Watch the “3D Printing Designs in Full Color” Webinar

Watch the “3D Printing Designs in Full Color” Webinar here: 


On Thursday April 24, 2014, Objex Unlimited and 3D Systems hosted the “3D Printing Designs in Full Color” live webcast, demonstrating the amazing full-color printing capabilities of the ProJet® x60 series and the ProJet® 4500 (the world’s first full-color plastic 3D Printer). The webinar demonstrated to users the amazing potential of 3D Systems’ new ColorJet Printing (CJP) technologies.

If you missed the webinar or would like to view it again, you can view a recording by clicking the “Watch Webcast Now” button above, or by clicking here.

Attendees of the webinar were given the chance to learn, interact and ask questions all about ColorJet Printing. Objex Unlimited took part in demonstrating how they integrate ColorJet Printing technology to help their clients acquire new and recurring business, speed-up product development, and significantly cut ongoing costs.

ColorJet Printing is the only 3D printing technology capable of printing solid, realistic plastic parts in up to 6 million colors for eye-popping, photorealistic models. ColorJet can speed up product development cycles, bring to life demonstration and concept models, and introduce new methods of model-making for architecture, entertainment, and medical field applications. In addition to producing models full-color, CJP is one of the fastest methods of 3D printing, at a speed of one vertical inch-per-hour, without compromising high-resolution, size or complexity.

The ProJet 4500 is the first ColorJet Printer to print in plastic, offering the additional benefits of increased durability and flexibility of models. Objects printed by the 4500 require minimal post processing to look great, and can survive fully submersed in water. A unique feature of the 4500 is the ability to easily map textures onto the models, which not only reduces the amount of work for designers, but allows for unique designs and color gradients on the surface of models.

Objex Unlimited provides 3D printing and scanning services for jewelry design and casting, geospatial prototyping, medical modeling, architectural models, and archaeological modeling, to name a few.

To recap, the webinar explored:

  • Latest developments in ColorJet 3D printing – now in durable plastic with the ProJet 4500
  • ProJet x60 series’ versatile range of full-color 3D printing applications
  • How physical color models help communicate designs more effectively


 

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Join Us for a Complimentary Live Webcast With 3D Systems

Complimentary Live Webcast 

Endless Applications with ColorJet 3D Printing

 

Explore how Objex Unlimited integrates ColorJet Printing (CJP) technology to help their clients acquire new and recurring business, speed product development schedules and cut costs. Objex Unlimited provides 3D printing and scanning services for jewelry design and casting, geospatial prototyping, medical modeling, architectural models, archaeological modeling.

3D Systems‘ ColorJet Printers set the standard for true, full-color printing, speed and affordability.  See how CJP printers can be used to produce exceptional high-resolution, large architectural models, industrial molds and castings, product design concepts, single-piece scale prototypes and more.

In this live webcast, you’ll learn:

  • ProJet® x60 series’ versatile range of full-color 3D printing applications
  • Latest developments in ColorJet 3D printing – now in durable plastic with the ProJet 4500
  • How physical color models help communicate designs more effectively

If you’re a product designer, engineer, architect, manufacturer, animator or educator, don’t miss this inside look at how 3D Systems and Objex Unlimited engage 3D printing to Manufacture the Future.


Date:

April 24, 2014

Time:

11 AM EDT / 8 AM PDT

5 PM CET

Duration:

1 hour

Presenters:

Tom Charron – VP Product Marketing – 3D Systems

Steve Cory – President – Objex Unlimited

 

Scan Your World with Sense for the Mac

 Make Sense for the Mac

 macsense_4.7.14_c

We have great news for all of you Tech-Savvy Mac users who love 3D Printing and 3D Scanning.  All of you Mac users can now enjoy Sense, an at home 3D scanner, fully integrated with Cubify.com and the Cube 3D printer. The Sense allows users to upload their scans directly for 3D printing either at home or through the cloud. It releases the scans in STL files and PLY files.

 

Mac users should get excited for the newly announced support for 3D Systems. The Sense is the first 3D Scanner that is specifically designed for easy customer use and optimized for 3D printing. It is now easy and fun to capture priceless moments in 3D at a cost of only $399.

 

The Sense software V1.1 features Mac support and many other feature upgrades. The feature upgrades include: improved scan tracking and stability, upgraded auto-enhancement for correct brightness and colour. These features build on the very easy-to-use interface that allows anyone to focus, crop, delete, and share colour 3D data.

 

Sense 3D Scanner Tech Specs

Supported operating systems

Windows 7® (32-bit or 64-bit)
Windows 8® (32-bit or 64-bit)
Mac OS X 10.8 or later

Maximum power consumption

2.25 watts

Scan volume

Min: 0.2m x 0.2m x 0.2m
Max: 3m x 3m x 3m

Dimensions

17.8cm x 12.9cm x 3.3cm

Operating range

Min: 0.35m
Max: 3m

Depth image size

240(w) x 320(h) px

Field of view

Horizontal: 45°
Vertical: 57.5°
Diagonal: 69°

Spatial x/y resolution @ 0.5m

0.9mm

Depth resolution @ 0.5m

1mm

Operating temperature

10-40° C

Data interface

USB 2.0/USB 3.0

Data format

16 bit

Maximal Image Throughput

30 fps

USB Cord Length

213cm

Color Image Size

240(w) x 320(h) px

Hardware recommendations

Intel® Core i5™ or equivalent processor
RAM: 2 GB minimum
1280 x 1024 minimum screen resolution
Color: 32-bit
4 GB available hard disk space

Warranty

1 year

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A Major Art Installation Made Possible by 3D Printing at Quickparts

The Manhattan Project

manhattan 2In early 2014, Vick Art Advisors tasked Sparks, a brand experience company talented at creating vibrant environments and activations, to create a sculpture that abstractly depicted Manhattan. The problem was that the deadlines were tight thus demanding a quick turnaround.

 

Sparks’ 3D design team got together to brainstorm an art installation that would truly depict Manhattan in a unique manner. The team then thoroughly explored options on how this art installation could be physically created. They researched hand fabrication and CNC technology, but realized that 3D printing was the only logical option for the complex full-colour 3D project they had in mind. However, getting 3D prints made quickly was still a critical factor so they turned to Quickparts on-demand 3D printing serviced from 3D Systems.

manhattan 1

“Quickparts has a wide range of 3D printing options for different types of projects .  However, we needed to print very large models very quickly and in full CMYK color, so their ColorJet Technology was the one option that made this even feasible,” said senior designer David Shamlian.

 

Said Shamlian, “The last models arrived from Quickparts on the Wednesday.  All the pieces were prepped and pre-hung by Sparks craftsmen on Thursday.  It was shipped to New York and installed to the delight of the client on Friday.”

 

In the end Quickparts completed the project in record time on deadline. Its also amazing to keep in mind that this was done while parts were printed on a full-colour Projet 860 3D printers that were thousands of mils apart and on different continents.

projet-860pro-with-person

Full-Colour Projet 860 3D Printer

  • Most productive professional 4-channel CMYK full-colour 3D printer
  • Featuring largest build volume and highest resolution

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Staples Partners with 3D Systems to Launch In-store 3D Printing Experience in New York and Los Angeles

Staples Launch in-store 3D Printing Experience

staples-cubex-store-1-web

3D Systems has announced that it has partnered up with Staples, Inc. to start a pilot program in which two staples stores in New York City and Los Angeles offer 3D printing services.

 

Each of the staple stores will feature an immersive 3D printing experience center where consumers and small businesses can create personalized products and use 3D printing hardware. Customers will also be able to bring in their own 3D print-ready files to have them printed.

 

“3D printing offers enormous potential for small businesses, and by using Staples, they can print with the technology without having to invest in it,” said Damien Leigh, Senior Vice President of Business Services for Staples, Inc. “The test with 3D Systems will help us learn about our customers’ needs for a local 3D printing service, and how Staples can help them make more happen for their business through 3D printing.”

 

“Staples’ established reputation as a leader in home office and small business solutions makes them an ideal partner for testing out live, consumer-facing 3D print services,” said Rajeev Kulkarni, 3DS’ Vice President and General Manager, Consumer Products Division. “We have been thrilled with the retail experience and response from our audience, and the difference it makes being able to see, touch and experience 3D printing.”

 

With these new 3D printing experience centers customers can learn more about 3D printing through demonstration areas where they can use design software and see 3D Systems printers in action. Each store will also include the 3DME® Photobooth from 3D Systems to capture customers’ facial images for the purpose of personalizing 3D products like figurines, and customers can also print personalized smart phone cases.

 

3D Systems on-site experts, along with trained Copy & Print associates from Staples to help guide customer on their 3D printing journey will be available at each store. The items can be printed on site or through 3D systems and shipped directly to the customer’s office or home.

 

Staples previously announced that it would be the first major U.S. retailer to carry 3D printers, with the launch of the Cube® from 3D Systems on Staples.com. Staples has since rolled out 3D printing hardware and accessories in a limited number of stores, and expanded its overall product selection.

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3D Printing Cures Tracheobronchomalacia TEDxUofM

3D Printing Cures Tracheobronchomalacia

TBM

Tracheobronchomalacia (TM) is a rare condition where a person can only take shallow breaths or struggle to breathe at all and in worse case can lead to death. This occurs when the trachea (the main trunk of system of tubes by which air passes to and from the lungs) is weak due to soft cartilage in a certain area or throughout the trachea and the mainstem bronchi (the main passageway into the lungs) are involved as well.

 

Glenn E. Green, MD, and Associate Professor of Pediatric Otolaryngology and Scott J. Hollister, PhD, a professor of Bioengineering partnered up and were determined to find a cure for tracheobronchomalacia with some help from 3D printing along the way. “Severe tracheobronchomalacia has been a condition that has frustrated me for years,” says Green. “I’ve seen children die from it. To see this device work, for a second time, it’s a major accomplishment and offers hope for these children.”

baby TBM

Above is a picture of the second baby who’s life was saved with a new, bioresorbable device developed at the University of Michigan by Dr. Green and Dr. Hollister.

“It is a tremendous feeling to know that this device has saved another child. We believe there are many other applications for these techniques, but to see the impact living and breathing in front of you is overwhelming.”- Scott Hollister, Michigan Engineering professor

 

Together they attended TEDxUofM to talk about their work.

 Click Here to Watch Them at TEDxUofM

Click Here to Watch a Baby Saved By 3D Printing

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3D Systems Provides Students With Disabilities Access To 3D Printing For Assistive Devices

3D Systems Help Students With Disabilities Through 3D Printing 

3d printing project

3D Systems has announced that it is supporting the 3D printing project “Engaging Young People with Assistive technologies”. The 3D printing project is a program for students with physical disabilities at Hereward College in Coventry, United Kingdom. The University of Warwick funds the project and since September 2013, it has been empowering physically challenged students through 3D technology to help them design objects that make everyday life easier.

 

Using the CubeX 3D printer from 3D Systems, students from Hereward College are learning to design and print useful implements that can help them over come their everyday challenges. For example a person, who suffers from conditions such as muscular dystrophy, can find tasks such as drinking from a glass or bottle difficult, even when using a straw.

 

“For example, twenty-one-year-old Hereward residential student Ollie Baskaran, from Leatherhead in Surrey, designed and 3D printed a bespoke straw holder with the help of his tutor Russell Smith. Shaped like a cork stopper with a hole in the middle, the simple design allows Ollie to enjoy a drink from a variety of different bottle shapes.”

 

“It is great to see 3D printing powering projects such as this that allow students with disabilities to improve their lives while learning STEM skills that are crucial for their future employment,” stated Leanne Gluck, Director of Social Impact, 3DS.

WMG

Warwick’s Project Officer, Diane Burton, said, “We are very grateful to 3D Systems for their 3D printer donations and on-going support. It has been vital in inspiring students at Hereward to create their own innovative products. This has really extended their skills and increased their interest in science and technology”

hereward college

The project is delivered by the Access Research & Development Department at Hereward College and Warwick manufacturing Group (WMG). They have extensive expertise in additive layer manufacturing, and the department of Computer Sciences, which has strength in adaptive systems. The project is apart of a larger initiative by the University of Warwick to engage with groups of learners that are currently under-represented in science and technology at the university degree level.

 

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Medical Modeling Teams Up with 3D Systems

Medical Modeling Teams Up with 3D Systems

 

logomedical

 

Medical Modeling has pioneered the leading 3D medical technology that comes with extraordinary benefits. If you would like to see these benefits look no further than the many conjoined twin separations the company has supported like 3D systems, which they newly joined forces with. In each case, medical modeling’s 3D imaging and physical models have created a successful procedure by allowing surgeons a true-to-life view of the patients’ shared anatomy before the first incision is ever made. Doctors can fully prepare for the procedure, which leads to the patient spending less time in the OR.

 

Medical Modeling’s lineup of virtual surgical planning tools, implants production services, tactile medical imaging, and more revolutionizing clinical treatment.

mm_twins

Virtual Surgical Planning (VSP) Technology

VSP is about utilizing medical image data to accurately plan surgery in a computer environment then transferring that virtual plan to the patient using customized instruments.

 

Tactile Medical Imaging

Medical modeling focuses on taking medical images from the computer screen to the 3D world. Additive manufacturing processes and materials of different kinds are used to produce physical anatomical models used in surgeries such as reconstruction of the cranium and the hip.

 

Now that Medical Modeling is a apart of 3D Systems, they will have even more access to state-of-the-art 3D printing and modeling tools, allowing both companies to head forward together with cutting-edge medical imaging and surgical planning.

 

3D Systems and Medical Modeling hope to enable better quality medical care and improve patient outcomes throughout the world, through3 their collective strengths, knowledge, and visions.

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3D Systems Showcases 3DPRINTING 2.0 to Inside 3D printing NYC Conference

3D Systems Attending Inside 3D printing NYC Conference

3d inside conference

  • Company CEO delivers opening keynote on Manufacturing the Future
  • Showcases most advanced manufacturing 3D printers and materials
  • Features multi-materials, full-colour, ceramic, metal and edible 3D printing

 

3D Systems has announced that it is brining its 3D PRINTING 2.0 to the second annual Inside 3D Printing Conference and Expo in New York City. 3DS is planning to demonstrate its powerful 3D design-to-manufacturing products that are designed specifically for the production floor and the engineer’s desktop. “The company invites attendees to experience the first and only professional full-color plastic 3D printer, try its fab-grade multi-materials 3D printer, and see the output of its latest direct metal 3D printers, all capable of printing fully functional parts and assemblies and available for immediate purchase.” Inside 3D printing NYC conference takes place April 2-4, 2014, at the Javits Convention Center in New York City, NY.

 

3D Systems Presiedent and Ceo, Avi Reichental will deliver the opening keynote on the morning of April 3, 2014. He will discuss how 3D printing is transforming and localizing manufacturing, highlighting key trends and sharing advanced manufacturing initiatives.

 

“We brought to Inside 3D Printing NYC the most powerful set of 3D professional design, manufacturing and consumer products available today, to help attendees understand, embrace, and most importantly, position themselves to take advantage of the abundant opportunities ahead,” said Cathy Lewis, CMO, 3DS. ”The exponential performance gains we are delivering, together with new categories such as metals, edibles and ceramics, coupled with performance materials, full-color plastic printing and new physical photography devices, positions our 3DPRINTING 2.0 offering at the heart of the 3D printing growth opportunity.”

 

3DS is showcasing its new 2014 product line. The following will be on display:

 

  • Industrial-grade direct metal printing – The ProX™ 300
  • High Performance simultaneous multi-materials composite printing – The Projet® 5500X
  • First and only full-colour plastic 3D printer – The Projet® 4500
  • Smalled, most exonomical, precision 3D parts – The Projet® 1200
  • Integrated scan-to-design and inspection tools and print drivers- Geomagic Capture®
  • First-ever edible sugar and chocolate 3D printer – The ChefJet™
  • Stunning ceramic 3D printer – The CeraJet™
  • Vibrant, affordable full-colour desktop 3D printer – The CubeJet™
  • Professional-quality consumer 3D printing – The CubePro™
  • First sub –  $1000 consumer, plug & play 3D printer for everyday use- The third generation Cube® 3D
  • Wireless physical photography – iSense™
  • Perceptual 3D mouse – Touch™

 

For more information on these products visit:

 

https://objexunlimited.com/

http://www.3dsystems.com/

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Forensic Uses of 3D Printing

Forensic Uses of 3D Printing

 

The use of physical models in court is not a new concept. For decades now, small-scaled models of crime scenes and other pieces of evidence have been entered into court to show jurors where and how a crime may have been committed. However, the use of 3D printing in investigation and court purposes is still new. This may be due to a lack of knowledge of complex technology, cost, and what can be done with 3D printing. It makes you question why people haven’t seen the benefit of 3D printing for use in court.

 

One reason why 3D printing for forensic use is not such a common practice is the fact that close range scanners that accurately record smaller pieces of evidence like skulls, bones, and shoes are not commonly owned or used by police departments. Fortunately, a local 3D printing and 3D scanning service provider with equipment capable of digitizing a particular piece of evidence should be in close proximity.

 

The first step to creating a 3D printing object is to be able to digitize the object into a 3D model. The second step after an object has been documented in 3D is to ensure that the model is made into a continuous volume without any “missing pieces”. The final step is the actually printing process itself.

 

Now that the 3D printed model is made. It can be used in many application which include training aids, investigative tools, test pieces, or as evidence submitted in court so that jurors may physically hold a replica of an important object in their hands.

 

Below are some further examples of practical applications for 3D printing in the forensics field.

 

Footprints

 

Creating replicas of pieces of evidence is not a new practice in forensics. Investigators and scientists have used materials such as dental stone to create casts of footprints, Mikrosil for tool mark impressions, and other materials that can replicate the surface of an objet either by impression transfer or curing, for years now. Although, footprint casting with dental stone is a common technique, it is not always practical when the substrate material is prone to deformation or when the substrate is rapidly deteriorating.

footprint

On a crime scene time can often be a factor and in many remote areas where resources and equipment may not be readily available, first responders have an opportunity to capture photographs of evidence using nothing more than a digital camera. By utilizing advanced photogrammetry software such as PhotoModeller Scanner or 3DReality, a dense and accurate surface model can be created. It is important to note that the 3D model is a replica of the footprint and not a surface that is cast as a “negative”.

 

The created digital model can be easily converted into a readily acceptable format for 3D printing and in the absence of more adequate casting materials, time, or resources, laser scanning or photogrammetry can prove to be beneficial.

 

Facial Reconstruction and Identification

 

When skeletal remains are found at a crime scene and the skull it intact, it is possible to utilize the skull to obtain information about the type of person who was found. Gender and race can be determined from various landmarks on the skull to assist with identification of the individual. At the Central Identification laboratory of the Joint POW/MIA Accounting Command (JAPC), they have a mission to identify the remains of American soldiers from past military conflicts. Among the lab’s tool for forensic identification are multicolour 3D printers. “For example, JPAC prints a model of a skull using digital information from CT scans of the remains. The 3D printed skull is then photographed from multiple angles and superimposed with photographs of known soldiers to gauge potential matches, a process called “skull photographic superimposition”.”

skulldigi

It should be mentioned that these techniques need not to be obtained from a CT scanner since photogrammetry or other 3D scanning systems are capable of capturing the data at different levels of detail depending on the need. “ Figure 2 shoes a skull model created solely using photogrammetry. Photographs were taken from around the skull in small increments and, once processed, a highly detailed 3D model is created. This can subsequently be converted to a STL file format that is universally accepted across almost all 3D printing systems.”

skull obj

Fingerprint Examination

fingerprint obj

Another area in forensic science where 3D printing may prove to be useful is fingerprint examination. Small scanning systems allow for a suspect’s fingerprints to be captured fully in 3D. Traditionally fingerprints at crime scenes are captured through the use of powder and tape, they are eventually scanned or photographed as a high-resolution image. “The source of the prints are all curved and contain highly detailed ridges and pores.” The resulting 3D model is able to capture all the ridge detail and can be used for investigative comparison purposes.

 

In court jurors can benefit from large-scale 3D replica of a suspect’s fingerprint by being able to easily visualize the 3D replica and they also have the benefit of haptic perception. Fingerprints are a good example of how we can take something small and create it at a much larger scale to bring out specific details, which would normally not be easily visible by the naked eye. Fingerprint examiners in training benefit from the having the ability to visualize and feel what an enlarged 3D replica of a person’s finger looks like before making a flat print comparison.

 

Accident Reconstruction

accident

Vehicle accidents represent an area where much is disputed and litigated on a regular basis. In many instances it takes more than just photographs to do a proper investigation. It is possible to scan vehicles just as they are found at an accident scene to give a more accurate account of how vehicles may have been found in their final rest positions, as more police agencies adopt laser scanners.

 

In the courtroom, a witness can physically hold a model of a crushed car and point out areas that were of importance.  Physical 3D replicas can preserve some evidence for future viewing by juror and lead to more accurate decisions. Using physical 3D replicas crush and extent of damage can also be shown to jurors.

 

Structural and Industrial Accidents

construc 

There is often attention and investigation into the cause and origin of large scale and structural industrial accidents. Haag 3D has used laser scanners to document crane disasters where a large structural member has failed.

 

“In a recent case, Haag 3D was involved in a project involving the failure of a crane where the combination of wind plus other man-made effects caused a massive failure of the forward portion of the lattice boom. The crane and building were recreated using 3D printing and then subsequently placed in a wind tunnel to simulate the conditions and effects of wind.”

 

“Other forensic uses of 3D printing are extensive and are open to creativity. Some of these might include:

  • Printing a scale model of the first floor in a home where a crime was committed.
  • Recreating a physical copy of a weapon found at a crime scene.
  • Displaying bullet trajectories through 3D scanned article of clothing.
  • Creating a model of a suspect’s dentition and showing how well a bite mark aligns.”
  • Printing a scaled model of a collapsed building due to a bombing.
  • Creating test pieces of a piece of evidence that might be used in an experiment.”

 

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