Tag Archives: Forbes

Top 3D Printing Headlines Last Week: Kids, Stocks, Suitcases, Fab Labs

Cubify Google Name Plate on3dprinting

A roundup of the top news On 3D Printing brought you from August 6 to August 12.

Monday, August 6

Tuesday, August 7

Thursday, August 9

Friday, August 10

Forbes 3D Printing Interview with Shapeways CEO Peter Weijmarshausen

Peter Weijmarshausen Shapeways CEO

Forbes recently sat down with Shapeways CEO Peter Weijmarshausen to talk about 3D printing.

In his remarks, Weijmarshausen compared traditional manufacturing processes to the innovative approach of additive manufacturing, or 3D printing.

3D printing technology was commercially invented in 1989, and had been in use for prototyping for a number of years. So, in that traditional design process, designers might have actually used 3D printers to make product prototypes. But the costs have come down a lot, and the materials these printers can work with have expanded from plastics to materials like stainless steel, silver, ceramics, and glass – with many more coming. And the answer to that original question turned out to be “absolutely yes.” There are an amazing number of real products that can be made directly with this technology. For example, my iPhone case is 3D printed. My cufflinks are 3D printed. Even my coffee cup is 3D printed.

Weijmarshausen also gave his predictions about the future.

In many ways. Think back to what we discussed about how mass manufactured products are made, and I can tell you there are inherent benefits to direct-from-digital manufacturing. First, the time from concept to actual product is condensed from years to a matter of days. We have one user who launched an iPad cover four days after the iPad launched in 2010. He didn’t have any help from Apple – he just bought an iPad in the store and designed a beautiful cover in a few days and then made it commercially available on Shapeways. So, the time to market is compressed immensely. The other key aspect is that the risk of going to market is almost non-existent, because your investment is only the design of the product itself.

The other big thing about 3D printing is the freedom it offers. For almost 100 years, designers have been trained to think within the limits of traditional manufacturing technology. 3D printing allows you to make incredibly complex designs at no additional cost: interlocking components, naturally hinged parts, semi-translucent surfaces, and even objects that can move on their own without assembly (like the strandbeest). You can make things that were not even possible before. And one of the most exciting things for me is to see young designers in schools being directly influenced by the availability of this technology. We will see products emerge that we’ve never imagined before – mind blowing shapes and solutions. I can’t wait to see what will happen in the next five years.

 

Read the full interview at Forbes.

Peter Weijmarshausen photo by Dave Pinter used under Creative Commons license.

Infographic: How 3D Printing Works, Industry Growth, Stocks, and More

Infographic How 3D Printing Works Preview

Want to see all of the key 3D printing industry stats in one place? The team at HighTable.com has published this infographic below, with data from on3dprinting.com and Forbes.

Infographic How 3D Printing Works

3D Printing Industry Will Reach $3 Billion by 2018 – Report

3D Printing Will Hit 3 Billion Dollars

How big is 3D printing going to be? Huge, according to Global Industry Analysts (GIA). $3 billion by 2018 to be precise. This is lower than the figure reported by Forbes in March: $3.1 billion by 2016 and $5.2 billion by 2020. But nevertheless, this shows incredible growth for a revolutionary industry.

GIA, a leading publisher of off-the-shelf market research, has published a comprehensive global report on the 3D printing market.

The global market for 3D Printing is projected to reach US$2.99 billion by the year 2018, driven by the advent of newer technologies, approaches, and applications. Expanding use of the technology in manufacturing final products, declining cost of printers, and increasing use of 3D printing technology in newer areas bodes well for market growth.

Hailed as a transformative manufacturing technology, 3D printing involves fabrication of physical objects by depositing a material using a nozzle, print head, or any another printer technology. Though initially used for prototyping of products, 3D printing has evolved and is currently capable of customized short-run manufacturing of industrial products, dental implants, and medical devices. 3D printing is finding use in a diverse range of applications across varied markets. Though used initially for rapid prototyping purposes, technological advancements are increasingly facilitating the use of 3D printers for manufacturing final products. The technology has now reached a stage where digital models can be replicated to produce physical components or prototypes, which would be similar to those of mass produced products. The declining cost of printers has led a wide range of industries ranging from aerospace and automotive to footwear and jewelry to adopt 3D printing technology for manufacturing desired objects. 3D printing technology is thus offering individuals as well as companies with the ability to design as well as manufacture objects at relatively lower costs.

In the coming years, 3D printing technology would evolve to enable printing of metals including precious metals such as silver and gold. Further, low cost techniques are expected to be developed for enabling 3D printing of widely available materials such as paper and plastic. Another area of growth is the medical sector wherein 3D printing technology could be used for developing replacement parts. Potential also exists for companies to penetrate into educational and medical device sectors.

As stated by the new market research report on 3D Printing, the United States represents the single largest market for 3D Printing. Several companies in developed nations do not actually manufacture products in entirety in their home ground anymore, and have moved manufacturing activity to low-cost destinations, primarily in developing economies. However, the potential for local manufacturing on demand end-products with the aid of 3D printing is significantly enhanced, as it eliminates the need for physical shipping from far-off regions. As 3D technology matures, mass production within developed nations could be cheaper than manufacturing and shipping products from overseas markets. In certain specialized areas where speed and time to market are critical, technologies such as 3D printing will cause manufacturing activity to move back to developed nations from the developing world.

The market for 3D Printing Products is projected to grow manifold in the near future with 3D printer systems becoming more affordable and easy to use. In the short run, the demand for simple and low cost desktop 3D printers with the ability to rapidly produce concept models for prototypes is expected to witness strong growth. Technological advancements would facilitate development of 3D Printers that are less bulky, easy to fabricate and capable of serving almost unlimited number of purposes. An increasing number of freelance professional designers and hobbyists are using 3D printers for creating new designs and producing physical models, which is partly attributed to the high cost of alternate technologies.

3D Printing is a nascent industry well poised for robust growth driven by rising user adoption. The industry is highly competitive, with competition primarily stemming from new product development, process know-how, pricing, and the ability to provide comprehensive solutions to meet customers’ needs. Major players profiled in the report include 3D Systems Corporation, Bits from Bytes, envisionTEC GmbH, EOS GmbH, Hewlett-Packard Development Company L.P, MakerBot® Industries LLC, Objet Ltd., Stratasys Inc., among others.

Read more on their press release, or buy the report.

3 billion photo by nagillum used under Creative Commons license

Harry Houdini First, Now 3D Printing Challenges Handcuff Security

Houdini Handcuffs 3D Printing

Magician and escape artist Harry Houdini was knows as “The Handcuff King” in the early 1900s for his amazing ability to free himself from handcuffs. Now there is a new handcuff king in town, one who uses 3D printing to fabricate custom keys. As Forbes reports:

The security of high-end handcuffs depends on a detainee not having access to certain small, precisely-shaped objects. In the age of easy 3D printing and other DIY innovations, that assumption may no longer apply.

In a workshop Friday at the Hackers On Planet Earth conference in New York, a German hacker and security consultant who goes by the name “Ray” demonstrated a looming problem for handcuff makers hoping to restrict the distribution of the keys that open their cuffs: With plastic copies he cheaply produced with a laser-cutter and a 3D printer, he was able to open handcuffs built by the German firm Bonowi and the English manufacturer Chubb, both of which attempt to control the distribution of their keys to keep them exclusively in the hands of authorized buyers such as law enforcement.

This 3D printing achievement shows that even high-end handcuffs are no longer always secure. Keys can be reproduced and 3D printed into plexiglass or other materials that are not captured by metal detectors. It’s perhaps time to upgrade the technology used by law enforcement.

The photo below shows the 3D printed handcuff key.

3D Printed Handcuff Key

 

Read the full story on Forbes.

Handcuff photo by Marcin Wichary used under Creative Commons license. 3D printed handcuff key by CabFabLab used under Creative Commons license.