main features:
Wire management
We know you do not like messy wiring. Neither do we. That was the reason why we spent tons of time and effort to manage those wires. We even went back to change the machine design multiple times in order to get a better routing option. Finally, we worked out a solution which can meet our standard to be part of a "neat machine". Hope you will like it as we do.

HBP Corner
No binder clips, please.
Binder clips have become the typical solution in most desktop 3D printers to hold its print surface to the build platform. Although they work fine for the purpose of holding the print surface, they waste otherwise usable print area on the edges,  interfere with the extruder nozzle, and give an "unfinished" look to your printer. The Artifex 3D Printer comes with newly designed HBP (Heated Build Platform) corners, which have securing slots to hold the glass plate and the heat spreader in place. The HBP corners can be easily slided out to release the glass top if you need to access the glass for maintenance.

Adjustable Y-axis Carriage
Less vibration means faster and quieter printing
In the original MendelMax 2.0 design, large vibration was observed at high printing speed. Such vibration created lots of noise and also caused quality problems in the finished parts. Majority of such vibration was caused by the large gap between the Y-axis rail and its catriages. The 3DMakerWorld Artifex 3D Printer uses upgraded Y-axis catriages with adjustable clearance capability. By reducing the gap between the Y-axis rail and the catriages, the 3DMakerWorld Artifex 3D Printer can achieve quiet and high-quality printing even at high speed.

Three-point bed leveling system
If you have ever tried both three-point and four-point bed leveling systems, you certainly know how much easier the bed leveling could be with a three-point leveling system. Yes, the 3DMakerWorld Artifex 3D Printer comes with a three-point bed leveling system in place to ease the leveling process.

Adjustable Z-Axis End-Stop Trigger
Adjustable Z-axis zeroing
As you continue advancing into the world of 3D printing, you will find the need to fine tune the distance between the extruder nozzle and the print surface. Such process is called Z-axis zeroing. The Artifex 3D Printer provides the adjustable Z-axis zeroing capability. It uses an adjustable Z-axis end-stop trigger to precisely adjust the nozzle height without messing up the bed level.

HBP cable strain relief
The HBP heater moves along the Y-axis with the build platform. The joint between the cable of HBP heater and the build platform is often a weak point due to the strain applied during continuous movement. A strain relief is built into the Artifex 3D Printer to secure and support the cable of HBP heater.

Enclosed electronics with dedicated cooling fan
The electronics board on the Artifex 3D Printer is completely enclosed from top to bottom for safe operation and easy maintainence. The electronics case also contains a dedicated cooling fan to cool off the electronic components during printing.

24V Power Supply with Rear Panel
24V power supply with convenient power switch
The 3DMakerWorld Artifex 3D Printer uses a 24V power supply to provide better heating capability on heated bed, and to improve motor performance at high printing speed. For the purpose of safety and aesthetics, all wire connectors are enclosed by top/bottom covers and back panel. An easy-reach power switch is installed on the power panel to switch on and off the power to the printer conveniently.

http://www.thingiverse.com/thing:214140

http://www.3dmakerworld.com/artifex

Mini Kossel Delta configuration DIY 3d printer

Kossel design and Mini Kosseel are often around, for some reason I forgot to make a post about it. So here it is ...




Design Goals from the Kossel page:
  • Zero backlash.
  • type: Delta printer
  • Speed: 320 mm/s in all 3 directions.
  • Resolution: 100 steps/mm in all 3 directions.
  • Repeatability: better than 0.03 mm (30 micron)
  • Build volume: cylindrical, 170mm diameter, 240mm height.
  • Footprint: triangle, 300 mm width (240mm OpenBeam + printed corners).
  • Frame height: 600 mm.
  • Print surface: unheated round glass, doesn't move.
  • Mass of end effector with hotend: less than 50 grams.
  • Simplicity: fewer than 200 parts.
  • Hardware cost: less than $600 USD.
  • Fully automatic print surface level calibration (autoleveling).

https://github.com/jcrocholl/kossel

http://reprap.org/wiki/Kossel

http://deltabot.tumblr.com/

Build manual:

http://www.builda3dprinter.eu/build-manuals/kossel_mini/

Here is the demonstration of the autolevel feature:

http://diy3dprinting.blogspot.com/2013/05/automatic-bed-leveling-on-mini-kossel.html
http://diy3dprinting.blogspot.com/2013/06/mini-kossel-prints-on-unheated-glass.html




Appropedia MOST Delta 3d printer



Another Rostock derived Delta 3d printer with very detailed build guide.

From project page:
The MOST Delta printer is RepRap derived from the Rostock printer with the following design goals:
  • Simple build process
  • Safe to operate
  • True to RepRap
  • Maximize value
  • Maximize rigidity
  • Aesthetically pleasing (or at least neutral)
  • All PLA printed parts
  • Excellent print performance
The design utilizes plywood linking boards cut to a length that yields a desired printer radius when attached to the printed apexes. This simplifies assembly while helping to assure that printer dimensions are fixed, stable and reasonably well known. It also improves flexibility as the print area in the x-y plane can be changed simply by replacing the boards with boards of a different length. The delta design is inherently simpler to assemble as compared to virtually all it's Cartesian counterparts; this design can easily be built within a day by one person having properly prepared parts.
The design uses a 12v 5A power brick instead of the popular 12v power supplies having mains connections relatively exposed, a relative safety issue, particularly when children are present. The power supply is roughly equivalent to those found with many inkjet printers.
As many printed parts are used in the design as are practical, including printed pulleys. This in large part drove the decision to use open T5 timing belts for the drive, which also makes the design more flexible as the length of the guide rods doesn't need to be based upon the length of an off-the-shelf continuous belt.
Cost considerations drove decisions regarding everything from printer capabilities (as shown, prints PLA only) to guide rod material and length (two six foot lengths of 8mm drill steel are required, producing no waste). A Melzi controller is used as it provides all the necessary features as well as SD card support and reasonable expansion options. The power supply is a fraction of the cost of that required for powering a heated bed.
Printed apexes are very robust, probably overkill, and along with the plywood components and ample fasteners produce a very rigid structure. The printer has proven to transport very well (and can even be seat belted) with no adjustment needed prior to printing at its destination.
The end effector is actively cooled allowing for a unitized effector/hot end mount printed in PLA. The hot end is recessed within the end effector, maximizing z-axis travel and also providing for some print cooling.
Printing performance has been very good as has been the experience of printing with this design. Much less user intervention has been required as compared to experience with Cartesian RepRaps.
Printer capabilities/statistics
  • Print media: PLA only (heated bed can be added, expanding media options)
  • Filament diameter: 1.75mm
  • Nozzle diameter: 0.5mm (can be changed)
  • Print volume: ~250mm radius (with 240mm long linking boards) 270mm high
  • Melzi print controller w/ integrated SD card reader
  • Airtripper's Bowden Extruder

Appropedia page with very detailed build guide:

http://www.appropedia.org/Delta_Build_Overview:MOST

Github file repository:

https://github.com/mtu-most/most-delta


Appropedia is very interesting wiki with many detailed open source DIY projects woth looking at.
Appropedia is the site for collaborative solutions in sustainability, poverty reduction and international development through the use of sound principles and appropriate technology and the sharing of wisdom and project information.

I'll post about more interesting Appropedia projects soon.

It can also be stacked in a tower configuration as someone successfully did here with 4 deltas stacked:

http://diy3dprinting.blogspot.com/2013/12/delta4-printer-with-four-delta-printers.html


MOST is Pearce Research Group at Michigan Tech in Open Sustainability Technology.
They have many cool stuff here: http://www.appropedia.org/MOST

Stand for Five Guitars

This is the second stand of a two part commission (the original stand can be seen here).This stand accommodates five guitars, one of which faces forward. The others lean left and right.



Here's the computer model:


The wood on all the most prominent surfaces is some fantastic, spalted tiger maple. The rest of the wood is also nice tiger maple - but not spalted. Once the stain (Minwax Golden Oak) hits the wood it helps to even out the spalting color with the result of even more intense figure.

Here are some progress pictures. The top, arch beneath the top, and curved supports were all cut on the CNC. The 5-axis was used for the top as the guitars rest against a 15 degree sloped surface.


The wood was twisted just enough that vacuum pressure could not hold it flat. So it was C-clamped to a sheet of MDF which was held to the table by vacuum.

Here's a short You Tube video of the top being cut.

The supports were also CNC cut - mainly because its so easy to get a perfect curve.

My good friend Bob Ongaro helped me with the leather work for the surfaces where the guitars rest. Laying out patterns:

Here are two strips for the bottom supports. Usually we could get one bottom and one neck support from each strip.

Below is the pattern (in white) on top of some permanent double-sided carpet tape which adheres the leather to the wood. The curve of the pattern exactly matches the curve over the 15 degree taper to the neck pocket. Since that's a swarf cut it's a developable surface. So that's a perfect use for the Rhino UnrollSrf command to generate the pattern.

Finished:




Stratum Networks Delta Robot 3d printer

Stratum Networks Delta is a student project of clay printing Delta 3d printer. Design is published on Instructables and the printer is made with air compressor powered clay extruder mounted on lasercut plywood and acrylic frame.
The output clay objects look rough but the precision can probably be improved.





Project developers, Max Sanchez and Taylor Fulton, are architecture students at California College of the Arts. This project was based in a studio course called "Creative Architecture Machines" taught by Jason Kelly Johnson and Michael Shiloh.

Detailed build guide and all the files needed can be found at:

http://www.instructables.com/id/Stratum-Networks-Delta-Robot/?ALLSTEPS




They mixed the clay for this 3d printer out of:
  • EPK
  • CUSTER FELDSPAR
  • SILICA #5 325mesh
  • KENTUCKY BALL CLAY
  • DARVAN: Used as a deflocculant. A few drops of the fluid will make the clay compound more like a slip.
  • GROG: reduces shrinkage
  • WATER


Schematics of  air compressor driven clay extruder













































Here you can find detailed video from more precise ceramic clay delta printer:

http://diy3dprinting.blogspot.com/2013/06/delta-ceramic-printer-by-jonathan-keep.html

http://diy3dprinting.blogspot.com/2013/11/operating-ceramic-delta-printer-video.html

Custom Delta 3d printer built from Ikea furniture pieces

Turi Cacciatore made this Rostock based custom Delta 3d printer with frame made from Ikea furniture pieces. He used carbon archery arrows for delta arms. Nice work!



Source with detailed information and building guide:

http://turicacciatore.tumblr.com/post/69085105229/making-my-3d-printer



Custom Delta frame made from cut Ikea pieces pictured above

You can see another 3d printer from hacked Ikea furniture pieces, the Ikea RepRap, here:

http://diy3dprinting.blogspot.com/2013/11/diy-3d-printers-made-from-wood.html 

DeltaTrix 3d printer with detailed build instructions

DeltaTrix is open source delta configuration 3d printer project by Richard Tegelbeckers. It has very detailed Instructables building guide and features sturdy cnc cut wood frame with Airtripper Bowden Extruder, RepRapPro Tricolour hot end and RAMPS electronics. He will also Kickstarter it soon.




Detailed construction manual and all the files needed:

http://www.instructables.com/id/DeltaTrix-3D-Printer/?ALLSTEPS



DeltaTrix has sturdy CNC cut full wood frame construction

DeltaTrix print results



























There are some similar detailed build guides for Delta printers like this one if you are interested in building different model:

http://diy3dprinting.blogspot.com/2013/09/extensive-roctock-delta-building.html

Update:

It is on Kickstarter now:

http://www.kickstarter.com/projects/1142241325/deltatrix-3d-printer-open-source-and-fully-hackabl


Technical specifications described in Kickstarter campaign:
The theoretical printing area is 280mm (11 inch) in diameter. As a square this works out as (almost) 200x200mm (8"x8"), which suits the used 'MK2A' heated bed. As it is also useful to be able to remove items, the gap between the uprights is just over 295mm. The maximum build height is around 280mm (11").
Main features:
  • Linear delta robot layout provides a mechanically simple motion platform for moving the print head only, not the workpiece.
  • Using a LCD display and SD memory card (supplied in our kits), the DeltaTrix 3D Printer can operate on it's own. It does not need to be attached to a computer.
  • There are several (Open Source) options in terms of software. At the moment we are using Repetier on the PC, a modified version of Marlin as the firmware on the RAMPS electronics, and the standard Arduino IDE for tweaking the firmware.
  • A heated bed with glass print surface, allows for PLA and ABS to be used as filament.
  • In terms of filament, the DeltaTrix 3D Printer is designed to accept 1.75mm PLA and ABS on a variety of 1kg reels, as long as it is of good quality.
  • Igus linear slides with pretension are used, providing a robust and durable bearing solution from a highly reputable manufacturer. The strengthening ribs on the uprights keep the rails straight and sturdy.
  • The current design print head assembly uses a single Reprappro Hot End, with a nozzle size of 0.3 or 0.5mm. The assembly also has a fan and integrated duct for cooling the top of a print.
  • Quick changeover print head assembly. Useful for swapping between two print head assemblies, eg. one for ABS and one for PLA. The prototypes use connection blocks, but the kit will have proper connectors. Please, note: the standard kit only contains parts for one off print head assembly.

Picaso 3d Designer 3d printer from Russia

New Russian 3d printer by Picaso 3d.

















Technical specifications:
  • Build volume of 200 x 200 x 200mm
  • Layer size of 0.05mm
  • Minimum wall thickness of 0.19mm
  • Standalone machine using USB or SD card gcode input
  • Two nozzles sizes, 0.30 and 0.15mm
  • Display panel to monitor print operations
  • Enclosed heated build chamber to minimize ABS warping effects (they probably don't care about patents that big western corporations have on heated chamber technology)
  • Automatic calibration of the print bed
  • Russian-specific software interface
  • Price: RUB 99,000, or USD 3,000.

http://picaso-3d.ru/

Here is video by TixTri in Russian language that shows both Picaso 3d models:  Builder and focuses on Designer.


New 3d printers from India: Brahma3 Anvil and Mi3D Pro X9

More printers are coming up in India. 3d printers are emerging everywhere. Go India Go!

Brahma3 Anvil






























Technical specifications of Brahma3 Anvil:
  • Build Volume: 240 x 240 x 240 mm
  • No. of Extruders: 1
  • Nozzle Diameter: 0.4 mm
  • Maximum Extruder Temperature: 350°c
  • Hot End: All metal hot end
  • Heated Bed with a glass print surface
  • Build Platform: Metal / Glass
  • Aluminum frame
  • Weight: < 15kg
  • Dimensions (L, D, H): 380 X 400 X 500 mm
  • Slicing Support: Cloud Based
  • WiFi supported
  • Control unit is Android powered touchscreen tablet
  • Power Consumption Rating: 12V, 260W
  • Price: Rs. 100,000 (USD 1,610)

http://www.brahma3.com/


Mi3D Pro X9








Only information in video description is available for Mi3D Pro x9 3d printer:

  • Mi3D ProX9 for Industry Applications/Expert Designers
  • INDIA's First Double Extruder Printer
  • First printer to support print resume on powercut

Source:

http://www.youtube.com/channel/UCoaFfPE1-HFS7-gEZiftrBA?feature=watch

Gnublin 3D printer and pcb mill hybrid



This is a project of 3d printer and low cost PCB mill hybrid machine with user swapable printhead / mill.
Embedded projects is developing it and surveying the market need and if they should build it.

More details and market survey:
http://shop.embedded-projects.net/index.php?module=special&action=printer&lang=en






Video updates on Theta polar 3d printer

Theta printer has unique design, you can check the first post about it here:

http://diy3dprinting.blogspot.com/2013/11/theta-printer-4-extruder-polar-3d.html

Here are some videos that show how the printer construction is progressing:




Simultaneous printing on Theta. The blue plastic is PLA and the yellow is ABS.



Two extruders printing on the same object at the same time.




Videos by Tyler Anderson

All files are at GitHub:

https://github.com/unlimitedbacon/Theta-Printer

Theta printer project blog:

http://csulbmae472group7.weebly.com/


First print results in PLA and ABS at the same time on same object



























Update (12.1.2014.):

here is a new video and successful print of the iconic Octopus:

From video description:
Testing the new firmware by printing an octopus. This print took about 1.5 hours with a feedrate of 20 °/s. In this case, thats roughly 55 mm/s. This printer should be capable of at least 40 °/s.































Update (21.8.2014.):

Theta was submitted for Hackaday prize contest:




Fully 3d printed speaker from Cornell's Creative Machines Lab

Speaker was fully 3d printed including metal coil at Cornell's Creative Machines Lab by Apoorva, Robert MacCurdy and Hod Lipson. To make it printable, the electronic components are made with two customizable 3D printers: a special silver ink extrusion is used for the coil and a viscous blend of strontium ferrite is used for the magnet.
It's the future people. We just need to get more synergy and merging of 3d printed plastic and 3d printed electronics.
I hope that projects that could empower every maker to print similar speakers like Spoolhead wire embedding 3d printhead RepRap will be revived and improved. http://diy3dprinting.blogspot.com/2013/09/embedding-metal-wire-in-3d-printed.html











Source:

http://www.news.cornell.edu/stories/2013/12/fully-functional-loudspeaker-3-d-printed

Update:

Josef Prusa also developed 3d printed speaker:

http://diy3dprinting.blogspot.com/2014/01/josef-prusa-also-3d-printed-working.html

Update (29.4.2014.):

Disney Research presented interactive 3d printable embedded speakers:

http://diy3dprinting.blogspot.com/2014/04/3d-printed-interactive-speakers-by.html

Geoweaver walking hexabot 3d printer

Geoweaver is hexabot walking robot made from lasercut and 3d printed parts that has glue gun extruder attached for printing on walking surface. IT IS A FREAKING WALKING SPIDER ROBOT 3D PRINTER!!!!! AND YOU CAN BUILD IT YOURSELF!!!
very cool ...
It is not highest quality of 3d print and it has some limitations, but this concept could be developed in the future. You could have several in your home that could print different furniture and recycle it every day ... or swarms printing buildings ...



Very detailed information with full build instructions and all the files:

http://www.instructables.com/id/Geoweaver-Walking-3D-Printing-Hexapod/?ALLSTEPS

From Instructables description:

Geoweaver is a student designed robot created in the Creative Architecture Machines advanced options studio at the California College of the Arts (CCA) in San Francisco, California, taught by Jason Kelly Johnson of Future Cities Lab and Michael Shiloh. The design is based on a 12-servo hexapod with a glue gun extruder attached, and is the culmination of about 60 days of research and prototyping. Although the robot's official name is Geoweaver, it also goes by many aliases: Servo Killer, Eater of Shields, Melter of Wires, and Destroyer of Regulators, among many others. It is a very difficult and delicate machine, and is not a project to be tackled for the faint of heart.
But if you do take it upon yourself to accept it's challenges, it's rewards are great: it is a six-legged, walking 3D printer. The center mechanism uses two servos to control the pendulum-like extruder head, allowing it to cover a basic XY plane (though curved to the surface of a sphere, see video above), and one servo for the extrusion gear that forces the glue-sticks through the "print head." All of this can be controlled through the software Rhino 5, with the plug-ins Grasshopper and Firefly

it was designed and made by Student Team: Jia Wu, Jeffrey M. Maeshiro, Mary H. Sek at CCA - California College of the Arts Architecture Advanced Options Studio, Prof. Jason Kelly Johnson with Michael Shiloh

Update:

As several commentators on G+ and Reddit noted, they are like puppies pooping ... ;-)































Update (22.2.2014.):

here is a video of small robotic "ants" or "termites" building structures. If you combine these two technologies, some interesting synergies could emerge.


Fusematic 3d printer









From Fusematic page:
Meet the next generation of Maker’s Tool Works 3D printers. The Fusematic 3D printer is smaller, faster, and more affordable than the MendelMax 2, but made with the same commitment to quality that you have come to expect from MTW.
The Fusematic 3D printer was designed from the ground up for simplicity and reliability. A low part count, linear rails on all axes, and high-reliability electronics are just a few of the elements that set the Fusematic apart. And the electronics are all fully enclosed inside the base, making the Fusematic an excellent choice for schools and office environments.
Faster, Easier Assembly
The machined case with integrated assembly guides makes alignment easy.
Linear rails on all axes.
Preassembled print controller with a pre-configured downloadable firmware for nearly plug-and-play electronics
Keyed connectors prevent the most common electronic problems like shorts and assembly errors, and integrated fuses prevent serious damage in the event something still goes wrong.
Improved Design
The Fusematic 3D printer’s electronics are fully enclosed, which greatly reduces the possibility of injury or electrical malfunction.
The Bowden-style extruder makes the Fusematic 3D printer’s carriage lighter, giving better print quality at higher speeds.
Tuning and calibration is easy and requires no special skills.
The included RAMBo control electronics have nearly foolproof assembly and legendary reliability.
Transportable
A user-added printable handle can be attached to the top plate to make it as easy as possible to transport.
The electronics are fully enclosed within the base, so there are fewer loose wires to snag during transport.
Rugged steel and aluminum construction.
Technical Specifications
  • Stylish black and silver components.
  • Build area: 200 x 225 x 200 mm, 8 x 9 x 8 inches
  • Full size of machine: 300 x 410 x 400 mm
  • Layer height: User-selectable, 100 – 300 microns
  • Print volume: 9000 cc, 576 cubic inches
  • PLA only with base version. PLA, ABS, and experimental materials like nylon and polycarbonate with the optional heated bed
  • Shipping weight: Approximately 22 lbs
  • Made in the USA with US and imported parts.
Fusematic 3d printer is priced at 799 USD.

http://www.makerstoolworks.com/fusematic-3d-printer/













Spherebot - 3d printable xmas balls robot plotter

Christmas is coming you dusted off your xmas tree and decorated it: everybody try to make it different, buying new decorations and balls of different colors. Well, if you are looking for something original, think of making your personalized balls with drawings and writings at will.
Here comes this machine: a printer, or better to say a plotter, which will draw with a marker on spheres at will, derived from models transformed into G-code files. The machine is easily doable with a few 3D printable pieces


You can build it yourself:

.stl files at:

http://www.thingiverse.com/thing:201052

Detailed build instructions and code:

http://www.open-electronics.org/spherebot-reloaded-customize-your-xmas/

Marry Xmas people!!!! HO  HO HO!





Cartesio 3d printer

Cartesio is sturdy 3d printer / desktop cnc design by Jos Scheepers with aluminum frame that you can buy or build yourself. It comes in two sizes: bigger Cartesio W and smaller Cartesio M.

Cartesio W description from the project page, it is priced at 2099 euro (Cartesio M is priced at 1699 euro):
The CartesioW V0.9 has a massive build volume of 400x200x200mm and comes standard with a 3D print extruder and a large Heated buildplatform
If you want other tools (engravers, plotters,...), please select them in the Tools catagory.
The Lead time for this product is currently : 3-6 weeks after payment has been received
We can also assemble Cartesio for you.
  • Cartesio is a feature rich profesional CNC router.
  • It supports a wide range of tools ig. 3D-print extruder and engraver.
  • It is possible to print multiple colors, or materials.
  • unique features :
  • quiet printing
  • very rigid build platform which does not move in X,Y direction.
  • high precision GTM (gantry tool movement)
  • automatic printhead cleaning
  • large build volume of 400x200x200mm (X,Y,Z) M(edium)
  • printable upgrades
  • optional engraving tool with software speed control
  • CDC (cable drag chains) cable protection

other features:
  • stand alone printing
  • moveable, due to its rigid design
  • prints small and large detailed objects
  • prints rigid construction elements
  • high speed printing






http://reprap.org/wiki/Cartesio

Project homepage:

http://www.mauk.cc/

Cartesio wiki and building instructions:

http://www.mauk.cc/service.html

You can alos find them on Thingivers under:

http://www.thingiverse.com/jos/designs

http://www.thingiverse.com/thing:21664




CartesioW and smaller CartesioM comparison 

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