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3D print your own Kinetic sculpture

Entrepreneurs and enthusiasts have been sharing their stories on how they are creating a whole set of objects by printing different parts and assembling them. It is not impossible to 3D print complicated objects anymore. You can always design and print the smaller objects, 3D print them individually and separate them. Obviously, for this purpose you have to know the engineering of the object you choose to make.

Among such enthusiasts Adam Patterson, USA has self-made “The Wave”, a 3D printed kinetic sculpture, that can be easily made at home by anyone who’s willing.

“This work is an original design that I’ve put quite a bit of effort into,” says Adam  “So I figured I might as well share it with the community.”  Adam has also shared the whole process in his Instructables page

Adam designed the parts in Autodesk’s Autocad 2015. A lot of importance has been given on making a sturdy crank handle, which is the main shaft. The shaft consists of oval egg-like structures, a mini pole-like structure and another base consisting of a base with holes created on the top for the pole to be inserted. Adam printed 40 pieces, whereas the Arm Hinge Support, Camshaft Support and Base Plate requires single copy.

A 15% infill density was maintained to print all the parts with 3 top/bottom layers, along 3 perimeters. But as per Adam, the base plate can maintained at 5 – 10% infill density. Adam also used Slic3r software and ABS filament for printing.

Adam used Sharpie (you can use any other permanent marker), a hobby knife, sandpaper, one small screw, thread, a medium viscosity (CA) glue and ball bearings.

“A lot of time and effort went into this project. It’s been a blast from start to finish,” adds Adam,  “and i hope it brings you as much entertainment as it has brought me!”

Follow the video to understand the whole process.

If you have the zeal then 3D printing will be your way.

 

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New start-up launches 3D printed eye-wear, that will perfectly fit your face

3D printing is opening up avenues so that people can reach out to showcase their artwork, designs, technological innovations, and many more. They are able to express their creative side. Every creativity should be acknowledgeable and maybe useful for them

It is a fact that 3D printed eye-wear tops the list for being experimented the most by different designers. Therefore it is implied that people are eager to change the monotonous look of their spectacles (prescribed) or shades. 

A new set of designers from Hong Kong have set out to come up with designs that perfectly fits every type of human face, coming in different sizes. “If clothes and shoes have sizes to choose from, why not glasses?” writes the Hong Kong-based designers. Their company, ITUM, calls their range MONO 3D printed eyewear, which is going to be “a collection of eye-wear sets out to bring the perfect-fit and thus enhance wearing comfort by providing the choice of size, a fundamental yet long-missing“feature”, made possible by the latest advancements in 3D printing technology.”

While looking for a new pair of spectacles or sunglasses we might face trouble finding the right size that fits the temple. Designer Edmond Wong faced similar problems. And, as a call for solution ITUM was born. So, bye-bye to ‘one-size-fitting-all’ concept and say hello to ITUM.

For a pair to fit comfortably the size of the temple, the depth of the nose-pad and the width of the frame has to be perfect. The specs are 3D printed in such a way that it fits the face type perfectly, keeping the 3 parameters in mind.

The name MONO suggests that it has it is not divided into parts like the traditional acetate frames. [Refer to the diagram below]

ITUM SpecksThis unique feature is named “DNA joint” (patent-pending). Even though it’s 3D printed with solid nylon it can still bend in all directions.

ITUM has 5 designs for both prescribed lenses and shades.

The company is currently targeting to raise $30,000 with the help of Indiegogo, and give a shape to MONO ITUM. The price range ranges from $99 to $119. Prescribed glass – $99 and sunglasses – $119.

If this would’ve been in USA this could’ve given a tough competition to the revolutionary, New York based Warby Parker who were the first to bring the low cost range of spectacles of only $99 in the USA.

“Though MONO’s frame is 3D printed, we do need to meet the minimum order quantities in manufacturing the accessories such as the lens, the case and lens cloth, and to cover various costs on product development, operation and patent applications,” the company shares.

A Classy white eye-wear by ITUM

Model posing for ITUM

 

3D printing is letting out ways to help people, both individually and also a group, in every ways possible.

 

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New 3D printer for printing PCBs – Nano Dragonfly 2020

There’s great news for technologists and computer geeks who are interested having their own PCB boards made in much less time – and also, … costing less…

Last week, Israel-based public company, Nano Dimension, introduced their own Dragonfly 2020 3D system at an event held in Tel-Aviv in Israel. Nano Dimension told, “We all wish that developing multi-layer professional PCBs was faster and more flexible, that’s why we’re making a 3D PCB printer and a suite of nano-technology inks specifically for PCB professionals.”

To create the most advanced PCB boards the printer uses advanced 3D inkjet deposition technology and as materials for 3D printing the machine requires nano-inks with insulating and conductive properties.

The company holds the licence for using silver nano-particle processes, which were developed Professor Shlomo Magdassi, one of the thought leaders in Nano Technology and a professor at the Hebrew University of Jerusalem.

Dragonfly 2020 is capable of rapid prototyping PCB’s quickly. Not just would you be able to print a PCB board faster but this company is sharing with you its entire prototyping process. Any developer who’s interested in 3D printing his own prototype will be able to do so at his convenience. This printer is claimed to reduce the cost of making a PCB board.

“The Nano Dimension PCB printer is a highly-accurate and versatile inkjet deposition system for printing multi-layer circuit boards. The innovative hardware, dedicated nano-inks and novel software bring new possibilities to a wide range of R&D, prototyping and custom manufacturing projects.” Nano Dimensions told.

The printer is capable of soldering. Also it can used like the copper based PCBs, and you do not need to replace the old tools or the development processes. It is Gerber File compatible.

The preorder opens in early 2016. And the price is not yet set by the company.

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Twins fought against Muscular Dystrophy taking help of 3D Printing Technology

It soothes us when we hear that a team of bio-technologists are successfully creating solutions that are aiming to eradicate disabilities of children. These are specific proofs on how 3D printing technology is changing lives and shaping their confidence. People are able to do what they could not do. But think3D received a wave of inspiration when we heard about a very interesting story about Australian twin brothers who took help of this technology as a solution to fight a deadly disease like Duchenne Muscular Dystrophy.

They say where there’s will there’s way. Twin brothers, Chris and Nick from Melbourne, Australia have not only proved this statement to be true but are about to change lives of others who are suffering from some sort of disability, especially, the ones who are suffering from something like muscular dystrophy. These twins were diagnosed with this life-taking disease at the age of 8 and the doctors said that they would live till 21. And at the tremendous point when their condition started becoming critical, their mother Jenny convinced the doctors to make a machine that would stop from sleep asphyxiation. Finally their doctor Michelle Caldecott designed a machine that helped them to live.

Their shortcoming did not let them lose hope and they have been designing objects and components that would’ve have aided them. They’ve found their love for technology from a very young age, especially when they realized that their sole way of surviving this deadly disease is because of technology. Nick Fryer,now 37, says, ‘We’ve always been interested in technology, even when we were very young,’ ‘When I was little, my dad taught me how to make model aircraft out of balsawood and glue, and my disabilitytook that away from me, but now technology has given that ability back. I can design things on the computer and print them out on my 3D printer and it’s fantastic.’

To help others Chris & Nick Fryer are coming up MESH (Melbourne Eastern Suburbs Hackers), a 3D printing makers’ space, where the twins will be using 3D printing technology to teach others to use this technology to help themselves.

FYI, the twins were supposed to die at 21, but now they are already 37, living and inspiring others to live.

A 3D printed pet the brothers designed.

They have been making many smaller devices to make their life easier and to give support to their weakened muscles, “I wanted to adjust how I was sitting in my wheelchair so I designed the little piece to go in the side support bolts,’ Nick says. ‘We measured it up, designed something, 3D printed it and screwed it in and it’s great.” They also have a 3D printed mouse to access their laptops.

A 3D printed modified mouse that takes very little muscle strength to operate.

‘I think a lot (of people with disabilities) don’t even know this exists, and they don’t know what they can do,’ Nick adds, ‘What we want to do is to enable people with disabilities to design and create things for themselves. In the past it was virtually impossible for someone like me to actually make something physical, but now with computers, computer-aided design and 3D printers it’s become relatively easy.’

“Eventually technology will eliminate disabilities, you can already see advances in exoskeletons and prosthetics and all sorts of areas where technology is helping disabled people to, in some cases, eliminate a disability entirely. That’s what I want to promote. With robotics and all the technology being developed, you can re-enable yourself.” – Nick told

We have seen 3D printing technology changing lives, inspiring people from all walks of life. We know that if someone has talent he or she needs a medium to express. If you are a passionate story-teller, then you need a pen and a paper to write your thoughts and share it with the world. Similar in this current era, 3D printing technology is that medium.. that book… for all the creative minds to express themselves. It is convincingly ‘the trend’ that is taking the world on its stride.

 

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Now you can wear what you voice…

By now, I am sure all of you are getting a good idea about what 3D printing is capable of. The pool of talented 3D printers have designed cars, stationary items, showpieces for home decor, soft toys, even full-size homes. These designers are making the full use of this technology to express their creative thought process and have been giving it the shape they have desired, to every extent – in the 3D way. In short they are living their dreams. And more importantly, it’s not pocket-pinching anymore….

We have seen jewellery designers (whether he or she’s aspiring, a students or a full-time professionals) given mind-blowing shapes to their jewellery, something that can be a bit challenging for someone to try it in the traditional way. But have you heard of anyone designing jewellery using AUDIO file ???!!!! I think, not!

Instructables.com member 10DotMatrix have introduced this innovative idea at the Instructables website. (Instructables is a 10 year old company originally founded by  Eric Wilhelm and Saul Griffith, and later on Autodesk Inc. acquired it). According to 10DotMatrix you can actually use your voice file and convert it into a 3D printing file.

3D printed jewelry

You can execute the process following the easy steps:

1. Download a free audio-editor software named Audacity. Using this software you can record whatever it is you want to print it.

2. Save these files by exporting them at the LAME mp3 encoder.

3. Download Processing. Then use Processing and the script by Thiago Hersnan to convert those audio mp3 files into wave forms.

4. Download the file saved as “AudioConverter”.

5. Then use GIMP to convert these files into svg files.

6. Convert the svg file into a 3D printable file using Fusion 360 (or any other 3D modelling software). Just make sure you rescale the design file into a printable size. Use ‘Revolver’ option with a 360 degree angle to give the file a 360 degree shape.

7. Finally export the STL file. Then you can 3D print.

You can use any filament you want. But the ones in the image are 3D printed using ABS filament which gave it a smoother look. If you are choosing ABS then it is recommended that you preheat the build platform, using a 0.15 mm resolution. Cover the build-plate with kapton tapes.

This 3D printed jewellery created from sound waves are inspired from the chess pieces made Thiago Hernan.

Thiago chess pieces

Thiago Chess Pieces

Now 3D printing your favourite jewellery won’t be a problem anymore. Whether you are a jewellery designer or not, this one-of-a-kind innovation along with the guidelines specified above can come as a breather for you.

So now wear your thoughts! Soon, we at think3D hope that the whole process gets automated and you can 3D print as much as jewelries as you want.

These sounds waves gives the shape of the jewelry

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Couple designs eye-catching 3D printed lamps

3D printing designs have flourished across the globe, inspired innumerable designers to unleash their creativity. Designers have used this technology to not just decorate their own household but also it has ushered their entrepreneurial side.

A Dutch couple followed similar footsteps and founded a company dispaying their own range of lamps for household decors. Paul and Petra enjoyed 3D printing different lamps for their own homes and the different innovative designs. 52Shapes, founded by the Dutch couple receives orders every week, from a maximum 250 customers.

flower lamp

 

‘It’s easy to find fun objects online and elsewhere, but once you start looking a bit further, you find out it’s for sale practically everywhere. So say goodbye, exclusivity! That’s why I started 52Shapes together with Petra, where we offer unique and affordable designs every week.’ Paul wrote.

These lamps are priced between $175 to $350. But the production starts only after the buying season is over.  ‘Every lamp is made especially for that client, so we can guarantee that the lamp will not be sold more than 250 times in the Netherlands. No more, no less.’ Paul and Petra wrote. It takes 15 days to complete the production. ‘They’re available in any color you want. As long as it’s white,’ – Paul at the New York 3D Print Show.

3D printed lamps

 

3D printed lamps

 

flower lamp

3D printing technology and applications literally has encouraged people of varying demographics to pursue their dream and it is gradually unleashing the creative side from even the unexpected ones. These exquisite lamps are sheer examples of how one does not need to bind his or her imagination anymore.

 

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Disney Research & Carnegie 3D prints soft toys

Disney has been amusing us since our childhood. The Disney Research network takes care of the technological developments for The Walt Disney Company. The Disney Research shares its credits for creating Disney amusement parks, toys, retails, and several other fun objects. So far we have seen many innovations, introduction to new concepts, new machines and filaments in the 3D printing industry. But very recently Disney Research and Carnegie Mellon University invented a very interesting and at the same time unique kind of a 3D printing machine. This machine is designed in such a way that it can layer laser cut fabrics and create 3D objects. Within the 3D printed objects the team incorporated a circuitry system such that any electrical function can be incorporated.

Bunny Disney Research

“Today’s 3D printers can easily create custom metal, plastic, and rubber objects,” said Jim McCann, of Disney Research told, “But soft fabric objects, like plush toys, are still fabricated by hand. Layered fabric printing is one possible method to automate the production of this class of objects.”

 

The team conducting this operation consists of McCann, Huaishu Peng, a Ph. D. student at Cornell University and Scott Hudson and Jen Mankoff, both Carnegie Mellon faculty members.. This printer is unique in the sense that it uses laser cutting and then the adhesive process. It takes the designated position of the fabric roll (eg., center) and starts cutting the 2D outline of the different layers of object.Finally, after each layer is added together with a laser heating system to form a 3D object.

The fabric is fed from a fabric roll, and the vacuum holds the fabric against the upper cutting platform. Once each layer is complete a laser head (like nozzle end) cuts it from all the sides so that it can be completely separated from the fabric roll. Once the cutting is over the build plate is raised. After the vacuum stops and then fabric falls on the build plate. The platform levels down and then the adhesive process starts. The fabric layers are joined together with heat-sensitive adhesive. The two layers are joined together using heat and external pressure. Once the entire process is complete and the object is made, the extra material is peeled away, to get the final 3D object.

Image courtesy: Disneyresearch.com

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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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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.