Stop motion with 3D printing

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chipotle-back-to-the-start

This is a great video of some behind the scenes action of the making of a stop motion video on responsible farming. The interesting angle is this video was commissioned by a chain of Mexican restaurants in the USA. It could just be me but it seems kind of weird that a restaurant would put so much effort behind a video promoting responsible farming but I guess promoting that your ingredients come from happy animals is a worth while cause.

The video shows how using the latest in 3D printing and high tech motion controlled camera’s made the stop motion process much faster than using traditional manual process. It’s a great behind the scenes look and well worth a watch.

The finished product can be seen below:

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3D printed circuit boards a near reality

By layering materials such as plastics, metals and rubbers, objects such as circuit boards could be created by the humble 3D Printer. This is enabled through the development of  a technique for file standardization and by using substrate materials compatible with 3D printers. While 3D printers won’t have the ability to develop the microprocessor itself, printing company Ponoko predicts that the 3D printing of replicas of resistors and capacitors could be a reality within the next two years.

3D Printed Circuit BoardThis layering technique, known as “additive printing” has already proven useful in the manufacturing of product prototypes for objects such as motorcycles and shock absorbers, meaning greater efficiency for a number of industries such as auto, nautical and aerospace. This technology will create an ease in supply-chain practices enabling companies to distribute and modify product prototypes in offices all around the world. It is also paving the way for an increase in the development of customized products such as musical instruments and prosthetic limbs, developed by the consumers themselves.

To read more click here

Learn more about additive printing and chocolate design

 

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3D Printing; now for chocolate!

Forget materials such as metals and plastics, engineers at the University of Exeter have developed the world’s first chocolate 3D Printer.This manufacturing method enables for customized chocolate designs, made by the consumers themselves. The system integrates flexible manufacturing with a web interface which facilitates for individual design and design collaboration with others.  It works by feeding melted chocolate through a number of tubes which distribute the chocolate on a bed according to the designdictated by computer software. University of Exeter engineers have designed a software for consumers to easily develop their designs which are then converted into CAD files used by the printer. It is expected that the machine will be highly effective in promoting 3D printing technology to a wider range of people, while also utlised as an enjoyable tool for student development in design technology.

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3D Systems acquires ZCorp

The beast keeps getting bigger! 3D Systems Corporation announced that it has signed a definitive agreement to acquire Z Corporation (“Z Corp”) and Vidar Systems (“Vidar”) for $137 million in cash from Contex Group, a subsidiary of Ratos AB, a listed private equity company located in Stockholm, Sweden.

The combination of Z Corp and Vidar products and services with 3D Systems’ complementary portfolio uniquely positions 3D Systems for accelerated growth in the fast-growing 3D content-to-print space. The transaction fills 3D Systems’ product performance and price gaps with complementary products and technology and doubles its reseller coverage globally. The Company stated that it expects the acquisition of Z Corp and Vidar to be immediately accretive to its cash generation and to its Non-GAAP earnings in the first full year following completion of this transaction. (1)
“We believe that the perfect strategic fit between these businesses, combined with expanded capabilities in product development, channel coverage, manufacturing and marketing, could present sizeable revenue and cost synergies that together offer significant long-term customer benefits and shareholder value,” commented Abe Reichental, President and CEO of 3D Systems.

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3D Printing Springs into Fashion

 

Agosta 3D Printed Clothing

3D Printers and Selective Laser Sintering have helped Australian fashion designer Amelia Agosta create sculpturally innovative pieces for her Spring collection. By utilizing exact model measurements, 3D scanning and printing helped to ensure precision of fit and intricate geometric designs materialize for

the fashion designer.  Robust materials were used to ensure the functionality of the garments which have the ability to be assembled and reassembled efficiently without affixing materials being externally visible. Some engineering challenges did emerge in the process including transforming CAD files into a 3D printable format, however the end result is the formation of immaculate garments, composed of intricate contours never previously possible through conventional design techniques and materials.

To see more of Agosta’s 3D Printed Designs click here http://www.fashionising.com/pictures/s–Amelia-Agosta-Student-Show-11-11802-1.html

 

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Rapid Manufacturing – making custom affordable

3D printed limb3D printing is paving the way for the innovative creation of products for the fraction of the cost and the time of traditional manufacturing methods.
The movement from manual labour to creating products by utilizing printing technology is allowing for the customization of products by incorporating specialized features and an array of materials. Through 3D Printing, Rapid Prototyping and Manufacturing systems there is a rise in the manufacturing of consumer goods, helping to expand and revive industries. Mass production is giving way to customized products such as lamps, iPhone cases and clothing.
American design company Bespoke Innovations is utilizing 3D printing for the creation of prosthetic limbs. They have built a scanning tool which examines limbs and then sends a detailed image to a computer, beginning the process for the sculpting of a custom prosthetic limb through 3D Printing systems. These designer body parts can be wrapped in leather, metal or any other desired materials.
Rapid Manufacturing is continuing to help personalize products and place creativity and ingenuity at the forefront of design.

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Desktop 3D Printing; making musical devices

Objet-3D-Desktop-PrintersThe Objet desktop 3D printer is helping create realistic guitar amplification device prototypes. The printer can efficiently print multiple flawless designs, simplifying the jobs of instrument designers and builders. Printer user, Fishman Acoustic Amplification, a brand specialising in acoustic guitar amplification, puts the printer to work.

Check out the video below to see more.

 

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Improved Hybrid 3D Printing System

The ProJet 6000 is a new and improved standard of Hybrid 3D Printing Systems. It integrates the material flexibility of an SLA with the ease of use of a 3D Printer.

Projet 6000This innovative 3D printing system boasts many improved features including an improved standard for precision high quality prototypes and an extensive range of materials from ABS like, Clear and High Temperature material.

3D Systems says that the ProJet 6000 is also much easier to use than its predecesors with an integrated 3D printer touch screen interface and the ability to change materials without the need to purge the system, eliminating material wastage.

The ProJet 6000 also offers multiple build resolutions for flexibility in speed and performance as well as a Remote Print Submission with 24/7 operation.

 

 

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Aussie’s manufacturing UAV’s via 3D printing!

The CyberQuad is an Australian designed unmanned, electric vertical take-off and landing system (Quadrotor) designed by Cyber technology in WA.  It’s a great example of the power of 3D printing, for the production of end-use-parts and assemblies made directly from 3D CAD data – without tooling.

A true direct manufacturing application, the CyberQuad, is produced in a 3D Systems next generation SLS Production 3D Printers.  Using a unique material called DuraForm, parts are capable of withstanding harsh conditions and used for direct low-volume manufacturing, providing the flexibility to modify, optimise and evolve designs on-the-fly.

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International Giant 3D Systems Acquires Aussie Formero

3DS LogoThe international juggernaut in 3D printing, 3DS (3D Systems) have struck again!! This time it’s one of Australia’s leading 3D printer suppliers and 3d printing services formerly known as Former.  Read on for the official press release.

 

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