Showing posts with label mobile. Show all posts
Showing posts with label mobile. Show all posts

What if you could carry a small 3d printer everywhere?

What if you could carry your 3d printer with you as a small bag? What if 3d printers were everywhere? Researchers at HPI explored this possibility with actual hacked 3d printers and 3d printing pens to  test the implications on everyday life.
It would basically give you magic power to repair and replace everything on the spot with incredibly low cost. Sure, we are not there yet, but technologies and concepts are slowly converging to this point.

Here is a detailed talk by Thijs Roumen about the entire concept, the research conducted and the results:



Here is a video focused on the mobile printing process:




They used modified M3D machine which was cut down to more compact size of 9cm in hignt, equipped with a UDOO control PC computer, shoulder strap and a battery. I expect that someone will make simillar open sourced machine soon.


























HPI page about this project:

https://hpi.de/en/baudisch/projects/pervasive-fabrication.html

Detailed research paper in PDF:

https://hpi.de/fileadmin/user_upload/fachgebiete/baudisch/projects/Pervasive_Fabrication/2016_UIST_Mobile_Fabrication.pdf

Ultimaker Now Has a Mobile App

Ultimaker is joining a rank of major companies who have a mobile app for their 3d printer. It comes in iOS and Android variants but only supports basic setup, operations manual and help functions. There is no remote monitoring or control options but I have a feeling they will come in the future versions.



More information and download links:

https://ultimaker.com/en/stories/view/17510-announcing-the-free-ultimaker-app-available-for-ios-and-android

https://ultimaker.com/en/support/ultimaker-app


Skeleton 3D is new small, mobile and cheap RepRap

Skeleton 3D RepRap is a new small, simple and transportable DIY 3d printer that is cheap and easy to build.

Main characteristics of Skeleteon3D RepRap are:
  • tiny 
  • compact 280mm x 280mm x 290mm 
  • transportable (less than 0,5kg) 
  • good printing surface (100mm x 100mm x 100mm) 
  • inductive sensor for auto-level
  • easy maintenance 
  • easy to build 
  • inexpensive






























You can find all the files and build instructions here:

http://www.thingiverse.com/thing:560353

www.skeleton3d.fr


https://github.com/Catastropheee/Skeleton3D


Here is a video of Skeleton3D in action:





Mobile Fab bicycle recycling and 3d printing workstation from Taiwan

This would be my ideal work. Driving mobile bike workshop, interacting with people, taking their plastic garbage and printing stuff out of it ...

This Mobile Fab project was developed on Taiwan by FabCraft and they use recycled plastic cups as a main material...

http://www.fabraft.com/#!lab/cyok




Gear printed from recycled used plastic cups

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


B-Robot fully 3d printable self balancing robot




Fully 3d printable self balancing robot powered by with Arduino, controlled by smartphone via Wifi. Designed and made by Jose Julio.
GitHub B-robot repository with all files and code

https://github.com/jjulio/b-robot

Project homepage in Spanish:

http://cienciaycacharreo.blogspot.com.es/2013/10/b-robot-un-robot-equilibrista-impreso_28.html

Here is another 3d printable self balancing robot:

http://diy3dprinting.blogspot.com/2012/06/balancing-3d-printed-diy-robot.html


Jose Julio also developed very interesting computer vision guided AHRobot (air hockey robot):

http://diy3dprinting.blogspot.com/2014/02/diy-air-hockey-robot-from-3d-printer.html



By Flow 3d printer

By Flow is suitcase foldable 3d printer. Not much information is available ...






















http://3dbyflow.com/

It was listed as one of the 3d printers that inspired design of Mowi 3d printer, so I decided to note it here ... just in case it disappears from the web ...

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

Geoweaver walking hexabot 3d printer

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



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

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

From Instructables description:

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

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

Update:

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































Update (22.2.2014.):

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


Mobile phone 3d scanner application by ETH Zurich

Technology developed by ERH Zurich enables you to use your smartphone as 3d scanner. It is patent pending and not yet available for general public, but it shows a general direction of technology. There are probably development teams and investors crying now since it could make specialized hardware 3d scanners obsolete.




From source page:

Today the Computer Vision and Geometry Lab of the Swiss Federal Institute of Technology (ETH Zurich, Switzerland) announced on December 3, 2013 recent research results turning a normal smartphone into a mobile 3D scanner. 3D scanning aims to capture the geometry of the 3D world, however most existing solutions require a complicated setup, are often hard to use and might not always work outdoors. The technology was demonstrated publicly for the first time today at the International Conference on Computer Vision in Sydney, Australia.
Instead of taking a normal photograph, a user simply moves the phone around the object of interest and after a few motions, a 3D model appears on the screen. As the user keeps moving, additional images are recorded automatically and used to extend the 3D model. As all calculations are performed directly on the phone, the user gets immediate feedback and can select additional viewpoints to cover missing parts of the 3D model. This is an important advantage compared to solutions that batch process all the images in the cloud at a later time.
The app also makes it possible to visualize the state of the 3D scan from different viewing angles, allowing the user to cover all the areas of the object he is interested in. Having a solution on a mobile phone enables the acquisition of 3D scans on-the-fly anywhere. Our approach works in a wide variety of settings, including low-light conditions such as inside a museum. A user can capture a 3D model of a museum piece and interactively study it at home later. After reviewing the model, a user might decide to upload his 3D data to a cloud service to further refine the results.
By using the inertial sensors of the phone, the scanning process can be made simple, intuitive and robust. After the 3D capture is started, the system automatically determines the correct moments to extract camera images based on the user motion.
Contrary to image-only 3D capture solutions the app is able to determine the absolute size of the scanned 3D object, as well as the vertical direction. Because of the complexity of the calculations needed to reconstruct hundreds of thousands of points, the graphics co-processor (GPU) of the phone is used to enable a faster reconstruction and increase interactivity for the user.
The technology also allows the 3D capture of faces, giving a third dimension to portraits, profile pictures or images of loved ones.
Having a convenient way of getting 3D models of everyday objects, users will now be able to copy real-world objects by scanning a full 360 degree model of an object. The resulting 3D model can be used for visualization or augmented reality applications, or even be used for 3D printing, potentially at a remote location, effectively enabling the user to replicate an object.
The patent pending technology was developed exclusively by ETH Zurich and can run on a wide range of current smartphones.
Source:

http://cvg.ethz.ch/mobile/





DIY mobile phones projects with 3d printable casing

There are two simple projects: one is a simple candy bar style simple DIY cell phone and second one is a Tyfone smartphone.




From project site:
The DIY Cellphone is a working (albeit basic) cellphone that you can make yourself. It can make and receive phone calls and text messages, store names and phone numbers, and display the time. It builds on the hardware and software in the Arduino GSM Shield but extends it with a full interface, including display, buttons, speaker, microphone, etc. The source files for the cellphone are hosted on GitHub (hardware, software), which also includes an issue list where you can file bug reports or request enhancements.

Project site with detailed information:

http://web.media.mit.edu/~mellis/cellphone/index.html

Tyfone

You can build your smartphone on  Raspberry Pi named the Tyfone with custom Pythone based OS:

http://hackaday.io/project/5083-diy-smartphone

Here is a video of it in action:

Tobeca 3d printer

Tobeca is from France and it is suitcase foldable mobile 3d printer.


























Specifications translated from product site:
  • Comfortable: 200x200x220mm volume printing.
  • Quality: all parts have been chosen for their quality and durability. The printed parts are made ​​from PLA Faberdashery , considered the best plastic printing in Europe.
  • Easy to use: pre configured print profiles.
  • Tranportable: its integrated case and its rugged design can transport the Tobeca without needing to recalibrate.
  • Complete: the coil support is integrated into the Tobeca, no need for a dispenser next. The carriage includes a LED light to always see the work area.
  • Compact and quiet, it fits easily on a desktop.
  • Fast and accurate thanks to the mechanical components of quality prints (see Specifications for details).
  • Versatile: With a heating plate, it can print various materials such as bioplastics, nylon, hybrid plastic / wood ...
  • Quick and easy installation: less than 2 minutes to assemble or disassemble the Tobeca.
  • Customizable: choose from several colors for a printer that suits you.
  • Reactive support: email and forum, customized on request assistance.
  • Replicable: Because the project is open source under the GNU / GPL v3 license, you can repeat yourself all the parts.
  • Secure Protection of electrical parts and electronic printed with the housing.
  • For your budget: Available assembly kit or assembled and tested, with or without 1 year warranty.
  • Price: 699 € to 999 €


http://www.thingiverse.com/thing:147011

https://github.com/pyroboynroses/Tobeca

http://www.reprap-diffusion.fr/produits-2/tobeca/


R2B2 - 3d printed robot for cracking mobile phone PINs

Robotic Reconfigurable Button Basher (R2B2) is a robot designed to manually brute force PINs or other passwords via manual entry. R2B2 can operate on touch screens or physical buttons. R2B2 can also handle more esoteric lockscreen types such as pattern tracing. R2B2 can crack a stock Android 4 digit PIN exhaustively in 20 hours. Times for other devices vary depending on lockout policies and related defenses.
Built for under $200, using three $10 servomotors, a plastic stylus, an Arduino microcontroller, 3D-printed plastic parts created from a Makerbot 3D printer, and a five dollar webcam that tracks if the bot has successfully guessed the code.

The device can be controlled via USB, connecting to a Mac or Windows PC that runs a simple code-cracking program. The researchers plan to release parts lists, detailed build instructions, and STL files for 3D printed parts at the time of their Def Con talk.

Not all phones are as susceptible to the R2B2's cracking. Apple's iOS, for example, increases the time between PIN attempts after each incorrect guess. But there is only 30 seconds delay after every five wrong guesses in Android phone. At that rate, the robot can still guess five PINs every 35 seconds, or all 10,000 possibilities in 19 hours and 24 minutes, according to Forbes.





It is based on Delta Robot: http://www.thingiverse.com/thing:44235




























Via:

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