Showing posts with label smartphone. Show all posts
Showing posts with label smartphone. Show all posts

Get 3D Printer Notifications on your Smartwatch via Octoprint and Telegram

Rene Jurack developed a simple tutorial on how you can get push notifications about your 3d print status to your smartwatch using the Octoprint and Telegram app.


You can see push notifications in action here on Apple Watch:



Complete setup tutorial can be found at project homepage:

http://well-engineered.net/index.php/en/58-push-notifications-from-your-3d-printer-with-octoprint-and-telegram



ONO Smartphone Illumination DLP 3D Printer

ONO is a novel approach to 3d printing and it uses your smartphone as a light source for curing of daylight resin. It should cost just 99$.
DLP 3d printers that use visible light from an LCD panels are getting more developed and should lower the price.


Here is Adafruit Industries talking with ONO crew about their machine:




ONO homepage:

http://www.ono3d.net/

PS: I'm not sure how do they expect that millennials give up their phones for the time needed to print something...



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


Free GCodeInfo app is a powerfull 3D print model analyzer for your Android smartphone

Mathias Dietz, well known 3d printing app develper has a new software release. It is a powerful model analysis tool for your Android device that will help you and calculate many parameters.

Here is more information from Mathias:

GCodeInfo App joins the family of the 3D Printing Apps GCodePrintr and GCodeSimulator.
It can analyze 3D print model files (gcode) and show detailed information like price, print time, etc.

The App can help you to answer these questions and much more:
  • How long will it take to print the object? 
  • What is the material cost of it? 
  • How can I optimize the print time of my 3D Model (where is the time spend)?
  • Whats the average print speed by layer?
It shows the following details of the 3D print model:
  • Cost / Price
  • Print Time
  • Length of Filament needed
  • Layer Height
  • Number of Layers
  • Average / Min print speed
  • Slowest/Fastest layer
  • Print Model Size
  • Print Mode Weight
  • Print Mode Mass
  • Snapshot image of the print model (2D top view)
  • 3D view of the print model
  • Temperature by layer chart 
  • Speed by layer chart
  • Print time by layer
The App is available in the Google Play Store for free:
https://play.google.com/store/apps/details?id=de.dietzm.gcodeinfo

More information about GcodeInfo, GCodePrintr and GCodeSimulator find here:



Give your 3d printer a failure sensing computer vision with Authentise

Authentise computer vision will give you automatic print failure or error sensing with a simple web camera and alert you on your phone. it follows your 3d print progress layer by layer and registers any deviation from the original file.


Just add a common web camera ...

You can sign-up for beta on: http://vision.authentise.com/

Here is a Athentise presentation video:



AstroPrint wireless 3D printing platform by 3Dagogo

From the people who brought you 3Dagogo comes AstroPrint wireless 3d printing control platform. They are on Kickstarter now and managed to get funded in on day.



You can see their full campaign here:

https://www.kickstarter.com/projects/306530051/astroprinttm-wireless-3d-printing-software

Here is the summary:
AstroPrint allows you to use any smartphone or tablet as a beautiful and effective 3D printer interface. In addition, we built it to reduce failed prints by offering cloud based slicing that gets smarter over time.
What is AstroPrint?
AstroPrint is a software platform that performs all the functions of your favorite printer controllers and slicers, but with some huge benefits:
  • Wireless Printing - your printer is now wifi enabled!
  • Access from Anywhere - print from your local network or the internet.
  • Beautiful Interface - UI design is incredibly important to us...
  • Cloud Slicing - updates and optimizations are automatic.
  • Slicing Intelligence - recommended settings improve over time.
  • Camera Support - live viewing online & auto updates via text or email.
  • Online File Storage - access your files anywhere, anytime.
  • No Maintenance - self updating.
The AstroPrint platform consists of two parts that operate seamlessly together:
The AstroBox™ allows you to connect to, and control, your 3D printer over wifi from phones, computers, and tablets. The AstroBox can be used standalone, or in conjunction with our free online cloud slicing and file storage services at AstroPrint.com.
AstroPrint.com slices, organizes, and stores your designs in the cloud. In addition, through AstroPrint.com, you can connect to your AstroBox to control your printer.
Who is it for?
  • Beginners to 3D Printing - AstroPrint makes your 3D printer a 1-click-print device. AstroPrint will automagically set the most ideal settings for each of your prints, reducing your failed prints. This is based on your printer and filament manufacturer's suggested settings as well as our expert experience.
  • 3D Printing Power-Users - Let's face it, sometimes you want to twerk every setting in Slic3r, but most of the time you want something super simple, right? AstroPrint has a simple interface, but gives you easy access to every advanced setting you could desire. Also, we organize your gcodes in relation to the STL's they were sliced from. This lets you print hassle free from anywhere, anytime.
How does it work?
Simply plug your printer's USB cable into the AstroBox, connect to the 'AstroBox Wifi' network, and the box does the rest.
Instead of using Repetier Host or Pronterface to control your printer, you can now use AstroPrint straight from your phone, tablet, or computer.
So, what if the internet goes down, you ask? No worries, the box creates its own local wifi network. Using this network you can still control your printer through the AstroBox! Also, your print will not fail because of internet issues. The AstroBox automatically stores your gcode. Once the print begins, it will not need any connection to the internet, wifi, tablet, computer, or phone to proceed normally through the printing process.

When connected to the internet, the AstroBox uses your free AstroPrint.com account to slice, store/retrieve, and organize your files.
The AstroBox can automatically create and manage this account for you, or you can link your box to an existing AstroPrint.com account if you have already created one.
Another great feature of AstroPrint.com is that you can connect to your AstroBox (and therefore, your printer) from anywhere you have internet access. This allows you to check up on your printer, see a live report of your print, start/stop print jobs, and more. If you have a camera installed you can even watch the print as it happens.























AstroPrint homepage: AstroPrint.com

Update (2.1.2015.):

AstroPrint is deveoped and fully functional remote 3d printer management software now. It is open source and runs on Rapberry Pi, you can conrole your machine via web interface and use cloud slicer or any of many many options.  Here is a review by Noe Ruiz of Adafruit:




You can also learn about it with full tutorial on Adafruit learning system:

https://learn.adafruit.com/astroprint-3d-printing


Case I Want custom 3d printed smartphone cases company from Poland





Case I Want is a browser based service from Poland to create your own, unique housing for your smartphone. They are also working on recyclable wood material for wooden cases. Looks like a interesting business model. Also, Poland seems to be full of 3d printing companies and DIY projects. Why is that? I will try to research it in the future ...
http://caseiwant.com/home/

Here is video from their crowdfunding campaign with more details but in Polish:



They are fundraising on Polish platform, go there and help them:

https://wspieram.to/caseiwant






























RepRap Phone Host 3d printing app is released into Windows mobile phone ecosystem




Bananna3d is 3D printing technologies company in Pretoria, South Africa run by Gerhard de Clercq and Pieter Scholz. They successfully developed Windows mobile phone 3d printing application.

From app description:
RepRap Phone Host is a Windows Phone 8 application that allows you to process and then ultimately 3D print STL format 3D models on your "RepRap" type 3D printer running "Repetier" firmware and in possession of a Bluetooth serial bridge.
It includes a STL and GCode render as well as our in-house developed "Bananna Chopper" slicing engine. As far as we know this is the first app the allows a model to be sliced on a smartphone.
To get the app up and running all you need is to add a Bluetooth serial bridge to your 3D printer (there is a tutorial on the RepRap site), pair with it in the Bluetooth menu and then just select it from the drop down menu inside the app and connect to it.
NOTE: This app requires a "RepRap" type printer with "Repetier" firmware and a Bluetooth serial bridge. As long as you have a "RepRap" type 3D printer you should be able to find information on how to load "Repetier" firmware on it as well as how to add a Bluetooth serial bridge.
This app has the ability to open .stl and .gcode files from email etc. as well as the ability to upload all internal STL and GCode files to your SkyDrive folders.

I have a feeling that Microsoft will react to this ... maybe buy it (them) ...

If you want it on your Windows phone here is the MS store link:

http://www.windowsphone.com/hr-hr/store/app/reprap-phone-host/eb5a6b64-2949-498d-8f16-f6394a5e759b

Company page:

http://www.bananna3d.com/

RepRap Phone Host page:

http://www.bananna3d.com/reprapphonehost.php

Here is the first post about this app when they were still just students and not a company:

http://diy3dprinting.blogspot.com/2013/10/two-students-develop-windows-phone-app.html



Print3r Android 3d print server by Terrawat Industries

Print3r is new android application that serves as 3d printing server on Android phones and tablets. Currently in Beta.

Print3r features:
  • 3D Print Server for Android OS
  • Supports Android Tablets and Handsets
  • Control 3D Print Jobs and Printer from:
  • Native Android Touch Screen
  • A Web Browser
  • Local and SD-card File Management
  • Upload Files via Web, Wifi, Bluetooth,
  • Supports Multiple Firmwares
  • OpenGL G-Code Viewer
  • E-mail and more
  • Many more features...
PRINT3R for Android is built from the ground up with the help of several carefully chosen open-source projects. The Web UI (pictured above) is based on OctoPrint. The OpenGL viewer (pictured above) is based on Rajawali for Android. Other helper projects include NanoHTTPDPooled for web services and Amarino-Embed, projects we maintain separately. More information can be found in the PRINT3R for Android 'Credits' screen and upcoming documentation.

GCode Simulator & Print software - controlling 3d printing on PC, Android or via Bluetooth

GCode Simulator is software package of several programs / apps that run on PC or Android device enabeling you to simulate G-Code 3d printing on your PC and on Android and giving you full control of compatible 3d printer in paid (1,99 €) version.
This is very useful since there is plenty of very affordable low cost Androide devices such as tablets that can provide you with powerful touch screen 3d printer controller.

GCode Simulator also supports wireless printing over Bluetooth. GCode Simulator & Printer can connect to Bluetooth enabled 3D printers. Any RepRap 3d printer based on RAMPS can easily be extended to support Bluetooth by connecting a JY-MCU Bluetooth serial  module.











Video of GCode simulator on PC making a 3d printing simulation:





Video of GCode simulator in Android environment:





Here is Steve Gerbers video of GCode Simulator running on ultra cheap Android tablet and working great with Cerberus delta printer:




For a full set of features and details visit GCode Simulator & Printer homepage

http://www.dietzm.de/gcodesim/





Update:

It has been updated and renamed:

http://diy3dprinting.blogspot.com/2014/01/gcodeprintr-v152-for-android-has-been.html

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/





3D Systems and Motorola partner on project Ara modular smartphone

Motorola (owned by Google) and 3D Systems partner up on modular 3d printed Ara smartphone. Idea behind it that you will able to make a custom smartphone with exchangeable and upgradeable modules.
Update: will not be 3d printed, look below for the link!




Here is a video on why it is not going to work:



http://motorola-blog.blogspot.jp/2013/10/goodbye-sticky-hello-ara.html

http://www.3dsystems.com/press-releases/3d-systems-and-motorola-partner-modular-custom-smartphone#.Up0F98TuJ8E


From 3d Systems page:
As part of this agreement, 3D Systems plans to substantially expand its multi-material printing capabilities including conductive and functional materials. The company also plans to combine additive and subtractive manufacturing methods, and deliver an integrated high-speed production platform. Pending successful completion of the development phase, 3D Systems is expected to manufacture 3D-printed Ara smartphone enclosures and modules as Motorola’s exclusive fulfillment partner.
Motorola and 3D Systems, the inventors of the cell phone and 3D printer, respectively, have previously partnered on the MAKEwithMOTO tour, a series of make-a-thons at the nation’s top engineering and design schools aimed at exploiting the power of open, hackable smartphone hardware and 3D printing to begin seeding an open hardware ecosystem.

























Update (11.4.2014.):

Here is video update on project Ara with more images:




Update 2:

Here is even more on project Ara





Update 3:

Here is the first prototype and hands.on with Ara smartphone:


Update 4:

Looks like the Ara will not be 3d printed. It is a setback for the entire 3d printing technology fied:

http://projectaraforum.com/blog/project-ara-modules-wont-use-3d-printers/


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:

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