Showing posts with label 3D printer. Show all posts
Showing posts with label 3D printer. Show all posts

Friday, May 1, 2015

Transform any drawings, photos and sketches into 3d printable files with MakerBot’s Shape Maker Tool

Transform any drawings, photos and sketches into 3d printable files with MakerBot’s Shape Maker Tool
MakerBot introduced a new iPad app alias Shape Maker tool that is an upgraded part of the MakerBot’s free PrintShop App. By applying this newest 3d modeling app, the users will be able to transform their drawings, photos, sketches as well as screen captures into the 3d printable files.

With the in-built camera of the app, the users can snap a photograph from any drawing or sketch (the drawing or sketch must be bold with higher resolution). As soon as the photograph is taken, the users can use the option to extrude the shape according to their preferred depth.

This new 3d design tool will facilitate the users to produce 3d designs out of any 2d drawing easily and make them 3d printable.

This 3d printing app will be a great resource for classrooms which apply a 3D printer as part of their STEM curriculum.

The new Shape Maker Tool is accessible in iTunes for download on iPad.

The users can download it from MakerBot.com/PrintShop

Watch the following online demo of this newly launched 3d design tool.


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Published By
Rajib Dey
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Wednesday, March 25, 2015

BetaBox – a mobile prototyping lab packed with various design tools

BetaBox – a mobile prototyping lab packed with various design tools
Betaversity recently launched BetaBox, a mobile prototyping lab, loaded with rapid prototyping tools like 3D printers, laser cutters, scanners, design equipment as well as speed of though materials all inside a 25-foot-long shipping container.

Blake Marggraff, a Washington University at St. Louis biology student, together his two partners has developed BetaBox.

BetaBox is just like a portable makerspace useful for a K12 school, a university, or a company to get streamlined solution for rapid prototyping toward the classes, events, conferences, and community outreach projects.

With BetaBox, one can just explore and transform any design ideas into reality with the help of dedicated professionals through most updated micro-manufacturing and design technologies.

BetaBox Units consist of the following :
  • PrintrBot 3D Printer
  • Speed of Thought Materials
  • 3D System 3D Scanner
  • FDM 3D Printer
  • Leap Motion Technology
  • Touchscreen Interface Technology
  • Whiteboards
  • Rasperry Pi
  • 3d Doodler
  • Arduino set
  • Solidworks 3d Modeling Software
  • Adobe Creative Suite
  • Soldering station
  • Power Tools
  • Chromecast
  • Wacom tablets
The above tools and technologies facilitate the students to use their knowledge which they acquired in the classroom in practical environment.

BetaBox is accessible for rent with a variety of funding options.
For more information visit, betaversity.com/betabox


Betaversity recently launched BetaBox, a mobile prototyping lab, loaded with rapid prototyping tools like 3D printers, laser cutters, scanners, design equipment as well as speed of though materials all inside a 25-foot-long shipping container.
Image Courtesy: betaversity.com

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Published By
Rajib Dey
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Thursday, January 1, 2015

Digital modeling programs & new open source tools are streamlining 3d printing process

Hello I am Claudio Cosentino, I am a production designer, a professor of Scenography at the Academy of Fine Arts of Catanzaro.

In an age where it is increasingly necessary to use digital modeling programs, and new open source tools are developed ever faster, the 3D modeling also invades other sectors in addition to those of the graphics, such as industrial, medical, building and space, through the use of 3D printers. Natural evolution of printing in two dimensions, 3D printing allows you to have a real reproduction of a digital model, created with a 3D modeling software.

Digital modeling programs and new open source tools are streamlining 3d printing process

scenography created by art director Marco Trentini for the film "The Decameron" directorDavid Leland 2005

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

model 3d whit Sketchup 8. by Paolo Daniele. student of 3rd year of Production Design. Academy of Fine Arts of Catanzaro, Italy.

we started a few years ago, the courses in 3d with the use of sketchup. so in addition to modeling, rendering and animation, we became interested in 3D printing, producing a plugin stl files, compatible with a 3D printer trade. This process for the preparation of files, we realized that: the way we design our models in sketchup had to follow the strict rules imposed by 3d printing. do not let double lines, no double intersected faces that are not continuous and connected between them. and a great cleaning of the models, very often all this attention is not enough, how do we know where we have made a mistake? Fortunately for us, helps us a very interesting plugin, which saves us a lot of time to research the error. but the most important thing is to acquire a new design method with sketchup, with models that do not have to submit internal faces hidden, or lines in excess beyond that necessary, and all models must have filled the voids and coincident, in the end you have to consider that the molded object must be closed, like a box, that is, must have a minimum thickness, that the printer interprets as a part to be printed to give a real thickness.
To get our solid printable, consider a design method different from the traditional modeling, through these simple steps:
  • Make sure that the 3D model that has no point or line unrelated to his geometry.
  • Combine and intersect any faces or lines for the purpose of cleaning the model.
  • The correct model for any errors will be recognized as solid from SketchUp plugin and software slicing needed for 3D printing.
  • Check that the model is internally empty, uniform and closed, their faces clear turned outward.
  • Install within Sketchup plugins needed for export .stl format recognizable by other printing software.
Here are some examples for the creation of a solid:
A plugin that helps a lot to detect problems inside and outside of the solid is "Solid Inspector." by ThomThom
You can download the plugin at this link. http://extensions.sketchup.com/it/content/solid-inspector

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

in case of errors you will notice a red circle on the element to be corrected.

After checking that all the faces are closed and there are no errors proceed exporting the model in STL format

Digital modeling programs and new open source tools are streamlining 3d printing process

(SketchUp STL)

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

If you have been working properly, the model will be suitable to be printed in any program slicing and 3D printing, then opening it in other programs there will be no negative checkmarks or errors.

Digital modeling programs and new open source tools are streamlining 3d printing process

The end result is considerable comparing it with the digital model

Digital modeling programs and new open source tools are streamlining 3d printing process

3d printing made by the student Vitaliano Gallo 3nd year of the school of scenography Academy of Fine Arts of Catanzaro.

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

for printing the models must consider that the plate of our 3d printer may contain a model of 20 centimeters x 20 centimeters. then in the planning stage with sketchup must make the pieces that do not exceed these measures, then you can pasting or predispose before with the slots suitable for assembly.

for printing of the models must consider that the plate of our 3d printer may contain a model of 20 centimeters x 20 centimeters. then in the planning stage with sketchup must make the pieces that do not exceed these measures, then you can pasting or predispose before with the slots suitable for assembly.

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

model 3d whit Sketchup 8. by Paolo Daniele. student of 3rd year of Production Design. Academy of Fine Arts of Catanzaro, Italy.

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

example print medium resolution 3d printing times are acceptable

Digital modeling programs and new open source tools are streamlining 3d printing process

all these pieces will be printed individually and then hand assembled.

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

example Print Low Resolution 3d printing times are much faster.

Digital modeling programs and new open source tools are streamlining 3d printing process

Digital modeling programs and new open source tools are streamlining 3d printing process

if you do not need many details on your model you can use a print with a detail very low, with a significant printing speed, useful for example for testing.

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Published By
Rajib Dey
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Wednesday, November 5, 2014

How drones, digital photogrammetry & 3d printing technology can streamline the surveying process

Recently some significant changes are taken place in geological surveys with the introduction of drones and Digital photogrammetry that can substitute the old manual process of 2d mapping with 3d printed models. Thus photogrammetry can automate the surveying process by producing complicated, 3D models.

Digital photogrammetry is the system of taking dimensions from digital photographs by applying remote sensing and speedy imaging to record exact positions of surface points in 2D and 3D precisely.

Drones provide immense benefits for obtaining data from regions (rocky cliffs) that are usually very tough for surveyors. Drones facilitate the surveyors to generate numerous points in quickest possible time.

digital photogrammetry and 3d printing technology

Drones Imaging utilizes PhotoScan photogrammetry software to create the 3D models out of the images and data its drones produce. The images are formed with .obj format. The next level of exactitude entails 3DReshaper, which can fine-tune the 3D models and make them ready for printing.

Recently 3D printing has evolved in such a way that it can now be applied in line with digital photogrammetry and 3D modeling to create 3D printed models of the correlated data. Some leading 3d modeling programs like Sketchup comes up efficiently in transforming 2D- and 3D-survey data into functional 3D models. The advanced 3D printed is the part and parcel of this avant-garde process.

digital photogrammetry and 3d printing technology

It is expected tha the 3D printing technology will advance at an alarming rate in near future and Drones Imagining can bring superior 3D printed models that will keep the accuracy of the present, smaller-scale ones.

digital photogrammetry and 3d printing technology

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Published By
Rajib Dey
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Monday, November 3, 2014

Explore with various 3d modeling technologies & DIY activities with Delaware Libraries Inspiration Space

The Delaware Division of Libraries declares the availability of Delaware Libraries Inspiration Space.

The Delaware Division of Libraries is a state based agency that proposes free access to the online catalog; Wi-Fi; computers/internet; eBooks, programs/classes, community partnerships, and lots other for Delawareans.

Delaware Libraries Inspiration Space is an informal community learning environment as well as mini-makerspaces for all Delawareans. It is a collective, imaginative space where people can explore various technologies and DIY activities. Besides, it also provides the career opportunities facilitating Delawareans to get a job in the market.

Explore with various 3d modeling technologies

Inspiration Space services can be accessed at all libraries all through the Delaware; the leading three locations are the Wilmington, Dover, and Georgetown public libraries. All public libraries consist of laptops with 3D modeling, design, and coding software as well as programs on Coding, Digital Photography and MinecraftEdu. Till now seven libraries possess 3D printers, green screens, and design software: Dover, Georgetown, Laurel, Lewes, Milton, Wilmington, and Woodlawn. For 3D printing, Delawareans can design an object with the help of any PC in a public library or from home, and then make it printable in one of these seven libraries which contain a 3D printer, Design, Coding, Entrepreneur software comprises Cura, SketchUp Make, Blender, Scratch, Adobe Premiere Elements, Adobe Photoshop Elements, MinecraftEdu, Quickbooks, Business Plan Pro, ReferenceUSA, and Learning Express. Hardware comprises DLSR cameras, Green screens, Lighting kits, and Wacom tablets.

If any organization wants to create alliance with libraries, please contact the Delaware Division of Libraries.

For more information, contact:
Beth-Ann Ryan, Deputy Director
Delaware Division of Libraries
www.lib.de.us
beth-ann.ryan@state.de.us
302-257-3002

Explore with various 3d modeling technologies

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Published By
Rajib Dey
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