Panasonic has unveiled a new television manufactured with the help of 3D printing. It’s not clear exactly what portion of it was 3D printed; it’s likely the body was 3D printed while the screen and internal components were manufactured traditionally. Regardless, it’s a major step forward to see 3D printing being used in mainstream manufacturing.
First 3D printing was used by major companies to make prototypes, then makers and small companies started using it to produce niche products, and now it seems that the technology has advanced sufficiently for a major corporation to use it for direct manufacturing.
The new 56-inch OLED television measures in at a shockingly thin half-inch thick, weighing a small fraction of equivalent LED TVs. It also boasts a 4k resolution, which is roughly equivalent to putting four full HD screens together.
Arduino audio processor packed in to a bottle full of beats
Everyday sounds become dynamic, ever-changing musical tracks with this student concept by Jun Fujiwara from Tama Art University in Japan.
The Re: Sound Bottle hides some complex electronics behind that sleek outer shell, in order to process and pump out some rockin’ beats.
The bottle begins recording as soon as you pop the cork, and it stores these audio samples to then remix them on demand in a cool rhythmic track. Here’s how Jun describes this mini DJ-in-a-jar:
“I felt something missing in the habitual use of music reproduction media, so I thought to create an interactive music medium that changes. By using everyday voices as sources of music, the sounds that are heard all the time every day carry infinite possibilities and help us reaffirm the enjoyment of music. I hope people can experience their own music.”
Click through to see a perky clip of the Re: Sound Bottle doing it’s thing, and you’ll understand why it was a deserving prize winner at the Mitsubishi Chemical Junior Designer Awards in 2012.
Discover where technology will take us over the next 12 months
With another year wrapping up and a whole new 365 days of 2013 ahead of us, the big thinkers over at frog’s Design Mind posed the question of just what this bright future has in store. Some of the technologies mentioned are already surfacing as a part of our daily lives, whereas others are represented by emerging trends that may see continued development and growth, rather than full realization, during 2013.
The list was compiled by a collection of technologists, designers and strategists from the vast intellectual pool at Frog’s studios across the globe. Did 3D printing make it into the top 20? You bet it did.
The broader topics include:
- More Intelligent Machines
- Devices With Human Appeal
- Inspiration From the Physical
- Enhanced Online Selves
- New Roles for Existing Tech
- 3D Printing Goes Mainstream
- Tech Gets Poetic
- Specialized Social Networks
To find out just what it is that digital manufacturing will be doing for us over the next 12 months and see further treats that are just around the corner, click through to the source article for the full story.
Nick Thatcher built this self-balancing unicycle using an Arduino UNO, a IMU (gyroscope) from Sparkfun, a 24v 350w geared motor, a wheelbarrow wheel, and a handful of other basic parts.
The IMU senses when the unicycle tilts too far forward or backward, the Arduino does some calculations, and then the motor compensates. The rider still has to put a little effort into maintaining balance (and not falling sideways), but it wouldn’t be much fun if the Arduino did all the work.
Easily find software for your Raspberry Pi or offer your own creations.
The Rasberry Pi foundation has launched the Pi Store, a one stop shop for software, tutorials, games, and useful code for the Raspberry Pi. The idea is to provide an easy way to to find great software and distribute your own, thus making it even easier to get started. At launch, the store had 23 free titles and 1 paid, commercial program, so the venue is definitely favoring free sharing, at last so far.
NASA has commissioned Dr. Amit Bandyopadhyay from Washington State University and group of colleagues to test the feasibility of 3D printing using moon rock as the build material. Lacking significant quantities of actual moon rock, they used a simulated moon dust known as “Regolith.” Dr. Bandyopadhyay seems almost giddy in the video, so it seems that the experiment went well.
One of the major obstacles to setting up a base on the moon or elsewhere in space is the enormous cost of bringing material and supplies from Earth. 3D printing seems like the ideal way to produce what is needed on location, thus saving the shipping cost, and NASA apparently agrees. Previously, we wrote about a proposal to 3D print structures on the moon, and this new experiment shows a continued interest in the technology.
Printing realistic 3D objects using standard paper.
Mcor’s IRIS printer, previously mentioned on this blog as part of Mcor’s deal with Staples, uses a deceptively simple method for its full-color prints. It “prints” objects by cutting out and gluing together hundreds of layers of paper.
One might imagine all sort of high-tech ways to add color, but Mcor chose a simple, yet highly effective approach. Hidden in a cabinet underneath the IRIS is a standard inkjet printer equipped with ink specially designed to soak through the paper, ensuring thorough color saturation (pictures below). The inkjet also prints a barcoad onto each sheet to make sure they are glued in the right order. (more…)
Print 14 materials simultaneously with a 1000 x 800 x 500mm build volume.
Objet’s newest offering, the Objet1000, is capable of printing with multiple materials on a large scale without sacrificing print quality. Large-scale 3D printing is slowly becoming more common, but large printers generally print at a low resolution. The Objet1000 is an inkjet-based printer capable of 600dpi on the x- and y-axis and 1600dpi on the z-axis with a 1000 x 800 x 500mm build volume. It can also print up to 14 materials in a single model, chosen from a materials library of 120 possibilities. (more…)
Fully functional Autobot transforms from Robot to Car in seconds
A walking, bipedal robot that can transform into a sleek street car may sound like the stuff of Hollywood fiction, but visitors to the Maker Faire in Tokyo next week will be in for a treat when they encounter the Brave Robotics Transforming Robot 7.2.
The latest incarnation from these masters of automation, this 1:12 scale robot can walk around in the familiar shuffling gait of its humanoid counterparts, while shooting missiles from weaponised forearms. In a matter of seconds the robot transforms into a fully functional vehicle that can be driven around just like a standard RC toy car. Further enhancements include a wifi camera that sends a live stream from the transforming robot to a nearby tablet.
Click through for an impressive video highlighting just what this robot can do. (more…)
Printing new hardware components is something 3D printers are commonly used for all across the globe. The way that these prints are being used is much the same as the commercial parts that they replace – as a plastic shell or block of material to surround the electronic innards of a device.
Imagine if you could use your 3D printer to produce a part with all of the electronics built in! Scientists at the University of Warwick have been making some exciting advances towards low-cost intergrated 3D printing with a material known as Carbomorph.
Working examples of this technology include game controllers with embedded sensors and touch-sensitive buttons, and a mug that can tell how full it is.
“In the long term, this technology could revolutionalise the way we produce the world around us, making products such as personal electronics a lot more individualised and unique and in the process reducing electronic waste.”
The Education sector is projected to be among the first to embrace Carbomorph, as this new conductive material will allow students to design high-tech devices and products that can be integrated with freely available open-source electronics and software.