Meet the new kid on the block. Hope you’re not intimidated by size…
Thinking big is kind of healthy, in the world of DIY creativity. And with this new offering from SF based Type A Machines, 3D printing just received a hefty size boost.
Keeping things on track for the budget conscious consumer, the Series 1 3D printer can be purchased for $1200 and will arrive fully assembled. That’s pretty good value for a device that is capable of speedy printing at high resolutions (0.3mm at high speed) and detail printing down to 50 microns. It’s also said to be super quiet, and the RepRap Arduino MEGA Pololu Shield (RAMPS) based system will happily respond to all your favourite software combinations to crunch your model data.
If you’re still not impressed, stop for a moment and think over what you can make with a 9 x 9 x 9 inch build volume. That’s 230 x 230 x 230mm! A whole 12.1 litres of 3D printed joy.
Perhaps it’s time to get a bigger desk…
Type A Machines via Hack a Day
Exo-Skeletons no longer mere sci-fi
In the realm of science fiction (Aliens, Halo, Iron Man, etc) exo-skeletal suits have long enabled humans to exert super human force and endure arduous conditions. But for Emma Lavelle, a young girl that was born with a condition called arthrogryposis – wearing a 3D printed external support structure is a reality to enable her to carry out everyday tasks that able bodied people would perhaps take for granted. (more…)
A 3D printer suitable for secret agents?
This is the first 3D printer I’d consider worthy of Ian Fleming’s Q character in the world of 007. The FoldaRap is a derivative of the RepRap project, the first to be a truely portable 3D printer. It is designed to fit within a tough travelling case. (more…)
FAB8 NZ | August 22-28, 2012 | Massey University in Wellington, NZ
The 8th annual international fab lab conference — FAB8NZ — is coming to Wellington, New Zealand this year!
The seven-day event (August 22-28) will be hosted by The College of Creative Arts at Massey University and The Affect Research Centre with support from the Massachusetts Institute of Technology (MIT).
A highlight of the event will be the one day Public Academic Symposium on Digital Fabrication held on August 27. The speaker list is still growing but the current agenda confirms Alica Jackson of DARPA, Vik Oliver of RepRap, and Wellington’s own David ten Have of Ponoko.
Conference tracks are divided into four categories: Practices/Operations, Processes/Tutorials, Projects/Research, and Energy/Environment. Expect to learn things like:
• how to start your own fab lab
• how to make a circuit board
• the environmental and social impact of local manufacture & DIY
• introducing Maker skills to grade school students
• how to build your own 3D printer
• a lot more stuff!
Early Bird registration prices range from NZ$50 for students to attend the Symposium on Digital Fabrication to an all-events 7 day pass for NZ$450. (That’s kiwi money folks.)
Register now at the lowest rates, and start planning your New Zealand vacation.
New developments from 3D printed porcelain pioneers
One year has gone by since we last checked in to see what Belgian design studio Unfold are up to, and it appears they have been busy indeed. Building on their expertise in 3d printed porcelain, the process continues to be refined, producing stunning results.
These intricate forms are printed on an open source RepRap that has been fitted out with a custom “Claystruder” printhead. This enables earthenware and porcelain ceramic objects to be printed instead of the usual ABS or PLA polymers.
“Instead of a mechanical plunger, you use timed pulses of air pressure to drive material out of the syringe.”
Going further than mere hardware modifications, Unfold have also been working on custom software called Gcode Stacker that converts their design files for printing. The end result? Finer control and results that would otherwise be difficult to achieve, even in the world of 3D printing. (more…)
Copying for art’s sake to encourage debate over copyrightWhisper Down the Lane concluded with a wrap up lecture just before the weekend, two days before its source exhibition – The Obstinate Object: Contemporary New Zealand Sculpture was due to finish, and while the last 3D printed piece was with the courier, hurriedly making its way down the country from the contributing RepRap machine.
Whisper Down The Lane is a referential art project by Bronwyn Holloway-Smith. It explores the ideas of digital fabrication with regard to copyright and reproduction issues in the world of art – a discussion that is very very slowly starting to creep out of the small tech-meets-art niche into the mainstream awareness.
Bronwyn’s project infiltrated Wellington City Gallery’s exhibition The Obstinate Object and sneakily positioned itself in a space of its own within the gallery rooms. The work is a series of 3D printed miniatures of The Obstinate Object exhibits, created with the agreement from the artists. While the 3D prints are clearly copied from specific art works, they are not intended to be exact replicas, nor are they all printed to the same scale. The miniatures are as much about communicating the digital fabrication process as they are about mimicking the general forms of the originals. The RepRap prints are constrained by the practicalities of the production method: size, material, colour and level of detail – elements that would be thoroughly considered in the original, full size works.The open source nature of the project is integral to the questions it raises – questions that we’ll be coming across more and more as digital fabrication becomes more commonplace.
One step closer to self-replicating machines
To many in the hobby 3d printing community, printed electronic circuitry is a kind of ‘holy grail’. RepRap advocate Rhys Jones is one of the pioneers of DIY printed circuits that’s been making serious progress on this front since we last checked in on him.
He’s modifidied his RepRap printer to have two print heads: one for plastic, and one for metal. The results of his latest update are shown above. He starts by printing the plastic substrate, with cavities for the components and the tracks. Components are then manually placed into their holes, before the metal tracks are printed in place.
This is still a work in progress but it is very encouraging to see hobbyists getting one step closer to self-replicating machines.
Another approach to 3D printed circuit building from Thingiverse
Thingiverse user CarryTheWhat has taken a novel approach to building simple electronic circuits with his solder-free 3D-printed circuit board library. The library includes battery holders and pegs for other components, a few different printed switches, and uses conductive thread to make the connections.
Being able to create simple circuits on a desktop 3D printer would be a great boon to hobbyists. (more…)
The $300 open hardware CNC machine is here. And it’s also a 3D printer!
Last summer, Edward Ford announced a Kickstarter campaign to support a project he had been coming back to for years: the most affordable desktop CNC machine ever, completely open hardware.
Edward’s project was over 700% funded, and he immediately set out improving his initial design. He also set up ShapeOko.com, and blogged about his progress along the way.
It’s been 8 months of late-nights in the garage, community feedback, sourcing woes, and huge support. And a few weeks ago the first batch of ShapeOko kits shipped out to his Kickstarter supporters.
ShapeOko looks a lot different these days than the previous laser-cut MDF machine holding a ballpoint pen. : )
It now features extruded aluminum rails from MakerSlide, custom laser-cut steel plates, and an 8″x8″ cutting area with a Z axis height of 3.5″
RepRap offshoot uses SLS to make wax positives for metal casting
Andreas Bastian has been making some fantastic progress on his DIY SLS printer.
The goal of this project is to provide a method for rapidly manufacturing complex pieces in metal by manufacturing a wax “positive” of the object, which is then used to make a mold for the lost wax casting process. Current metal rapid manufacturing techniques rely on high-power lasers, plasma jets, or electric arcs to sinter metal powder. This approach sidesteps the higher costs and dangers of these high-power systems in favor of a relatively low power laser-sintering technique.
Using a home-built laser sintering wax printer to cast complex metal pieces at home: the DIY-force is strong in this one! Now all he needs is a DIY microwave smelter.