Showing posts with label open source 3d printer. Show all posts
Showing posts with label open source 3d printer. Show all posts

Mamba3D printer by MyMatics from Netherlands




Mamba3D technical specifications:
  • Frame: Anodized aluminum
  • Extruder: All metal, temperatures up to 300 degrees Celcius
  • Build Volume (WxDxH): 200mm x 200mm x 200mm (7.87x7.87x7.87 inch)
  • Filament: 1.75mm
  • Layer Resolution: up to 50 microns
  • Speed: Print speed up to 150mm/s, Travel speed up to 300 mm/s
  • Nozzle: 0.4mm
  • Power: 110-240 VAC Power adapter
  • Software: Repetier Host with Slic3r implemented (Open source)
  • Firmware: Marlin

Mamba3D is on Kickstarter:
https://www.kickstarter.com/projects/mymatics/mamba3d-high-quality-open-source-3d-printer

Company homepage:
http://www.mymatics.com/








Ultimaker 2 and Ultimaker original Plus open source files available

Ultimaker 2 plans and files are now available on GitHub and YouImagine under open source licence if you want to build it yourself.

https://www.youmagine.com/designs/ultimaker-2-source-files

https://github.com/Ultimaker/Ultimaker2

Here is the news release from Ultimaker blog:

https://www.ultimaker.com/blogs/news/2014/03/28/ultimaker-s-open-sourcing-continues-ultimaker-2-source-files-now-online

Here are the files for Ultimaker original Plus and the heated bed upgrade:

https://github.com/Ultimaker/Ultimaker-Original-Plus

https://github.com/Ultimaker/HeatedBedUpgrade



Kiwi Remix Delta 3d printer

Another day, another printer. Kiwi Remix even has a wooden frame ... I like it!



























From Thingiverse description
3d Reprap Delta printer with a wooden frame, the frame can be produced on a CNC machine or laser cutter.
Technical specifications:
  • Uses 3mm threaded rod cut to size for the platform bolts, carriage bots and connector rods. 
  • 8mm smooth rod and LM8UU bearings, 3 per carriage for added stability. 
  • Z min probe for auto bed leveling 
  • Z min probe is activated by a servo mounted on the frame 
  • LCD control panel 
  • Tidy and compact 
  • Small foot print 
  • Heated bed to enable both ABS and PLA 
  • 170 x 170 x 170 (mm) print volume 
  • 3mm filament 
  • Handy reel holder
http://3dprinter.kiwi.nz/

All the files can be found at:

http://www.thingiverse.com/thing:274408 

3DPrintMi minimalist open frame style RepRap 3d printer







3DPrintMi combines the minimalistic, open frame style of the Printrbot/Wallace with the fixed Y Gantry system of the Mendel. The printed parts are designed to be produced rapidly, efficiently and assembled easily. A primary goal for this printer was to incorporate the maximum number of printed parts, thus enabling self replication. Built from the ground up, this Reprap requires very little tooling and does not need specially made parts (e.g. lasercut pieces) for it to function. It is also Gada Prize Bronze Medalist.

Technical specifications:
  • Printed Parts: 31-35
  • Non-Printed Parts: 279 - 281
  • Total Cost: $340 - $450
  • Material Cost:
  • Printed Parts: ?
  • Vitamins: $105 - $130
  • Electronics: $240 - $315
  • Printer Dimensions: 38cm x 43cm x 41cm (15" x 17" x 16")
  • Build Area: 152mm x 152mm x 200mm (6" x 6" x 8") or 200mm x 200x x 200mm (8" x 8" x 8")
  • Precision: ???
  • Accuracy: 0.15mm (current layer height tested)
  • Speed: 60mm/s perimeter, 120mm/s infill
  • Units of Measurement: Metric
  • In compliance with Vertical X Axis Standard, compatible with Mendel style X gantry
  • Fully printed Y carriage platform
  • Extruder mount compatible with Wade Extruder/Bowden or Direct Drive(QU-BD MBE)
  • Adjustable frame allows increased build volume (Working)
  • Fully parametric
  • 56% Plastic, 44% vitamins (Volume)
  • Estimated assembly time = 2 - 3 hours (excludes electronic/board assembly)
  • Estimated total print time of a printed set = 28+ hours
  • Estimated total plastic usage of a printed set = 370 cc @ 60% infill
  • Power requirement = 80W to 100W (Hotend @ 240C, Hotbed @ 95C)

Very detailed building guide:

http://www.instructables.com/id/3DPrintMi-Assembly-Guide/?ALLSTEPS

All the files, BOms etc.:

http://www.thingiverse.com/thing:95339

Project homepage:

http://gyroe3dprinter.blogspot.com/

http://reprap.org/wiki/3DPrintMi



Troublemaker Ultimaker 3D printer derivative from Slovenia

Another great project from Slovenia. It is much improved derivative 3d printer derived from original Ultimaker.



























http://www.thingiverse.com/thing:263814


Troublemaker is a derivative from the highly popular open-source 3D printer Ultimaker Original by active individuals of Drustvo Elektronikov Slovenije (hobby electronics society) designed for the members group 3D printer build lead by myself. With about 80 members very interested in having a 3D printer, we have incorporated modifications and improvements into a derivative design nicknamed Troublemaker.

The main differences from Ultimaker original are:
  • Improved enclosure design, allowing for easy heated chamber upgrade. The enclosure has been enlarged to house the bowden above print head, so only flat plexy pieces are needed to enclose it.
  • Added support to mount two extruders and reels for dual-print configuration.
  • Can support almost any printhead with a 3D printer mount, the main choice is E3D metal-only hotend, which performs very well with PLA and ABS. The use of EasyE3DMount design is suggested to mount it, the new version has magnetic mounted cooling fan for easy swapping of different fan duct designs and removing it.
  • Uses 3D printer electronics available at PlanetCNC, that is directly mounted into the front panel.
  • The design includes mostly widely available parts.
  • Belts and pulleys proposed for use are GT2, with PlanetCNC 3D printer carriage design, open belts can be used.
  • The print bead has been modified to use 3-point levelling and its sturdiness increased, however higher precision laser cutting is required for it.
  • PlanetCNC Extruder design uses a NEMA 17 stepper with planetary reductor, a more compact design compared to the original one.
  • Enclosure includes mounting holes for motor belt tensioner modification, Z switch adjustment modification.
  • Bottom side mounting holes for power supplies, stepper drivers.
  • Enclosure mounted mains IEC socket with a built in fuse and switch.
  • Mounting holes for cables.
  • Printers are fully stackable
The documentation includes:
  • Bill of materials 
  • Assembly instructions (Slovenian language only for now) 
  • Laser cut drawings

Here are other cool projects from Slovenia:

BotBQ open source barbecue extruder for your 3d printer

BotBQ is an open source barbecue extruder for your 3d printer.  It is basically big powered culinary syringe that extrudes meat into shapes.  

Here is how to assemble it guide video:




Here it is extruding some meat:



Interesting interview with its creator Jason Ray on 3digitalcooks:

http://3digitalcooks.com/2013/12/botbq-interview-jason-ray/

He is working on developing two models: home kitchen model and higher volume "prosumer" bigger grill model.




























BotBQ project homepage  with extensive information about it:

http://botbq.org/


3d printed burger from BotBQ on grill





RepRap Wilson 3d printer




RepRap Wilson is derivative from Josef Prusa's i3 with the following goals:

  1. Replace the waterjet metal frame / wooden box frame with an inexpensive and rigid frame made from standard 2020 Aluminum Extrusion.
  2. To make the build volume parametric (easy to scale up or down by 50%), with a parametric BOM tool (spreedsheet) to assist in part selection.
  3. To simplify construction of the printer by reducing vitamins and including detailed assembly steps as part of the design files. I've made an effort to reduce the number of unique parts (nuts & bolts) as much as possible. I've also incorporated single-piece Y ends that eliminate about 20 more hardware items.


GitHub repository for Wilson:

https://github.com/mjrice/wilson

RepRap wiki, includes assembly guide:

http://reprap.org/wiki/Wilson


mUVe open source low cost stereolithography 3d printer







mUVe epecifications:
  • Designed by Dean Piper 
  • The mUVe 1 is an open-source, low-cost stereo-lithographic 3D printer which uses 405nm UV laser to build parts' layers one at a time. 
  • No part costs more than $20 to make or replace, except the reservoir which costs around $50 pre-assembled with non-stick surface
  • uses any Arduino based controller as long as it supports the RepRap GCODE standards. It supports Marlin firmware and you have the ability to address a fan or other accessory through code
  • MicroRax frame making it modular and expandable
  • 8mm hardened steel linear rods and bearings for inexpensive smooth motion
  • build space: 145mm x 145mm x 185mm
  • Standard RepRap Electronics, Marlin firmware required so far. Standard Cartesian control system.
  • Laser Iris Diaphragm allows hugely scalable resolution, .1mm is tested and working.
  • 20mW laser is relatively low power and safer than some alternatives.
  • Replaceable non-stick coating on durable glass ensures long reservoir life.
  • Heated Reservoir
  • Outside dimensions: approx. 330mm x 330mm x 450mm or 12.75" x 12.75" X 18"
  • Priced at $1,699. Kit includes everything, the printer, 1 gallon of resin, laser cut case and tools

mUVe had a successful Indiegogo campaign: 



Project homepage:
































Update (20.3.2014.):


Here is mUVe at MRRF 2014:


FoldaRap folding open source 3d printer




Technical Specifications
  • Printed Parts: 21
  • Non-Printed Parts: 285 (including every bolts/nuts/washers/ferules/etc.)
  • Material Cost: ?
  • Cost: 600 €
  • Printing Size: 140mm x 140mm x 155mm (or 5.5"x5.5"x6.1")
  • Resolution : XY = 0.0125 mm ; Z = 0,00025 mm
  • Accuracy : 0.1mm (100 microns is the lowest layer height tested yet)
  • Speed: 75-500 mm/s (print-travel, max speed tested yet)
Special Features
  • Foldable !
  • Based on standard/cheap 20x20mm aluminium extrusion (with 6mm slot)
  • Easy to build, with few tools (the printed parts are based on a 20mm grid (for overall aesthetic and mostly to ease the design), are generally 3-4mm thick, and fit the beams in a way you have nothing to measure during the assembly
  • 1.75mm Direct Driven Bowden Extruder ; fixed on the x-axis for less hysteresis and higher z-print
  • Peltier Heatbed (fast heat-up) or cold-bed ala Ultimaker
  • Low energy consumption (40-110W)
  • Big Blue Power Switch (my favorite detail ^^)
  • Print volume 140 x 140 x ~150 mm (or ~3000 cm^3)
  • Footprint : 208 x 348 mm / Total volume : 335 x 348 x 318 mm (+21mm with the handle) / Folded and slided : about 335 x 376 (+21mm with the handle) x 98 mm / 3-4kg

http://reprap.org/wiki/FoldaRap

https://github.com/EmmanuelG/Foldarap

http://www.thingiverse.com/thing:15877




























For a different type of foldable 3d printer made from plywood, look at Mowi:

http://diy3dprinting.blogspot.com/2014/01/mowi-foldable-open-source-3d-printer.html

Foldarap 2 is under development:

FoldaRap 2 prototype


RepRap X2V3 3d printer with two independently moving extruders







RepRap X2V3 is the new generation of the RepRap X2 dual extruding 3D printers line. It features two independently moving extruders on X axis, so you can print in two different colors or types of filament (base and support material).

Hardware features:
  • Support independently moving X axis carriages for 2 extruders
  • Nozzle wiping / cleaning 
  • Frame modifications allowing X stage to move higher
  • Printing area casing
  • The hardware design is similar to RepRap X2 (that is based on SAE Prusa's Mendel), but X2V3 has to be slightly wider and therefore requires some of the metal rods to be longer (basically all the rods that are positioned horizontally).
Firmware features:
  • Dual X or Y drive machines support
  • Support for simultaneous duplicate or mirror printing
  • Filament compression compensation (experimental)
  • Various new and existent command improvements

Independently moving X axis carriages for each extruder hotend
Typical dual extruder machines have both hotends located on the same carriage. That design has several disadvantages like idle extruder leaking plastic or catching and knocking off the printed object. RepRap X2V3 has two hotend carriages driven by independent motors of X axis. While one hotend is printing the other one can be positioned it its docking space away from the "action". The independent drive also allows to utilize all the available platform space for the "follow-me" mode for printing two identical objects simultaneously. Each carriage has its own independently controled hotend fan.

Nozzle wiping/cleaning capabilities
The docking positions for hotends are at the ends of the X stage. The nozzles are cleaned when hotends are sliding over cleaning element on the way back to the printing area. The silicone tube piece with triangular cut on the side where nozzle slides over the tube to get cleaned is used on my machine. Mounting of other cleaning mechanisms can be easily achieved. This feature allows priming the extruders minimizing leakage and inconsistent startup of the extrusion when switching to the hotend being idle for a while.
Frame modifications allowing X stage to move higher
The triangular pieces of the frame (sides) are changed from being equilateral to get wider at the top. That allows X stage to move up all the way over Z threaded rods without being blocked by the frame structure. This adds 10-15mm to the height of the printing area without other dimensional changes of the machine.
0.35mm hotend nozzles
The 0.35 nozzles have been used on various RepRap machines for a while now. Switching to the smaller nozzle diameter allows slightly smaller detailers to be printed reliably.
Printing area casing
Printing area casing helps a lot to avoid heat dissipation from the heated printing bed and helps to keep heat from external source (I'm using 125Wt heat lamp) inside in the printing area. I've been using casing for a while now. Initially it was done from coagulated cardboard (that can be done for a typical Mendel machine under an hour). After it has proven to be useful the cardboard plates were swapped to acrylic for the RepRap X2V3 machine.
Motor fans
The 50mm fan mounts used on the RepRap X2V3 allow to attach fans easily to any of the machine motors. I'm currently using fans on the extruder and Y axis motors. The Y axis motor fan blows air away from the motor and out of the printer casing while the extruder fans blow onto the motors.

x2v3 homepage with in-depth descriptions of all components:

http://www.okob.net/projects/reprap_x2v3/

Thingiverse page with all the files:

http://www.thingiverse.com/thing:239745



Open source DIY metal 3d printer made with MIG welder




This is important step forward for the entire field: open source sub 1500 USD metal printer. It can be mad by anyone with some experience. It is based on static MIG welder and moving invert delta 3d printer platform as build bed.

Project was developed by Michigan Tech's Open Sustainability Technology Lab: Gerald C. Anzalone, Chenlong Zhang, Bas Wijnen, Paul G. Sanders and Joshua M. Pearce. Kudos to you gentlemen!


From project abstract:
Technical progress in the open-source self replicating rapid prototyper (RepRap) community has enabled a distributed form of additive manufacturing to expand rapidly using polymer-based materials. However, the lack of an open-source metal alternative and the high capital costs and slow throughput of proprietary commercialized metal 3-D printers has severely restricted their deployment. The applications of commercialized metal 3-D printers are limited to only rapid prototyping and expensive finished products. This severely restricts the access of the technology for small and medium enterprises, the developing world and for use in laboratories. This paper reports on the development of a <$2000 open-source metal 3-D printer. The metal 3-D printer is controlled with an open-source micro-controller and is a combination of a low-cost commercial gas-metal arc welder and a derivative of the Rostock, a deltabot RepRap. The bill of materials, electrical and mechanical design schematics, and basic construction and operating procedures are provided. A preliminary technical analysis of the properties of the 3-D printer and the resultant steel products are performed. The results of printing customized functional metal parts are discussed and conclusions are drawn about the potential for the technology and the future work necessary for the mass distribution of this technology.

Project homepage with detailed build instructions:

http://www.appropedia.org/Open-source_metal_3-D_printer

Academia paper on this printer:

https://www.academia.edu/5327317/A_Low-Cost_Open-Source_Metal_3-D_Printer

If you want to learn more about MIG (metal inert gas) welding:

http://en.wikipedia.org/wiki/Gas_metal_arc_welding

















































There is another welder based DIY metal 3d printer project with almost no documentation - The Chipfuzer:

http://diy3dprinting.blogspot.com/2013/11/chipfuzer-diy-3d-metal-printer-by-mark.html

Update (19.6.2014.):

New TIG welder based metal printer:

http://diy3dprinting.blogspot.com/2014/06/tig-welding-diy-metal-3d-printer-by.html

Mini Metal Maker DIY metal clay 3d printer




Mini Metal Maker is small DIY 3d printer that prints objects suitable for jewelry production, watchmaking and small gears modeling,  small pistons and generally small metal parts. It uses precious metal clay that needs to be put in a high temperature kiln in order to get into metallic form. it will not make "regular" sized hard metal parts. It is more oriented towards craftsman and artisans.

From the Mini Metal Maker page:
The impact


The Mini Metal Maker is a game-changer in the world of do-it-yourself 3-D printing. It gives engineers and designers a new tool for fabricating precision parts without expensive machinery or difficult manual processes. It puts a powerful new tool in the hands of artists and craftsmen for creating customized repeatable items in metal. It is also a valuable and accessible educational tool because it is low cost and small enough to be portable.

I've always dreamed of being able to print miniature parts and detailed sculptures directly in metal. To me, the Mini Metal Maker moves 3D printing from the land of plastic toys into the real world of arts, science, and engineering. I have had so much fun creating and using the Mini Metal Maker, and believe that you will too. 

Other Ways You Can Help

Your words are precious to us. If you can not contribute, or if you simply wish to help another way, please like us on Facebook, share our website with your friends, and spread the word about the Mini Metal Maker to anyone who might be interested.
FAQ
What is the Mini Metal Maker for?

The Mini Metal Maker is for printing custom jewelry such as rings and gem settings, sculptures, specialized machine parts, ornamental hardware, metal chains, or even special hardware such as miniature turbines or pistons.

Who will use the Mini Metal Maker?
The Mini Metal Maker is for anyone interested in creating small detailed metal objects. This includes the 3D Maker community and as jewelry artisans. The Mini Metal Maker is also a valuable tool for design engineers and machinists, who require small runs of specialized hardware for creating prototypes. The Mini Metal Maker adds new capability for the DIY inventor or artist by making fabrication in metal easy and direct.

What's the print bed size?
The print bed currently allows for prints up to 2.3 inches x 2.3 inches x 2.3 inches (6 cm x 6 cm x 6 cm) in size. The movement resolution is up to 1600 steps/mm.

How does the clay become metal?
The device prints with a commercially available jewelry product known as "metal clay." This material is a pre-mixed emulsion of metal particles in a water soluble organic binder. When heated in a kiln (600˚C-900˚C) the binder burns away as the metal particles fuse together.

Where can I buy materials for the printer?

I have been purchasing various metal clay materials online from Amazon and also through e-bay. The Mini Metal Maker requires the clay to be precisely mixed to a special consistency. I will provide pre-mixed syringes of clay along with the parts and software for the MiniMetalMaker.

Can I use it with other clays, or just metal clay?
The mini metal maker will work for most water soluble clay or ceramic type materials if the consistency of the material is properly mixed. Refining this mixing process for each of the available types of clay is an important part of the research and development we are currently completing. Since the device extrudes from commercially available syringes, it is entirely possible for users to develop their own clay blends. We will make pre-mixed clays of different varieties available for sale along with the Mini Metal Maker.

How big is the printer?

Our current printer measures 16 inches (41 cm) tall, 7 inches (18 cm) wide, and 12 inches (30 cm) deep. The new prototype will be slightly deeper in order to accommodate bed motion for two heads in place of just one.

Will it work with Windows 8? How about Macintosh?
Yes, and Yes. The core computer for the Mini Metal Maker is an Arduino Duo running modified Sprinter-based open source firmware. We are developing a cross-platform work environment for loading your objects into the printer.

Do you always need a computer to print?
No. It will be able to print directly from SD cards. Our current prototype requires a connection to a computer, but we are designing the production model to print directly from a compact flash chip that is inserted into the machine.

Does it work with a USB port?

Yes it does. It just has a standard printer-type USB cord that you could pull out of the back of your normal printer and connect to this printer.

Does it cause indoor air pollution or health problems for users?
No. The Mini Metal Maker does not cause any fumes or air pollution. The clay is water based and non-toxic, as its original purpose was for sculpting by hand. Also, the entire machine operates at room temperature because it does not have to melt plastic. You will need to purchase a small *kiln, however, in order to fire the objects.

*Kilns of any sort should be located in a well ventilated area away, often in a garage or a covered outdoor work area.
Mini Metal Maker homepage, detailed build files should be available there in the future:

http://www.minimetalmaker.com/

They had very successful Indiegogo campaign, hopefully they will release the plans as planed:

http://www.indiegogo.com/projects/minimetalmaker-a-small-3d-printer-that-fabricates-with-metal-clay



























Take a look at Newton 3d, printer based on same technology:

http://diy3dprinting.blogspot.com/2014/02/newton-3d-diy-metal-clay-3d-printer.html

Update:

In 2015 this printer has a finalized design and is ready to go to full production:

http://diy3dprinting.blogspot.com/2015/03/mini-metal-maker-is-ready-to-go-to.html

Mowi foldable open source 3d printer





Cool open source portable and foldable 3d printer made from lasercut plywood ...

From RepRap wiki description:
The Mowi Printer is a foldable 3d printer, folded flat it is small, but opened up it can print big and with two materials. It also has a display for standalone printing. The Mowi printer is still under development so expect the files to change. I also did some manual changes that are not reflected in the files yet.
At the moment there is no build manual yet. I hope there is enough information to get you started on building your own Mowi printer. In the Step Assembly on Github you can see how everything fits together. Let me know when you start building so we can work on the documentation together. You can post any issues on the github. All help in improving the design and/or the documentation is very very welcome.

Technical specifications:
  • Printing Size: 260mm x 200mm x 195mm
  • Folded size: 400mm x 330mm x 86mm
  • Printed Parts: 10
  • Lasercut parts: 21
  • Bought Parts: ???
  • Filament Size: 1.75mm
  • Electronics: RAMPS 1.4
  • Firmware: Marlin

https://github.com/Mowi/MowiPrinter

http://reprap.org/wiki/Mowi_printer

There is a video tutorial on how to build similar suitcase mobile 3d printer here:

http://diy3dprinting.blogspot.com/2012/08/how-to-build-portable-3d-printer-in.html




























If you want aluminum frame foldable printer, take a look at FoldaRap:

http://diy3dprinting.blogspot.com/2014/02/foldarap-folding-open-source-3d-printer.html

BI V2.0 self replicating high precision delta 3D printer



Another delta Kickstarter. BI v2.0 comes with some powerful features and affordable price.

From Kickstarter description:

The BI V2.0 capably produces very large 300 mm diameter X 300 mm height prints and features an amazing print quality (Be sure to read more about the definition of a true delta build volume below). Our design can support up to triple extrusion and can print virtually any 1.75 mm filament extruding at up to 240 degrees Celsius (PLA/ABS/Nylon etc.). The most unique aspect of the BI V2.0 is our innovative approach towards a self-replicating design which permits the simple creation of extremely precise movement. The end result: the highest standards of print quality. The self-replicating design of the BI V2.0 empowers you to create your own machine and share this technology with your family and friends. Once you receive the BI V2.0, you can print, improve upon and share components so that anyone can build their own printer at a very low cost.
http://www.kickstarter.com/projects/1784037324/bi-v20-a-self-replicating-high-precision-3d-printe

http://bootsindustries.com/shop/biv2/




Comparison table of BI v 2.0 vs. Deltaprintr whereby BI wins

BI v2.0 print results

Electromagnetic automatic leveling probe is standard in every unit





Update:

they started to release printer building files to Thingiverse:


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

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

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.

CNC CODE

5 axis cnc mill,5 axis cnc router,cad cnc,cc machine,cnc cutter machine,cnc cutting system,cnc definition,cnc equipment manufacturers,cnc fabrication,cnc lathe retrofit,cnc machine accessories,cnc machine automation,cnc machine business,cnc machine companies,cnc machine description,cnc machine maker,cnc machine news,cnc machine repair,cnc machine services,cnc machine shop,cnc machiner,cnc maching,cnc machining companies,cnc machining equipment,cnc machining parts

Labels

"7-Axis Robot" "Digital Fabrication" "Planar Polygons" "Rhino" "Rhinoscript" 2007. 2013 2014 2016 2d printing 2d to 3d 3-axis CNC 3-axis CNC Kit 30c3 3d capture 3d carving 3d cnc router 3d company 3d copy 3d display 3d drawing pen 3d model 3d piracy 3d print farms 3d print platform 3d print quality 3d printed 3d printed airoplane 3d printed airplane 3d printed buildings 3d printed car dashboard 3d printed car part 3d printed car parts 3d printed clothing 3d printed cyborg 3D Printed Figure Sculpture 3d printed food 3D Printed for in Ceramic 3d printed gun 3d printed machines 3d printed music instrument 3d printed music record 3d printed organs 3d printed parts 3D printed relief 3d printed rifle 3d printed robot 3d printed sensors 3d printed skateboard 3d printed toys 3d printed uav 3d printed vehicles 3d printed weapons 3d printer 3d printer accessory 3d printer crime 3d printer desk 3d printer eclosure 3d printer review 3d printer stand 3d printer table 3d printers comparison 3D printing 3d printing filament 3d printing in cement 3d printing materials 3d printing myths 3d printing on battery power 3d printing photographs 3D printing piracy 3D printing portraits 3d printing primer 3d printing systems 3d printing with carbon fiber 3d printing wood 3D printing ZBrush sculpts 3d printshow 3d puzzle 3d scanner 3d sensors 3d shaping cnc router 3d startup 3d systems 3d ui 3dea 3dMonstr 3doodler 3dPrinting 3dprintmi 3dprn 3dr 3dsimo 3ntr 4 Jaw Chuck 4-axis 4-axis CNC 4-axis cnc woodworking 4d printing 4th dimension 5 axis 5 axis cnc router china 5-axis 5-axis CNC 5-Axis CNC woodworking 5-axis router operating procedure 5d print d8 6 axis 7-axis robot 7512 abs abs juice acetal acetone acp cnc router acrylic acrylic board cut machine acrylic cut acrylic cutting activism adafruit Adafruit NeoPixel Strip adapto adobe advanced afinia africa Agilus Workcell Agilus Workcell Tutorial aio robotics air airbus aircraft airwolf3d alabaster aleph objects all-in-one aluhotendv4 aluminatus aluminum Amazon ampersand sign cutting AMRI amsterdam android animal antenna ao-101 app apple appropedia arburg archery Architectural Robotic Fabrication architecture architecutre hollow out. arduino Arduino Micro LED Arduino NeoPixels argentina armour arrow art artec artificial stone arxterra asia asiga astronomy atm australia austria Autodesk automation automotive b3 innovations baboi bacteria baddevices badprinter bag balance baluster process batteries beaglebone beams bebopr bed leveling bee Beer Caddies belgium Belle Kogan ben heck bendable bending bicycle big objects big printers bike biohacking bioprinter bitcoin blacksmith blade blade 1 blender blimp blind blizzident Block Delete blog blokify bluetooth board cut boeing bomb bone book Books boot Boring Cycle bottle bow bowden box bracets braille Bre Pettis bridging bronze brook drumm buccaneer build bukibot bukito bukobot burning man business busybotz buy china cnc router buy cnc router buy cnc router from china buy laser machine buy modillion carving machine buy router cnc bycicle parts cad calibration camera canada Canned Cycle canon car carbomorph carbon carbon fiber cardboard carmine cartesio cartouches carved architecture carving carving machine carving with gouges and rasps case cashier board cut casting Cathy Lewis cb printer ccc cell cellphone cellstruder central overhead elements. centrifuge cerajet ceramic ceramic tiles engraving cerberus CES ces 2012 CES 2013 ces 2014 ces 2015 cff chain maille chair chamber chart chefjet chemistry children china china cnc router china laser machine chipfuzer chocolate choose cnc router chopmeister chopper chris anderson Cincinnati circular platform clay clear figure sculpture clone closed loop cloud cnc CNC 4th axis CNC 5 Axis CNC Box CNC Coordintes CNC Corner Fix CNC cut acrylic figure sculpture CNC Cut Guitars cnc engraving machine. CNC Joints cnc mill CNC Rotary Axis cnc router cnc router aluminium cnc router art work cnc router copper cnc router cut acrylic cnc router factory cnc router foam cnc router importer CNC Router Kit cnc router manufacturer cnc router mdf cnc router modeling and prototyping cnc router mold cnc router packing CNC Router Parts Build CNC Router Parts Rotary Axis cnc router problem cnc router review cnc router type3 cnc router video cnc router work CNC routing file preparation CNC routing ZBrush CNC Tool Holders CNC Tools CNC walnut CNC Wood Joinery cnc wood router CNC Woodworking CNC Woodworking 5-axis Digital Fabrication Taubman College CNC Woodworking Sleigh Bed Digital Fabrication Tabuman College CNC-Woodworking co cody wilson coffee color changing filament colorfabb comic community company tour complex 3d print composite Composite Filament Fabrication concept concrete conductive ink consultancy Consumer Electronics Show contour crafting contouring Control control unit controller cool things to 3d print cooling copyright Corner Fix cosplay cost reduction cottle boards creaform creative commons Credit card fraud crime criminals croatia crowdfunding CT cube cubejet cubesat cubex cubify cubify invent cubify.com cups cura curaengine customized cut cut acrylic cutting cyberpunk Cycloidal Gyro Czech Republic d3d da vinci daily use dart gun data data matching tutorial data tree tutorial. dc motor decimation master deezmaker dell delta delta 3d printer delta forge deltaprintr demonstration denmark dental 3d printing desert design desktop 3d printing desktop cnc router desktop printer desktop production Developable Surfaces dglass 3d Digital Design digital fabrication Digital fabrication of figure sculpture Digital Fabrication Slip Casting digital figure sculpture Digital Portrait Sculpture Digital Sculpting Digital Sculpting Renders Digital Sculpting with Two Models Digital Woodworking dilbert disabled disney Display Conduit diy diy 3d metal printer diy 3d printing diy 3d printing companies diy science dlp dmls documentary double decker 3d printer Doubly Curved Surfaces dremel drill Drilling Cycle drivers DRM drone dual extruder dual extrusion duct tape duo e3d ecology economy edc education eff Egypt ejection electron beam electronics elon musk enclosure encryption energy generation engine Engraved Signs engraver engraving enrico dini environment envisiontec EOS epoxy EPS Foam EPS shaping ESA etching etsy euromold 2011 Euromold 2012 euromold 2013 euromold 2014 europe event eventorbot events evo exoskeleton experiment experimental 3d printing extended platform extruder eye glasses eyewear fabbot fablab fablab berlin fabtotum Face Grooving Cycle Facing Cycle fail fan fantasy figure Fanuc farm fashion Fasteners fdm Feed Rate felix festival fff fiberglass figulo. video Figure Sculpting in ZBrush figure sculpture in acrylic. filabot filaflex filament filament extruder filament winder filawinder Finishing Cycle finland fire firmware flexible flexible pla Flip cut flomio flower foam foam dart focus foldable food food safe foodini ford form 1 form 2 formlabs Formula foundry FRAC exhibition fractal frame framework France freed friction welding Front Drilling Cycle fuel3d fumes fun fundable furniture Furniture Design Future G Codes g-code G00 G01 G02 G02.1 G03.1 G07.1 G32 G33 G40 G41 G42 G70 G72 G73 G74 G75 G76 G77 G78 G79 G80 G83 G84 G85 G87 G88 G89 G90 G92 G94 gallium game gamechanger gaming Garage shop garage tool layout garden gartner ge gears geeks gemma geodesic geomagic germany gigabot github glass glass engraving cnc router glazing techniques glue gmax golemD google google glass gopro gpl granite Grasshopper Grasshopper attractor point Grasshopper data matching Grasshopper data trees Grasshopper Graph Mapper Grasshopper grids Grasshopper Image Sampler Grasshopper Light Painting Grasshopper Physics Simulation grasshopper planes tutorial Grasshopper tabs Grasshopper unroll tabs green guardian guerrilla gardening GUI guide Guitar Stand guitar stands gun magazines h-bot h480 Haas Vertical Mill hack hacking Hand carved rocking horse hand carving handheld handrail process haptic harvard Hass hbot hdpa health heat chamber heat gun heated 3d printing chamber heated build platform Helical Interpolation hexapod high strength HIPS history hollow out holograph Home Home CNC machine home manufacturing Home Shop CNC hot end hot glue Hot News hot to Hot-wire cutting hotend house household items how is china laser machine how is chinese cnc router how to HP humor huxley hybrid hype hyrel i2 i3 ice 3d printing idea lab ikea implant improv india indiegogo industrial industrial 3d printer infill infographic infrastructs injection molding ink inkjet 3d printer insects instructables instruction intel Intel Galileo intellectual property interior decoration interior decoration ceramic tiles interior design Interlocking Joint internet interview introduction to 3d printing Inventables ios ip ip rights ipad IR bed leveling irapid iron man Israel italy japan jet engine jewelry jinan laser jinan laser machine job jrx k8200 kai parthy kamermaker Kangaroo 2 Kangaroo 2 Catenary Kangaroo 2 Circle Pack Kangaroo 2 Planarize Kangaroo for Grasshopper Kangaroo Physics Kangaroo Tensile Forces kevlar key keyboard kickstarter kikai kinect kinetic sculpture kitchen cabinet process knife Korea kossel kossel air kraken Kuka PRC Kuka prc programming Kuka Robots KUKA|prc Kuka|prc sample l5 lamp large models large printer laser laser cut leather laser cutter laser cutting laser cutting foam laser cutting machine laser engraving machine laser machine laser machine sign laser machine video laser sintering lasercusing lasercut lasersaur latex lathe law lcd leap leapofrog leather led LED lights on figure sculpture leg lego lens lenticular printing letter cut letter cutting letter sign leveling leweb lewis LG liability library light bulb Light Painting Light Painting Stick limestone linear actuator Linear Bearings Linear Rails Linear Rails Upgrade link linux liquid Liquid Metal Jet Printing lisa lisa harouni lix lmd load bearing lock logo LOHAN london Longitudinal roughing cycle lost foam lost foam making lost foam mold making lost pla casting low cost low cost. LP lulzbot lumia lumifold lunavast lunchbox lyman lywood M Codes mach3 machine Machine Zero machinekit Machining machining wax madrid magazine magma magnetic filament magnets Mail (armour) maintenance make make magazine maker faire 2013 makeraser makerbot MakerBot Industries makerbotPLA MakerCon makerfaire makerfarm prusa makerslide makerware makible makibox making money with 3d printing maksim3d Malaysia mandel Manhattan manufacturer manufacturer video manufacturing map marble Mark Meier mark one mark34 market Marlin material materialise math plug-in mathematical object mathematics matsuura matterform Mazak mcor MDF Mebotics media medical applications of 3d printing medicine melamine mendel mendel90 mendelmax mendelmax 2 mesh related grasshopper plug-ins mesh related rhino plug-ins mesh repair for 3D printing meshes meshes in grasshopper meshes in rhino MeshUp metal 3d printing metal casting metal clay metal extruder metal filament metal hot end micro Microfactory microrax microscope microsoft MIG milestone military milkrap mill Milling mind interface mini cnc router miniFactory Mirror Image On / Off MIT mix MkMrA2 MkMrA2 shop mobile mobile 3d print control mobile factory moddler studios model quality modeling carving modification modillion carve modillion cnc router modillion engrave modillion engraving modillion machine modular mojo 3d printer mold molds molecule moon morgan mori motion motor motorola MRI mrrf MTU mug muli color multi color multi jet fusion multi materials multimod multiple guitar stands MULTIPLE REPETITIVE CYCLE Multiple Thread Cutting Cycle multitool museum music n nano nanobots nanoparticles NASA natural machines nature nerf gun nesting Netherlands new diy 3d printer new valence robotics new york newel post produce news newzealand cnc router nfc ninjaflex noisebridge nokia non cartesian Norway nozzle number cutting NV nyc nylon object Objet Objet Connex 500 octo extruder off topic office sign Offset Okuma Onsrud 5-axis router open sls open source open source 3d printer open source hardware openRail OpenSCAD optics optomec ordsolutions organic organic printing organovo orion ornament ornithopter os OS X otherfab othermachine othermill outdoor outdoor advertising p2p pandabot Panel Keys paper paper cut parametric parametric object by function parc Part Program partitioning partners past paste patent pbs pc pcb pcb milling Peck Drilling Cycle PEEK pellet pen people personal pet pet+ pets phantom desktop philips phoenix phone photo Photoformance photography photoshop pick and place pico piracy piratebay pirx PLA pla/pha plane components in grasshopper plant plasma cutter plastic mold plastic welding plasticine Plastics Plastics Overview play-doh plexy plotter plywood pocket poland polar polishing polyamide polycarbonate polyjet polypropylene polystyrene shaping polyurethane pongsat pop culture popfab porcelain poro-lay portabee portable 3d printer portable device portrait portrait sculpt portugal powder 3d printing power power supply precission cutter presentation preview price princeton print bed printhead Printrbot printrbot jr printxel problem problemsolving process products Profile turning Programmed Data Setting G10 project biped projet promotion prosthetic prosumer protoforge prototype prusa prusa i4 Publishing and Printing pump purse puzzle pva pvc pipes pwdr pypy python qr qu-bd quad extruder quadcopter quantum ord bot r360 Ra Ra radiant radio rail RAMBo RAMBo 1.2 ramps rapide raspberry pi re3d Recap recording Recreus recycling reddit relief sculpture repair repetier replacement part replacement parts replicator replicator2 reprap reprap wally reprappro repstrap resin retraction retro review RFID Rhino rhino math Rhino math plug-in Rhino meshes Rhino Nesting Grasshopper Sectioning Layout Rhino Python Rhino Python Scripting Rhino Python User Interface Rhino UI Rhino Unroll Rhino UnrollSrf Rhinoscript Rhombic Triacontahedron Fabrication; CNC Woodworking; 5-axis CNC richrap rings risk robo 3d robohand robot Robot Motion Study Robot Programming setup Robotic Digital Fabrication Robotic Light Paint Robotic Light Painting Robotic Motion Analysis robotic painting with light robots robox rocket rocking horse carved by hand ROFI rolls royce rostock rostock max rotary Rotating Model Stand Rotite rotomaak router rubber rubber band ruled surfaces russia safety sailplane Sainsmart sale samsung sand sand casting sander Sandvik Sanjay Mortimer satellite SAV scam scara school sciaky science screw sculpteo Sculpture Pedestals sea sectioning security sedgwick seed seemecnc selective laser sintering self assembly. sense sensor sensprout service servo setup KUKA|prc tutorial seuffer sf shandong laser Shapeoko shapeshop shapeways shapeways 3d printing sharing ship shoes shop Shop Built Side Table sieg siemens sign sign cut sign laser machine signage signature signing silicon silicone silk silver simpson Singapore single arm 3d printer singularity sintering Six-N-Sticks Skanect skimmer skull skylar tibbids sla slashdot slate slic3r slicer slip casting Slip Casting 3D Printed Objects slotted Slovenia sls smartphone smartrap Smoothieboard smoothing sneakey snowflake soapstone software soild concepts solar solder solid concepts solidator solidoodle solidoodle 2 solidoodle 4 solidus labs solution sony sound south africa space spaceX Spain spark speakers Spectrometer speed spider spin casting Spindle spoolhead sport spray 3d printing square carved rosettes Stack Lamination stair machine stair parts stair parts equipment stair parts processing stairparts machine Stamps School of Art & Design stanford star trek startups steampunk steel stepper stereolithography steve purdham stone stone carving store stratasys strength strong stuck students styrofoam block shaping styrofoam shaping subdivision mesh SubProgram success story sugar sugru suitcase sun Super Matter Tools support material surface surgery suspended deposition sweden swisspen Switzerland syringe table numbers cutting tablet tabletop tactile taiwan talk tangibot tantillus Tapping Cycle tattoo Taubman Colledge Taubman College Taubman college Agilus Workcell Taubman College FabLab taz 2 taz 3 taz 4 TED ted talks telescope temperature temperature measurement test testing textile the pirate bay theta thingiverse Thread threeform tiertime TIG tiger maple Tips Tips and Techniques titanium tool tool chain Tool Data Tool Nose Radius Compensation tools torrent Torus Knot Torus Knot Table touch touch x toy toyota TPE Transverse Cut-Off Cycle G75 trident trinitylabs trinityone trinket tu wien Turning turpentine tutorial tv Twist Table two color 3d printing type a machines Types of Plastic uav uformia UK ultem 2300 UltiController ultimaker ultimaker 2 ultimaker 3 ultrasonic unboxing university university of sauthampton unrolling up mini up plus 2 upgrade urethane USA usb user interface using a router to produce a ZBrush model using china cnc router uv 3d printing v-slot vader vapor velleman veterinary video vietnam viki lcd virtual reality virus visualization volumental voronator voronoi meshes voxeljet VR Vulture 2 vw Wallace Detroit Guitars wally Walnut Table wanhao warping wasp wasp 3d printer waste watch water water cooling wax way finding sign WCC CNC WCC NCT weapon wearable weaverbird web web app web interface wedding sign cutting wedding sign decoration cutting weistek Welding West Huron Sculptors what cnc router can do whiteant wideboy wifi wikiwep wind generator windows windows 8.1 Windows Keyboard Shortcuts windows mobile phone wire wire bender wired wireless 3d printing wobbleworks wood wood carving wood engraving wood frame 3d printer Wood Information Wood Joint Fabrication wood portrait Wood Species woodworking workflow working with planes in kuka|prc workspace x winder xeed xmass xt xyzprinting yale yeggi youth z axis zach hoeken ZBrush Basics ZBrush Decimation Master ZBrush Figure Sculpture ZBrush for Rhino users ZBrush Import and Export to and from Rhino ZBrush Portrait Sculpting ZBrush sculpting tutorial ZBrush Shaders Test ZBrush ZRemesher zeus zmorph zortrax китайский фрезерный станок с чпу фрезерный станок с чпу