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Father 3D prints education concepts for blind daughter

To all those needy ones out there who have been suffering from some sort of disability 3D printing technology must have come as a boon to them. Technologist have come up with impressive innovations that have helped the people (especially children) and undounbtedly given them a lot of moral boost. While such developments were taking place at different parts of the world, a family was inspired to give ample attention to one form of disability which hasn’t been reported as a 3D printing innovation till date – blindness. That’s right. San Diego couple Jason and Dori Walker’s daughter Layla is born blind. Though she’s a happy kid, but the eight graderhad troubles understanding mathematics.

The couple already had 2 kids when after an emotional crisis in the family they decided to adopt – ‘When we started having kids and got married, we had two kids and lost a third one. We decided at that point to just adopt. My wife found these kids on a video on the Huffington Post. They were a set of three children, thirteen, ten and seven. They were looking for a forever home,’ Jason told.

Walker family 3D prints for bilnd daughter's educationBeautiful photo of the Walker family; Layla at the center

As told earlier, Layla was having difficulties with her maths grades, but thankfully father Jason owned a ROBO 3D printer at home. With that Jason would print intangible concepts to physical educational objects, like fractions. Jason said,  “I started 3D printing pieces of pie and take them down to her and explain that this is a third and this is a sixth. Because in her mind, she thought that a sixth was bigger than a third because the number is bigger”. Layla explains, “I see with my hands so some ideas are hard, fractions are cool. And then geography was easier once I could feel the earth“.

Layla likes busses. So there will be times when she’ll want a bus and after some time she’ll actually be able to possess one – “I thought my dad bought it at the store. I asked for a bus and then a few hours later I could touch it,” Layla said

It has been a while since it has been proven that 3D printing object is no longer used just for prototyping, it has other important applications too, like that are used to education easier for the needed ones, like we see in case of Layla. 3D printing companies across the globe have taken heart-warming initiatives where they have donated 3D printed educational objects to blind institutes.

Even we, members of think3D, have been involved in a from-the-heart charitable task with an institute educating blind children. In this project we have converted different educational concepts like that we have studied in physics, biology, mathematics and other subjects into tangible 3D printed objects. The outcome of this effort was that these school children were able to touch and feel those shapes and understand far more clearly. As you’d know that studying needs at times to see things, like we had at our school and college labs, or demonstrations given by professors and lecturers during class, so why should a blind child be deprived of such convenience. 3D printing is surely giving examples we are assured that good people exists and they are there to help one another.

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Custom Parts for Educational Projects

 

Harness the power of 3D Printing to showcase your project beautifully to potenrial customers.To order, you just need to send the 3d design file (ideally .stl / obj) and get the output in a short time. For more information, drop an email to design@think3d.in or call 040-30911007

Miniature model flats for concept demo
Scaled down models with full furniture setup, to give a live experience to tthe customers.

Architecture 3D Printed models

Demonstration of Possible customizations for potential Clients
Removable roofs are possible to show the floor plan.
Also, flexible floor plans and furniture is possible by printing the model in parts.

3D Printed House models

Miniatures as keep sakes for all customers
A miniature of the flat is a lovely gift from the builders to the future owners.

Architecture 3D Printed Miniature  models

To order, you just need to send the 3d design file (ideally .stl / obj) and get the output in a short time. We are based out of Hyderabad but can cater to the orders across the country.

Do not worry if you don’t have a 3D design file.  We can help you give shape with the help our in-house designers who use CAD softwares like CATIA/ AUTOCAD / ProE/ SketchUp etc or modeling softwares like Maya, Mudbox etc, and help you evolve your concept and print it using our 3D printers.
For more information, drop an email to design@think3d.in or call 040-30911007

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3D Printing for Architectural Miniatures & Prototypes

Architecture 3D Printing

Harness the power of 3D Printing to showcase your project beautifully to potenrial customers.To order, you just need to send the 3d design file (ideally .stl / obj) and get the output in a short time. For more information, drop an email to design@think3d.in or call 040-30911007

Miniature model flats for concept demo
Scaled down models with full furniture setup, to give a live experience to tthe customers.

Architecture 3D Printed models

Demonstration of Possible customizations for potential Clients
Removable roofs are possible to show the floor plan.
Also, flexible floor plans and furniture is possible by printing the model in parts.

3D Printed House models

Miniatures as keep sakes for all customers
A miniature of the flat is a lovely gift from the builders to the future owners.

Architecture 3D Printed Miniature models

To order, you just need to send the 3d design file (ideally .stl / obj) and get the output in a short time. We are based out of Hyderabad but can cater to the orders across the country.

Check out Rapid Prototyping Capabilities

Do not worry if you don’t have a 3D design file.  We can help you give shape with the help our in-house designers who use CAD softwares like CATIA/ AUTOCAD / ProE/ SketchUp etc or modeling softwares like Maya, Mudbox etc, and help you evolve your concept and print it using our 3D printers.
For more information, drop an email to design@think3d.in or call 040-30911007

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DICOM Images to 3D Printed Surgical Medical Models

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3-D printing is the technology of making three-dimensional objects from digital files — in medicine, typically MRI or CT scans. . DICOM (Digital Imaging and Communications in Medicine) is a standard for medical imaging data. You can convert these rich medical images typically the magnetic resonance imaging (MRI) or CT scan images in to 3D models, which can later be created in to physical models.

CT MRI Scan DICOM Images to 3D Printed Models
CT MRI Scan DICOM Images to 3D Printed Surgical Models

Success of complex surgeries is dependent on surgical planning. Medical model, 3 dimensional representation of a part of the human body, is a great way to plan surgeries. A 3d printed medical model is an object created from a digital medical image using 3d printing technology. With the 3D printed models, surgeons can hold the model, cut and manipulate the plastic model to determine the best way to conduct the procedure.

To order, you just need to send the DICOM image folder or the 3d design file (ideally .stl / obj) and get the output in a short time. We are based out of Hyderabad but can cater to the orders across the country. For more information, drop an email to design@think3d.in or call 040-30911007.
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Research Institute creates a beating heart cell with 3D printing technology

With the advent of 3D printing technology  the medicine and biotechnology has reached a whole new level. We have heard before how researchers, doctors and biotechnologists have attempted to create human kidneys, bone structures and other human organs that is going to help mankind in enormous ways.

Now a recent news coming from an American research institute may give you a glimpse of the unfathomable potential of 3D printing in the medical field also. Wake Forest Baptist Medical Center’s Institute for Regenerative Medicine have created something that they call “organoids”. Organoids are 3D printed “beating” human heart cells.

Ivy Mead, Wake Forest graduate student and member of team has been conducting the research on organoids told “The heart organoid beats because it contains specialized cardiac cells and because those cells are receiving the correct environmental cues,” she adds, “We give them a special medium and keep them at the same temperature as the human body, and that makes them beat. We can also stimulate the miniature organ with electrical or chemical cues to alter the beating patterns. Also, when we grow them in three-dimensions it allows for them to interact with each other more easily, as they would in the human body.”

wake-forest-researchers-create-3d-printed-heart-cell-2 (1)

A beating heart cell

The Organoids are made from human skin cells. First the adult human skin cell is genetically modified in to an ISP or Induced pluripotent stem cell which is then reprogrammed into an organoid. Each organoid is 0.25 mm in diameter.

Multiple lab-grown organs are created, which would eventually function as real body organs, so that it can be used as regenerative organs. The program, called Body-on-a-Chip is funded in part by the Space and Naval Systems Center. These newly developed organs will be used by defense and military body – The U.S. Defense Threat Reduction Agency. However, the project is focusing on other important life-threatening issues such as creating organs which can test contagions, such as, Ebola virus or harmful gases such sarin and ricin.

anthony atala

Anthony Atala

“Miniature lab-engineered organ-like hearts, lungs, livers, and blood vessels—linked together with a circulating blood substitute—will be used both to predict the effects of chemical and biologic agents and to test the effectiveness of potential treatments,” says  Anthony Atala, a leading U.S. researcher on regenerative medicine. The project is conducted in his lab at Wake Forest School Of Medicine. The research team at Wake Forest has been contributing in regenerative medicine previously also. They have come up with 3D printed large body parts and organs such as kidneys, bladders. They have developed an ink-jet technology which helps in 3D printing skin on soldiers faced with serious burns.