Showing posts with label USA. Show all posts
Showing posts with label USA. Show all posts

3D printed livable house or garden shed?

Alex Le Roux 3d printed what he calls a "first 3D printed livable house in the United States". I would say it's a garden shed. You decide.































It was done on a Vesta machine:





























Vesta concrete 3d printer costs USD 8,999.00 and has 10ft x 10ft x 10ft build volume.

Project blog:

http://concreteprinter.tumblr.com/

Vest printers homepage:

http://www.vestaprinter.com/

Industrial Size 3D Printed Wind Blade Mold

How big can you go with high-end industrial 3D printers? VERY big! Here is a wind blade mold for research in wind power.
The mold for making the blades is being printed using the Big Area Additive Manufacturing (BAAM) machine at the Manufacturing Demonstration Facility (MDF) at Oak Ridge National Laboratory. BAAM is 500 to 1,000 times faster and capable of printing polymer components 10 times larger than today’s industrial additive manufacturing machines. Since the molds will be used to create research blades measuring 13 meters (42 feet) in length, BAAM provides the necessary scale and foundation for this ground-breaking advancement in blade research and manufacturing.


Source:

http://energy.gov/eere/amo/articles/global-wind-day-2016-amo-s-role-applying-3d-printing-wind-blade-mold-manufacturing

Titan Robotics Atlas Large Format 3D printer is a BEAST!

Titan Robotics makes custom 3d printers as big as their customers want them.  They have presented their mighty Atlas large format printer that can make some serious FDM objects. I'm looking forward to see their next generation machines.

Technical specifications:

  • FDM 3D Printer
  • Standard Model-30x30x45 inch build space (762mm x 762mm x 1143mm) -$19,500
  • Atlas 2.0-36x36x48 inch build space (915mm x 915mm x 1220mm) -$24,000 
  • Moving table design
  • Precision machined steel frame
  • 32 Bit Smoothieboard 4X or 5x with ReprapDiscount Graphic LCD -8GB SD Card
  • Simplify 3D (software settings included)
  • 110V at 18amps or 220V Heated bed at 9 Amps
  • Prints most FDM style materials-ABS, PLA, PETG, Nylon, TPE Ninjaflex +many more
  • Driven by 16mm lead ground recirculating ball screws for virtually zero backlash
  • Size 15mm profiled linear rails and preloaded runner blocks
  • Stepper speed – Rapid travel up to 150mm/s 
  • Servo speed – Rapid Travel up to 600mm/s (highly recommended)
  • IGUS Cableflex cables and cable guides rated for minimum 2,000,000 Cycles
  • Bulldog XL extruder capable of using 3mm filament.
  • Hexagon hot end with a .7mm nozzle. (swappable from .4mm-1mm)
  • 350W or 450W Power supply
  • 2 Days of Installation labor is included as well warranty on all items deemed defective from 1 Year date of purchase
  • Unlimited free customer phone service
  • Full documentation with user manuals and electrical schematics are included with the purchase of a machine
  • Each machine can be adapted and custom made according to the customer’s specifications.
Pricing

Standard Model:
  • $19,500 – 30x30x45 inch build space (762mm x 762mm x 1143mm)
  • $24,000 – 36x36x48 inch build space (915mm x 915mm x 1220mm)
Optional Additions:
  • +$300 – Additional 25.4mm of stroke on each axis
  • +$5,000 – Yaskawa Closed loop AC Servo option
  • +$1,000 – Dual extruder
  • +$11,500 – 14GA Sheet metal enclosure with embedded heating system and PID Controller for ABS Prints


Here are they on CES 2016:





Here is the Atlas printing a coffee table:





Company homepage:

http://www.titan3drobotics.com/

Atlas 3d printer homepage:

http://www.titan3drobotics.com/products-services/the-atlas/


I like the raw industrial design. Simple and utilitarian. 

3D Printed Solar House or Hyped-up RV Trailer?

So, I've been seeing a lot of articles in the 3DPI blogosphere about this new amazing 3d printed solar micro-house developed by Oak Ridge National Laboratory and their AMIE project.





Now, what is exactly new here? All the technology is well known for decades and used extensively both by hobbyists, campers, RVers, off grid hippies and big companies ...

Did they just spend tons of tax payers money to create an RV trailer with some solar panels on it and battery powered golf cart? Maybe I just don't understand science ...

Sure, there is some nice futuristic design and a BIG 3d printer (cool toys) but is this really worth it?

























Solar panels on RV trailers? Its nothing new ...





Update:

I was not aware of this fact but it looks that this is the largest polymer 3d printed structure in the world. When you exclude cement paste 3d printed buildings (which are controversial) than this could truly be world's biggest 3d printed building or mobile house.


Converting an old toolbox into a DIY 3d printer

Chad Bridgewater is a maker that uses old machines and converts them into 3d printers and other digital fabrication devices. They have a great retro style. See his previous work here, it is a must-study if you are a fan of more rough and raw retro design. 

Now he is converting an old metal toolbox into a custom 3d printer. I really like the look and convergence of old and modern. The box he uses is a Huot toolbox that was once used as a "Blower Repair Kit", the toolbox has a fold-down front panel door.






























Here is a latest video presentation from video series showing each step of the process:



For detailed build log take a look at:

http://chadbridgewater.blogspot.com/2015/06/boca.html

Another great project Chad!

How stupid laws regulating 3D printing are ruining fun for everyone in California

Now this is just absurd and shows the sad state of affairs. Libraries are the key place where 3d printers should be accessible to everyone and now the LIABILITY and INFRINGEMENT protection are going to make them impossible to use.

From the source:
Here's a new bill in the California Assembly, AB-37*, which would require libraries that have 3D printers to post stupid signs warning people not to do nasty infringy things with those printers:
This bill would require every public library that provides public access to a 3D printer, as defined, to post a notice on or near the 3D printer that would alert users of the 3D printer of the potential liability of the user for misuse of the 3D printer, as specified.
This bill would require the Department of Justice to draft and distribute this notice, as specified, and annually review and revise the notice for accuracy. By imposing additional duties upon local officials, this bill would create a state-mandated local program.
In the actual text of the law, they're explicit about how it's about not infringing intellectual property:
The Department of Justice shall prepare and distribute to a public library that provides public access to a 3D printer a notice that would alert users of the 3D printer of the potential liability of the user for misuse of the 3D printer. The notice shall do all of the following:

(A) Provide citations to the applicable state and federal laws that may impose civil liability or criminal penalties for misuse of a 3D printer, including laws regarding copyright infringement and trademark and patent protection.
Source and more detailed information:

https://www.techdirt.com/articles/20150415/06143030661/california-bill-would-require-libraries-post-scary-warning-signs-not-to-do-infringy-stuff-with-3d-printers.shtml


EPIC FAIL CALIFORNIA ASSEMBLY! Get your act together! Stupidity of this is beyond description!

Let people create and make stuff without fear of prosecution!


How to research 3d printing patents

After a guide on how to copyright your 3d printed work here are few sources that shows you all the steps needed for patent research if you want to apply for your patent or protect your work from being patented by someone else (like a big corporation).
They cover mostly US Patents and Trademark Office but remember that patenting is big international issue.


Source, full size image and more info:

http://www.entrepreneur.com/article/244693

Here is the official guide by USPTO:

http://www.uspto.gov/products/library/ptdl/services/7_Step_US_Patent_Search_Strategy_Guide_2014.pdf

Here is video showing the main steps:



Retro designed 3d printer in post-WW2 table saw frame

I LOVE the design of this 3d printer made by Chad Bridgewater! It is a true piece of art! This custom combines modern technology and vintage design as he developed his 3d printer based on a frame of old post-WWII Craftsman table saw.  He re-purposed this two machines for his MFA thesis and he will aslo present old press drill turned int CNC mill.

Here is his NOS 3d printer in old table saw:




Kudos Chad! You Sir are a master craftsman!

You can see more details and much more pictures at his blog here:

http://chadbridgewater.blogspot.com/2015/03/nos-3d-printer.html

He also made a laser engraver in post-WW2 table saw:

http://chadbridgewater.blogspot.com/2015/03/nos-laser-engraver.html



Thanks for the tip Franklin Flood!

Here you can see hiss drill press upgraded into CNC router:

http://chadbridgewater.blogspot.com/2015/04/drill-press-turned-cnc-router.html

... and some photos from his MFA exhibition:

http://chadbridgewater.blogspot.com/2015/04/a-few-more-from-my-mfa-exhibition.html

Cool toolboxes!

Update:

Chad has a new project:

http://diy3dprinting.blogspot.com/2015/06/converting-old-toolbox-into-diy-3d.html



Mini Metal Maker is ready to go to production

Mini Metal Maker is a small metal clay 3d printer developed by David and Lindsay Hartkop. It extrudes special metal clay which is then air dried and fired in a kiln to get metal objects. Ideal for jewelry makers and other small fine metal specialists.
The first version of Mini Metal Maker had a very successful Indiegogo campaign in 2013. Now the new version if fully matured and is on Indiegogo again to move the production of the machines from their home to real factory..
They have developed it from a wooden proof-of-concept to a sturdy production-ready machine ready for this specific metal clay 3d printing market.

Technical specifications:
  • the print bed currently allows for prints up to a 3.15 in cube (8 x 8 x 8 cm)
  • XY resolution: 10 microns
  • Z resolution: 2 microns
  • Extrusion resolution: 250 micron traces with 22 ga. nozzle
  • 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 to 1550˚F(600˚C-900˚C) in a kiln, the binder burns away as the metal particles fuse together.
  • The Mini Metal Maker measures 9 in wide, 12 in deep, and 18 in tall (23 cm x 30 cm x 46 cm) 
  • Electronics / software: Arduino Duo with modified open source Sprinter firmware
  • USB port
  • Price: starting from 2100 USD on Indiegogo






















Bronze metal parts for ReRap Wades extruder












Here is a well produced presentation video:



Go and check their Indigogo campaign:

BuzzBox universal 3d printer enclosure

3D printing is in fast expansion, so the accessories makers are emerging to give your 3d printer new upgrades. BuzzBox is a 3d printer enclosure that will increase print quality and decrease harmful side-effects like fumes and noise.

BuzzBox 3d printer enclosure features:
  • Reduce or eliminate issues like warping, curling, cracking, noise, heat loss, or harmful fumes
  • Dimensions: 12″ x 16″ x 11″ (mostly small-er machines like Afinia-s...) 
  • Two tool holders
  • Carbon activated filter system (Lower and upper inlets)
  • Open source components (not the case itself, but various attachments) 
  • Easy swing door with magnetic latches
  • 3 filament spool holders
  • Filament guide rod
  • Rubber feet to reduce vibrations
  • Laser cut acrylic design for durability
  • Future versions will incorporate LED lighting and an active fan system with controller
  • Made in Jasper, Indiana, USA.
  • Price: $275 up to $500 depending of a version   







BuzzBox enclosure Kickstarter video presentation:

BuzzBox homepage:

http://buzzbox.apogeescience.com/

BuzzBox is on Kickstarter:

https://www.kickstarter.com/projects/729827674/buzzbox-3d-printer-enclosure

If you want to make your own enclosure from simple and cheap materials take a look at following projects:

http://diy3dprinting.blogspot.com/2014/03/low-cost-simple-3d-printer-enclosure.html

http://diy3dprinting.blogspot.com/2014/03/diy-3d-printer-enclosure-made-from-pir.html

http://diy3dprinting.blogspot.com/2014/03/diy-3d-printer-enclosure-made-from-wood.html

And here is a guide on how to CAD design and CNC cut the enclosure with step-by-step tutorial:

http://diy3dprinting.blogspot.com/2014/12/how-to-design-and-cnc-cut-wooden.html


Cre8tor Industries Inventor's Positioning Axis




Here is a new movement module in form of a Cre8tor Industries 13" or 21" linear rail guided positioning axis with only 2.5 microns backlash. It could be used in machine development and very likely in functional digital fabrication unit (CNC or 3d printer).


Technical specifications:
  • 13” or 21” travel
  • 2.5”x3”x22” outer dimension (as is, without motor)
  • ¼-20 threaded holes on a 1.5”x2” hole pattern, which matches three mounting locations along the axis
  • Can be used with Nema 17 or Nema 23 motor
  • Complementary hole pattern in three spots along the rail that can bolt to the puck
  • Inspected to be within 10 micron accuracy and 5 micron backlash
  • Compatible with Mach 3, Grbl, Sprinter, Marlin, and most all 3D printing software. (Anything exporting step and direction signals).
  • Price: current pricing options on Kickstarter range from $150 for the 13” and $205 for the 21” version

It is on Kickstarter now:

https://www.kickstarter.com/projects/721103934/inventors-positioning-axis-8-micron-accuracy

Company homepage (they are based in Portland, Oregon):

http://www.cre8torindustries.com/inventors-axis




This powered linear rail axis can be used in all dimensional configurations:



Schematics of the Inventor's Axis:





























DropLit sub $600 DLP 3d printer kit made by SeeMeCNC




Description with technical specifications from the DropLit page:
Meet DropLit™. Our next generation of 3D printers for makers/hackers/tinkerers. With our world famous laser-cut frames and stainless steel hardware this kit has all the quality people have come to know and trust with our other SeeMeCNC™ desktop 3D printers. Our aim in offering the DropLit™ is to provide a solid foundation for the rapid advancement of the next technological leap in desktop 3D printing. We have one of the most amazing and active communities out there when it comes to delta based 3D printers and look forward to contributing the knowledge that we've all gained and applying it to desktop resin printing.
Droplit™ is an open-source desktop resin based 3D printer *kit* that includes the mechanical parts needed to build and run the z stage. It does not include the projector, you will need to purchase and likely modify a projector separately. We do not provide the projector or any specific models to use, however you can visit our Forum for topics involving which models people have used and what modifications they have done.

Specs (Subject to change):
  • Build Diameter: appx. 3"
  • Max Build Height: appx 6"
  • Layer Height: User defined (avg. .050mm - .1 mm)
  • Power Supply: ATX PC style PSU (included)
  • Electronics: Ardunio UNO + GRBLShiled
  • Firmware: GRBL
  • The Z axis stage is driven by an M5-.8 screw and uses our own design of an anti-backlash nut and spring assembly to hold less than 5 micron accuracy. The nut design can be downloaded and printed here or found on our GitHub page for the DropLit™
We have tested the DropLit™ with a projector with the following specs:
  • 1024x768 or better native resolution
  • 17,000:1 contrast ratio
  • 3,000 Lumens output
  • DLP only, LCD will not work
  • Uses Osram 190w P-VIP lamp (removal of the UV filter required)

DropLit homepage:

http://seemecnc.com/products/droplit-diy-kit


University of Arizona students design and launch 3d printed rocket





Another example of how the space race will be won by young, innovators, DIY-rs and private companies with some help of 3d printing. Governments are slow and expensive.
This project was developed with help of Solid Concepts.

University of Arizona students create and successfully launch a rocket made up with several 3D printed parts. 3D printed circuit mounts, electronic housing boxes, booster fins, aft body structure and tailcone all contributed to creating a streamline model that caught big attention from aerospace companies and won awards.

Source article and more information:

http://blog.solidconcepts.com/industry-highlights/innovation-high-power-rocketry-using-3d-printing/

Group of students already made fully functional metal printed rocket engine suitable for much larger rockets:

http://diy3dprinting.blogspot.com/2013/10/students-developed-and-successfully.html



Parts printed in ULTEM thermoplastics. Temperatures of engine blast get up to 1500 C but the structure holds.


























Makrtoolbox Mk1 low cost open source 3d printer




The Mk1 3d printer is designed and built by father and son team: Earnie Garner and Earnie Garner Jr., who for the last ten years have owned and operated a local technology business in Wahpeton, North Dakota.
Technical specifications:
  • Build Volume: 6"x6"x6" (150mmx150mmx150mm)
  • Resolution: <50 microns (0.05mm) X/Y & 100 microns (0.1mm) Z
  • Nozzle Size: 0.3mm or 0.4mm
  • Hot End: J-Head ( easily replaceable, upgradeable)
  • Filament Diameter: 1.75mm
  • Materials: Tested with PLA and Nylon
  • Power: Includes 110v Power adapter. 12v 6amp
  • Controller: Ramps 1.4 board (Arduino based) 
  • Software: G-Code compatible (Using Marlin Firmware) / Free Open
  • Source programs like Repetier Host or Pronterface

It will be open sourced and all the data will be available at company page.

You can get it in kit form for $ 399 trough their Kickstarter campaign where you can also see video of it in action:

https://www.kickstarter.com/projects/1812501409/makrtoolbox-mk1-3d-printer

Company page:

http://makrtoolbox.com/





QU-BD One Up 200$ 3d printer from Arkansas


































QU-BD One Up is one of the most affordable 3d printers sold and DELIVERED. Maybe even the most affordable on with price of 199 $. It is produced by Quintessential Universal Building Device, Inc. from Little Rock, Arkansas.
It is an interesting little low cost device and I'll look into it more in the future.

One Up Specs :
  • Minimum Layer Height: 50 Microns (Lower is Better)
  • Frame Material: Black Melamine MDF
  • Max Travel: Approximately 100x100x125mm
  • Maximum Travel Speed: 150mm/s
  • Maximum Print Speed: 100mm/s
  • Bed Material: Melamine Faced MDF (or Basalt)
  • Heated Bed: No, electronics support it so it can be added later
  • Linear Motion Type: X/Y Belts and Linear Bearings | Z Precision ACME Screws / Linear Bearings
  • X-Motor: NEMA 17 Motors w/ Up To 16x Microstepping
  • Y-Motor: NEMA 17 Motors w/ Up To 16x Microstepping
  • Z-Motor: NEMA 17 Motors w/ Up To 16x Microstepping
  • Electronics: Printrboard Electronics
  • Firmware: Marlin
  • Extruder: anUBIS w/ PTFE Liner
  • Filament: 1.75mm PLA, HIPS, Carbon PLA, Laywood (with optional heated bed upgrade it gets support for ABS)
There is also a version in acrylic which is little bit more expensive.

QU-BD got almost half a million dollar of funding on their Kickstarter campaign (they asked only for ten thousand):

https://www.kickstarter.com/projects/qu-bd/qu-bd-one-up-open-source-production-ready-3d-print 




One Up homepage:

http://store.quintessentialuniversalbuildingdevice.com/product.php?id_product=144


QU-BD has wide variety of machines, one of the most interesting is this hybrid CNC with high power:

http://diy3dprinting.blogspot.com/2014/02/qu-bd-rpm-rapid-prototyping-mill-3d.html


FLX.ARM.S16 multitool low cost SCARA robot that can 3d print







FLX.ARM.S16 is industrial grade multitool SCARA motion robot that can 3d print, cnc mill, pick - place, dispense and probe.
This machine is industrial or laboratory grade tool priced at some 2000 USD which is in range of current DIY 3d printers. Similar tools at that market segment sell in 10-40 000 USD range. One can conclude that the quality is increasing, prices ar decreasing and more high-end equipment makers are going down into "prosumer" segment. This is also a part of digital fabrication and distributed manufacturing  trend where in near future you could see small robotic manufacturing cells in garages and micro companies.
It is made by Flux Integration LLC from Biddeford, Maine, USA.

Technical specifications:
  • Motion Control and Simulation: FLX.IDE
  • Motion Control Hardware Interface: FLX.CTL
  • Connectivity: Ethernet
  • Power: 100-120 VAC - 6 A 50/60 Hz or 200-240 VAC - 3 A 50/60 Hz
  • Motors: Hybrid Stepper
  • Reach: 16" [406.40 mm]
  • Shoulder Joint Range: +/- 180 degrees
  • Elbow Joint Range: +/- 155 degrees
  • Angular Speed: 360 degrees/s (1)
  • Linear Speed: ~ 3 ft/s [1 m/s] (1)
  • Repeatability: 0.001" [0.025 mm] (1)
  • Payload: 10 lbs [4.50 kg]
  • Material: Aluminum - Stainless Steel - UMHW - ABS
  • Weight: 15 lbs [6.80 kg]
  • Environmental IP50 Rating

http://www.fluxintegration.com/pages/flx-arm#specs


FLX.ARM.S16 robot

FLX.ARM.S16 replaceable tool heads

































Update:

Flux Integration has just successfully crowd-funded the low-cost version: the FLX.ARM.S16.Z8. They raised $82,905 out of $50,000 goal. I'm not sure what are the differences between models if any exist.

https://www.kickstarter.com/projects/535786699/flxarm-low-cost-precision-robotic-arm




Here are the technical specifications:




Here is the work area compared to other commercially available 3d printers:





Talk to lawyers about 3d printing and copyright




From video description:
Unless you've been living under a rock, you've undoubtedly come across countless articles discussing the potential for 3D printing to revolutionize product design and manufacturing. As with any new technology, however, existing laws, particularly copyright laws, are not always equipped to keep up with these advancements. This event will include a live demonstration of 3D printing and a discussion of its capabilities from David Struve of Struve Designs, an award-winning design firm. Lisa Moore and Elizabeth Wheeler of The Moore Firm, LLC will then discuss the many copyright issues that this technology raises and sort through whether these issues are likely to result in any real disruption of copyright-reliant industries.

Source: https://www.youtube.com/user/StateBarofGeorgia?feature=watch


OWL Nano stereolithographic 3d printer by Old World Labs







Technical Specifications:
  • Printing technology: Stereolithography (SLA)
  • Layer Resolution: .1 micron
  • Build Volume: 288 in3 (6L x 6W x 8H in) / 4,500,000 mm3 (150L x 150W x 200H mm)
  • Weight: 45 lbs
  • Power: 1.4 A, 120 V
  • Build Temperature: 72 – 77 F
  • Build Materials: Acrylate, Photopolymer Resin
  • Software: Netfabb, Marlin Filmare (included)
  • O.S. Compatibility: Mac, Windows, Linux
  • Price: 4900 USD
  • Manufactured in Hampton Roads, VA, the OWL Nano™ is constructed from industrial components. It is designed for easy transport with zero disruption to the printer’s resolution. Its size, aesthetics and quiet operation make it appropriate for almost any setting: in an office or lab, on a manufacturing floor or in a home environment.
  • Next-Generation Stereolythography: Stereolithographic printing is the gold standard in 3D printing. It’s a technique in which a laser beam is used to build up the computer-designed 3D structure, layer by layer, from a liquid polymer that hardens on contact with laser light.
  • Single strand laser beam, virtually no distortion: OWL Nano takes traditional stereolithography to a higher level. Unlike other stereolithographic printers, which bounce a laser beam off mirrors before reaching the voxel, the OWL Nano positions its laser source just centimeters from the voxel. This decreases beam distortion and allows the highly tuned, single strand laser to focus on an area as small as 1/10th of a micron.
  • Perpendicular printing: The OWL Nano’s laser maintains a perfect perpendicular position below the object it is forming, which creates a more balanced 3D print.

http://oldworldlabs.com/product/owl-nano/




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/













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