3D printed portraits – The most realistic MiniMe’s Ever !!!

A new store in Hamburg, Germany,  allows customers to print an incredibly lifelike 3D-printed statuette of themselves.

3d-printed-portrait The idea of creating a miniature likeness of yourself using 3D printing is not new. From 3D chocolate face sculptures ans Stormtrooperswith your own face to the Japanese company Omote 3D , creating little statuettes from 3D scans.  However, Hamburg based Twinkind, has established a temporary pop-up studio where people can get the most realistic images created that we have ever seen.

You simply wander in, get yourself scanned and order statuettes of yourself in a variety of different sizes.

3d-printed-portrait-petsThe scanning technology they use is not explained, but apparently happens “in the blink of an eye” – making it possible to scan uncooperative children or even pets.  It appears that the printing process they use m,ay be based around “sandstone” printing technology such as the ZCorp “sandstone” printer, which uses a fine powder as a printing medium. As the layers are laid down, inkjet technology sets them with a bonding agent, which can be mixed with colour for a full-colour printed object. These printers aren’t really for the consumer market, though; for the lowest-end model, you’re looking at around US$15,000.

At the moment this service is limited to people who can visit the physical location in Hamburg, and prices for you own Min-Me aren’t exactly cheap. The smallest model, 15 centimetres tall, costs around AU$313 at the time of writing — all the way up to €1290 for 35 centimetres (around AU$1800). However,

UK to invest 15 Million Pounds in 3D Printing Projects

UK Investment in 3d PrintingThe UK Government has announced the biggest ever investment in the work of the Technology Strategy Board. UK businesses are to benefit from a £14.7 million investment to develop 3D printing projects

Business Secretary Vince Cable said on June 6.

“Investing in tomorrow’s technology will bring jobs and economic growth throughout the UK. With £440 million of funding they will support new manufacturing techniques to maintain the UK’s position as a world leader in technology and design. This joint investment with the Research Councils highlights the commitment from across the sector to boost manufacturing in the UK.”

The funding will help businesses to develop new manufacturing solutions in 3D printing technology across industries such as healthcare and energy.

 

3D Printing for Exchange Traded Fund Investors

exchange traded fundsThe rapid growth in 3D printing technology and 3D printing related products and services quickly has raised awareness with the investment community as a new opportunity for investment capital. There are a number of 3D printing companies that are starting to gain recognition from Exchange Traded Fund Investors, and as the technology continues to grow, this is likely to increase. Investors looking for future exposure should look out for small capital growth and technology ETFs that are likely to quickly adapt to the growing 3D print industry.

3D Printing for Flexible Objects

To date 3D printed objects have been mostly rigid as the materials used in 3D printing have traditionally been fairly stiff.  However, Shapeways, have unveiled a  new elastic material for 3D printing that can be used for projects that require a little more flexibility.

3d-printed-shoeShapeways new, flexible 3D printing material is called Elasto Plastic. This strong material can be used where a more rigid material wouldn’t work — one example that Shapeways gave was shoes; another was furniture joints.  They have also suggested potential for non-slip shower mats, corner protectors, flooring and flexible, translucent screens fixed across a frame

Elasto Plastic is not (yet) available to all buyers. It is currently considered an “experimental” material, so for the time being is only being offered as a ‘Maker Material’ — meaning, anyone can order models they have uploaded themselves, but it will not be sold in Shapeways Shops.”

 

3D Printed Food Designed to Improve Appetite

Netherlands based Research institute TNO is working on a 3D printer to reconstitute (i.e. print out) food puree in a way that it will look like “real” food again.

In nursing homes, residents often lose their appetite because some are only able to eat pureed food. TNO is now developing a 3D printer that prints pureed food in the shape of the food that it is printing. They hope that this will help residents regain their appetites.

Other benefits of food printing include :

  • The technology can help to convert alternative ingredients such as proteins from algae, beet leaves, or even insects into tasty products that are not only healthy but also good for the environment.
  • 3d-printed-foodA food printer opens the door to fully personalised food since products can be made that are specifically designed to suit individual dietary needs and preferences.
  • The printer can also ensure that your personal meal is made at exactly the right time so that you come home to a fresh, healthy meal.
  • Printing food allows enormous freedom of design in terms of not only the 3D shape but also the composition (the ingredients and their ratios), structure, texture and, last but not least, taste. Unique new products can therefore be developed that other methods simply cannot emulate.

3d Prinitng is Overhyped – but has Potential

I came across an awesome article by Nick Allen (a full time 3D printing industry worker), on Gizmodo entitled – Why 3D Printing Is Overhyped (I Should Know, I Do It For A Living).    Nick provides a very detailed and thoughtful insight into how 3D printing is massively over-hyped by the media – and misunderstood by the general public.

The average consumer is hearing more and more about all the amazing things that 3D printing is capable of (or may be capable of in the future), and this is generating all sort of expectations (many of them false)  over what impact it may imminently have on their lives.

The mentality now seems to be that, in the future, we’ll be able to download our products or make them ourselves with CAD programs, apps and 3D scanners, then just print them out, either at home, or in localised print shops.

People see images or videos of 3D printed mechanisms, 3D printed tables, material 3D prints, and of course guns — and then they see that they can buy one for under $US800 and think “WOW!” I can do all this at home.

Nick goes on to highlight that many people have unrealistic expectations of the current capabilities (and limitations) of 3D printing in areas.  Many of the high profile (and often experimental) 3D Printed objects are simply not (and may never) be achievable by a consumer grade 3d Printer, but despite this there are still huge benefits and opportunities that 3D printing technologies can provide.

According to Nick :

The future for consumer 3D printing lies in the potential for people to create, invent and share ideas.

3D printing will continue to grow in areas like the prototyping market, low-volume production runs (on very high-end machines), medical, aerospace — the list goes on.

 

NSW Police Print and test their own 3D Gun

The Australian police have expressed grave concerns over this weeks latest buzz story in the world of 3D printing.

The were so concerned about the availability of plans for the 3D printable weapon known as The Liberator that they decided to print a couple for themselves – with frightening results.

theliberator-partsThe NSW police used a fairly entry level 3d Printer (publicly available for less than $2,000), and printed the 15 separate parts required in 27 hours at a cost of just $35 in materials.  Assembly took just a minute or two. The only part not printed is the firing pin, which is fashioned from a nail – available in any hardware store.

The scary part comes when they test fired the guns.  The guns were test fired into a block of resin designed to simulate human flesh. The first bullet penetrated the resin block up to 17 centimetres – almost certainly a fatal wound if it hit a real live person.   The second resulted in a “catastrophic failure” of the weapon. The barrel exploded under the  force of the exploding .38 caliber bullet, and if not fired under test conditions would most likely have seriously injured the shooter.

NSW Police have been in the mainstream media today highlighting their concerns, stating that the devices are clearly dangerous (potentially to both the shooter and the target). NSW Police Commissioner Andrew Scipione says “they are truly undetectedable, truly untraceable, cheap, easy to make”. 

“Don’t try it, no matter what end of this gun you can be on, you could die. Do not download, do not manufacture The Liberator,” the Commissioner concluded.

About “the Liberator”

The 3D printed gun, called ‘The Liberator’, was designed and made by 25-year-old University of Texas law student Cody Wilson. It is made from sixteen different pieces (the only non-printable element being a nail which acts as the firing pin) and uses interchangeable barrels for different calibers.

Cody Wilson was recently featured in the 24 minute documentary (below) on 3dPrinting of gun parts called Click. Print. Gun

fp-45-liberatorIt is ironic that the last gun to be called The Liberator (the FP-45 Liberator), was also a one shot weapon used in World War II. It was dropped behind enemy lines during to French Resistance soldiers so they could kill Nazis and steal their guns in order to keep fighting.

US Military to use 3D Printed Food on Missions ?

US military may be considering the use of 3D printed food system during operational missions.

us-soldiers3D printed food system could reduce military logistics, disposal waste, increase operational efficiency and mission effectiveness especially during wartime.

In addition to that, 3D printed food could provide optimal nutrient to the soldiers depending on their personal needs and level of physical activities.

Submarines and aircraft carriers could effectively benefit from 3D printed food system, which may reduce their downtime to refill supplies and provide efficiency in executing their missions.

NASA funding 3D Printed Food Research

NASA has provided funding to develop a 3D printer for hot food on deep-space missions to Mars.

The idea is that food items would be created from “food powders” which are UV sterilised, fortified with nutrients and have a shelf life of at least 15 years.

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So far the research team has so far printed noodles, turkey loaf, basil paste, bread and cake – though apparently they are not yet willing to actually  taste their creations until a new, food-only printer is used for the job.

Australian 3D printers to print body parts

Australian scientists say they have found a way to grow human body parts using 3D printing technology.

The University of Wollongong’s Centre for Electromaterials Science is opening a research unit at Melbourne’s St Vincent’s Hospital where 3D printing will be used to reproduce tissue material.

The bio-fabrication unit scientists have already begun animal trials to reproduce skin, cartilage, arteries and heart valves.