Formlabs has just rolled out their FORM 1 3d printer on Kickstarter. They have become fully funded in just 2.5 hours ($100,000 goal)! There are some exceptional differences in this machine compared to the typical FDM & DLP printers out there. This is SL based technology (stereolithography) using a $10 Blu-Ray laser (same as in hi-def DVD players) for photo exposure versus a $10,000 laser typically found in SLA machines. FORM 1 boasts build resolutions of 25 micron (.001") in Z & 300 micron (.012") feature details. Build envelop is listed at 125 x 125 x 160mm (4.9 x 4.9 x 6.5 inches). This is a substantial improvement over other desktop printers in its class. Although this price tier is sold out (higher priced tiers remain at time of this writing) the starting price for the machine was placed at $2,299. This project is exceptionally well put together & the machine looks to be at a considerably mature design stage. Formlabs states that they have built 7 generations of prototypes & a production run of alpha machines. They have developed their own software package for build setups & support generation which does not look to be opensource. No mention of future software/hardware support but the project is already a go so we'll see how the company & product develops. Exciting stuff, Love it!
This is the first company that I have seen so far that offer replacement parts to be 3D Printed by their consumers. This is an incredibly smart move as it takes away the need for them to warehouse and distribute replacement parts. It also means that their fans have an opportunity to modify and customize aspects of their synthesizers.
We work hard to make our OP-1 users happy with free OS updates and added functionality. But sometimes we fail. As some have noted, the shipping cost of the OP-1 accessories is very high. This is because we can't find a good delivery service for small items. Meanwhile, we have decided to put all CAD files of the parts in our library section for you to download. The files are provided in both STEP and STL format. Just download the files and 3D print as many as you want. Next fail is the OP-1 manual update. We are almost there...we promise it will be ready sometime next week. Thank you all for your patience, we promise to work even harder in the future to make you happy.
DUS, a Dutch architecture firm, unveiled their KamerMaker ("RoomBuilder"). It is the first mobile 3D printer with the capacity to print inhabitable pavilions. The technology is based on the Ultimaker printer (essentially RepRap) but can print as large as 2.2 x 2.2 x 3.5 meters. It is housed in a giant chrome box that looks as if aliens had plopped down & begun building homes for themselves. Although arguably not quite large enough yet to build a pavilion in a single go, it could certainly fabricate the pieces for onsite assembly. The idea is to implement a more local & adaptable design approach, reuse available materials, & offer mobile construction of emergency & temporary shelter.
Walter Schreppers has configured his Raspberry Pi with a web interface to control his RepRap 3D Printer, perhaps this could be used for Zach Hoeken's BotQueue to scale up DIY manufacturing to control an army of 3D Printers.
We are working on a series of videos featuring a few members of the Shapeways community showcasing their amazing work. We are so excited with some of the footage we could not help but share this one of the 'Crania Anatomica Filigre' Skull by Joshua Harker being cleaned, hot from the 3D Printer..... Take a look at this footage of the cleaning and keep an eye out for more videos of 3D Printing action...
The University of Twente have developedPwdr, an open source powder-based rapid prototyping machine. Its goal
is to promote experiments and innovations in powder-based
rapid-prototyping. The machine is ready to use both the 3DP as the SLS
process with minimal adaption, although the printer is currently prepped
A whole new range of materials become available for experimenting with
open-source rapid-prototyping; for example, when using the 3DP process:
gypsum, ceramics, concrete, sugar, etc (similar to zcorp). And when the SLS process is
fully supported, plastic materials like ABS, PP, Nylon and metals become
available as building material.
Could this be the first DIY desktop 3D Printer to support laser sintering as the BluePrinter is proposing with their Selective Heat Sintering, except with no reliance on the manufacturer dictating the cost of the material? This will make a massive change to the desktop 3D Printing ecosphere.
A Hewlett Packard inkjet cartridge is
used for the deposition of binder. The cartridge can be refilled with
custom binders using a syringe. A custom binder of 20% alcohol and 80%
water has been proven to work.
Things may start heating up now, even if we have not seen this machine in action yet...