Originally Posted on Artec3D.com. Bulgaria’s National Museum of Military History, Threeding.com, Artec 3D and Vesk Consult team up to unravel military history in 3D.

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One of the largest museums of military history in Eastern Europe, the National Museum of Military History in Sofia, Bulgaria, and Threeding.com, a fast-growing 3D-printing marketplace and community, have announced a cooperation agreement for the 3D digitalization of military artifacts.

Under the agreement, Threeding.com will 3D scan part of the museum’s exhibits using Artec Scanners and put up their models in 3D printing friendly format on its portal. All 3D models will be available for free viewing on the museum’s website at www.militarymuseum.bg. A pilot project will mark the centenary of World War One.

Coordinated by Vesk Consult, the project will be running in cooperation with Artec 3D, a global leader in the development and manufacture of professional 3D scanners, which will provide its hardware, software and know-how.

The National Museum of Military History will receive royalties from the sales of 3D models and will be provided with free digital copies of all scanned exhibits, which can then be used for scientific and educational purposes.

Threeding will also work with the Museum of Military History to create a 3D gallery on the museum’s website over the next few months, offering users an opportunity to view exhibits online in 3D.

The partnership, which builds on successful cooperation between Threeding and Bulgaria’s regional history museums in Varna and Pernik, will enable Threeding to add unique military artifacts to its portfolio of 3D-printable models. Currently, there are over 150 models of museum objects, such as ancient sculptures, reliefs, architectural fragments of Ancient Greek and Roman origin, medieval weapons, icons and tools, available for sale in 3D printing friendly format at Threeding.com. The first models are already available on the website and include different weapons, military equipment and soldiers’ art from WW1.

 “The National Museum of Military History is certain that the majority of its visitors – young, employed, open to innovations, and familiar with many European practices – will be excited by this new form of museum interaction,” says the director of the National Museum of Military History, Associate Professor Sonya Penkova. “The ambition to create a virtual museum is coupled with the wish to mark the anniversary of World War One using a novel approach for Bulgaria and the Balkans – acknowledging the cost of the war, its human and social ramifications. We hope that our joint efforts will accomplish this ambitious goal.”







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About the National Museum of Military History of Bulgaria

The National Museum of Military History is a state-run museum, supervised by the Bulgarian Defense Ministry. The museum was established in 1916 to become one of the largest and most modern military museums in Europe. Its collection features more than 1 million artifacts related to Bulgarian and European military history.



About Threeding

Threeding is an online community for sharing and trading 3D-printable models. The start-up was founded in 2013 by a group of students from the Bulgarian National Academy of Art, led by Tzveta-Maria Partaleva and Stan Partalev. Threeding is the only 3D printing marketplace that offers 3D-printable models of historical artifacts.



About Vesk Consult

Founded in 2007, Vesk Consult is an R&D consulting company that has successfully implemented a series of major innovative projects to digitize, restore and conserve prehistoric and early antique cultural heritage.



About Artec 3D

Artec 3D is a leading developer and manufacturer of professional 3D scanning hardware and software. Extremely fast and efficient, Artec 3D scanners are used by thousands of people. In 2013, Artec launched an automated full-body 3D scanning system, Shapify Booth, which has made 3D portraits, or shapies, easily available and affordable to millions of people across the world. Artec’s mission is to unleash the 3D revolution, bringing 3D technologies to everyone, everywhere.



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Objex Unlimited

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Objex Unlimited 3D Printing Studio
Toronto’s 3D Printing and 3D Service Experts

Objex Unlimited is your resource for everything 3D.

We take great pride in the services we provide, and will find the best 3D printing solution for you.
We will work with you to complete your project and reach your goals ahead of schedule.

We offer a variety of 3D printers3D scanners and 3D software, and will work with you to find the best solution for your needs. We are an authorized reseller of 3D SystemsArtec Group, LMI TechnologiesGeomagic and Agisoft 3D products.

Our talented and diverse staff deliver high-quality, industry-leading results.
Our commitment is to fulfil your project needs within budget and on-time.



Over the past couple months, Objex Unlimited 3D Printing Studio, along with Sculptraits Studios, had the opportunity to assist the talented and creative students of Oasis Skateboard Factory with a final graduation project they had been working on. Come check out some of the amazing creations these students have come with! The name of the event is “The Youth are Revolting” and will be hosted by OASIS SKATEBOARD FACTORY POP-UP SHOP.

Join us this Friday, January 23rd 2015, at 7:00pm EST for this Toronto Offsite Design Festival (TODO) Event. The celebraton will run until 10:00pm EST.  The event is located at Anomaly, 46 Spadina Ave. Suite #200, Toronto, ON.



Sculptraits took care of the 3D Scanning, utilizing their proprietary, state-of-the-art scanning technologies. Each student was given the opportunity to get scanned at Sculptraits Studios, and the 3D Scan data was then passed on to 3D designers for further processing and digital manipulation. Objex Unlimited then printed the manipulated designs on a Full-Colour Gypsem Printer. The end result is perfectly revolting… in the coolest way possible!

Various 3D Printed Bits - Skulls, Skateboards, & Discarded Textbooks

Various 3D Printed Bits – Skulls, Skateboards, & Discarded Textbooks

We don’t want to give away too much, so you’ll just have to come to the event to see the final product, and to congratulate these students for their hard work over the school semester!

About Oasis Skateboard Factory


Since its opening three years ago, Oasis Skateboard Factory (OSF), founded by teacher Craig Morrison, has attracted considerable media exposure and received a Ken Spencer Award from the Canadian Education Association (CEA) for its innovative program. OSF is one of three programs offered by Oasis Alternative Secondary School, one of 22 alternative secondary schools of the Toronto District School Board (TDSB). Students design, build and market skateboards, along with paraphernalia for the skateboard culture, and earn academic credit. Students may enrol for as many as three semesters.

About Objex Unlimited

Objex Unlimited 3D Printing Studio is a 3D solutions provider and 3D product reseller specializing in 3D Printing, 3D Scanning, 3D Design and 3D Services. We strive to be at the forefront of the 3D printing revolution and to explore, develop, and commercialize new applications in 3D. Leveraging unparalleled expertise in 3D technologies, we work with you personally to find a product or solution that will save you time, effort, and money. We will bring your ideas and designs to life by creating working parts, beautiful full-colour models, and rapid prototypes. Objex Unlimited is an authorized reseller of 3D Systems, Artec and LMI Technologies.

There is no denying the power and ease-of-use of the Artec 3D scanners. In fact, as we mentioned in an earlier post, the similar Artec Eva scanner (designed for slightly larger objects) was actually named the best 3D Scanner under $50,000. So when you have a product that already works great with a human operating it, imagine what happens when a robot learns how to use the scanner, and respond in real time to the feedback it’s getting?

The guys at Artec Group, along with engineers from the Visual Computing Research Center, Tel-Aviv University, the Memorial University of Newfoundland, the University of Konstanz, and Shandong University, asked the same question. They combined the Artec Spider with the PR2, a robot boasting a humanistic look and sense of movement. The PR2 holds the Artec in its ‘hand’ and puts it to use, rapidly scanning the most detailed and ornate objects from every angle. The double system captures 7.5 frames per second and processes 1 million points per second, meaning it gets the job done more expediently than a laser printer, and requires no post-processing.

According to 3DPrint.com: “The researchers found that the Artec Spider worked best with the PR2 in terms of high resolution and extreme accuracy regarding edges and miniature parts. In a completely automated scanning system, the PR2 is able to respond to analysis and data from the Artec Spider, moving it and the object strategically and precisely as instructed to complete comprehensive scanning. At each viewpoint, it takes a snapshot, which is merged with the last picture, until a whole object is completed.”

Because this project is focused on objects that are small, can fit into a hand, and have a high level of detail, the Artec Spider is the perfect tool for the job. The Spider was designed specifically for CAD users and perfect for reverse engineering, product design, quality control and mass production. It requires no calibration, no markers and offers real time scan alignment. It also boasts super high detail of fine objects and excellent texture capture.


“Artec’s Scanning SDK is responsible for the program running the Spider, which is able to make a “confidence map” that eliminates challenges with blind spots, recognizing the areas where more scanning is necessary to collect all the data. With the programming from Artec’s Scanning SDK, the system understands when total scanning is complete. During complete testing of Artec’s Scanning SDK, the Artec Spider, and the PR2 working together, researchers concluded that the algorithms responsible for visibility and boundaries were excellent, as well as algorithms regarding rounded edges and density.”

Different Scans Taken with Artec Spider

Different Scans Taken with Artec Spider

Although the Artec Scanners are very user friendly, it is extremely interesting to see how the object is scanned when the user, the PR2 robot, get’s direct feedback. Where a human would have to figure out what angles of the scan they are missing, the robot has a more instantaneous response to what part of the object’s texture and geometry are missing. And it’s great to see more and more ways we can apply the amazing scanning technology behind the Artec series of 3D scanners.



About Objex Unlimited

Objex Unlimited 3D Printing Studio is a 3D solutions provider and 3D product reseller specializing in 3D Printing, 3D Scanning, 3D Design and 3D Services. We strive to be at the forefront of the 3D printing revolution and to explore, develop, and commercialize new applications in 3D. Leveraging unparalleled expertise in 3D technologies, we work with you personally to find a product or solution that will save you time, effort, and money. We will bring your ideas and designs to life by creating working parts, beautiful full-colour models, and rapid prototypes. Objex Unlimited is an authorized reseller of 3D Systems, Artec and LMI Technologies.

Last week, the ROM announced their new exhibit outlining Sir John Franklin’s lost 1845 expedition to find passage in the Arctic Northwest. The centrepiece of the exhibit? A full-scale, 3D printed replica of the bell that once rung aboard the HMS Erebus.


PARKS CANADA - Recovery of the bell of the HMS Erebus


The replica of John Franklin’s bell was created using an Artec Eva 3D Scanner and a 3D Systems ProJet 660Pro. First, the 3D scan was actually done underwater to ensure that the bell kept it’s original shape and was not damaged during the extraction. The Artec Eva has the advantage of being one of the most flexible scanners on the market today, and has the ability to capture both colour and geometry simultaneously. Second, the replica was printed on a ProJet 660Pro, 3D Systems’ full colour printer (and one we use every day here at Objex Unlimited), due to its amazing colour reproduction and photo realistic printing abilities. When it comes to realism, there really is no other 3D Printer that can reproduce colours like the 3D Systems x60 Series.


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From the National Post: “The bell that was recovered from the ship requires extensive conservation and so the creation of a full-size 3D replica — the only one in the world — seems to us to be a great way to launch this project,” said Janet Carding, the museum’s director and CEO.”


There are certainly no shortage of examples where 3D scanning and 3D printing have been used in conjunction to restore historically significant items and artifacts that would otherwise be too fragile or delicate for public display. Every day, more and more museums are turning to 3D printing as a means to create perfect replicas of existing artifacts, or restoring artifacts that have already been damaged.
UPDATE December 11, 2014: Thank you for tuning in! Sculptraits Studios on Daily Planet was a HUGE success. For those who may have missed it, here is a sneak preview of the segment. Keep checking back, we will be posting a video of the full segment shortly, including the unveiling of the 3D Prints to Lucas. You won’t want to miss it!

Tune in to Daily Planet on Wednesday, December 10th to see the unveiling of Sculptraits Studios, the state-of-the-art, professional 3D scanning studio located in Toronto. Join Daily Planet’s Tech Correspondent, Lucas Cochran, as he gets the full Sculptraits experience; this includes an extremely high-detail 3D Body Scan, 3D Design/Manipulation of the 3D Scan, and finishing up with a picture-perfect 3D Printed model. We hope you enjoy watching the segment as much as we enjoyed filming it!


Daily Planet airs on Discovery Channel Canada, Monday through Friday at 7 p.m. EST (Monday through Friday at 4 p.m. PST). For those who don’t know, Daily Planet is a television program on Discovery Channel Canada which features daily news, discussion and commentary on the scientific aspects of current events and discoveries.


As a sister company of Objex Unlimited, Sculptraits Studios encompasses all the facets that fall under high-end 3D capture services, utilizing our proprietary, cutting-edge 3D scanning technologies. Going above and beyond the trend of “3D Selfies,” Sculptraits Studios focuses on large-scale, highly-detailed, professional 3D Services. This includes 3D Scanning, 3D Design, and 3D Effects. The aim of Sculptraits is to empower people with opportunities to Capture, Create and Archive high-quality, timeless digital assets. Sculptraits is located at 321 Davenport Rd. in Toronto, and is now taking appointments.


3D Systems announced on May 29, 2014 that its ProJet® 3510 MP 3D printer and proprietary VisiJet®Pearlstone dental material have been verified by 3Shape for prosthodontic dental model production. Verified and integrated with 3Shape’s Model Builder software, 3DS’ ProJet 3510 MP is a proven solution for manufacturing prosthodontic dental models with accuracy, precision and push-button simplicity.

3Shape affirms that the ProJet® 3510 MP 3D printer and proprietary VisiJet®Pearlstone dental material:

  • Are the first and only 3D printer solution verified by 3Shape for ultra-high fidelity prosthodontic dental model production
  • Provides seamless integration with 3Shape Model Builder software for 3D model production with high accuracy, precision and ease of use
  • Offers online access to 3DS’ production facilities for on-demand model production.

“Since we installed our ProJet 3500 series printer with Pearlstone we have printed thousands of models with incredible consistency and accuracy.  It integrates seamlessly into the 3Shape digital workflow for the TRIOS intraoral scanner, and the post-processing labor involved with this printer is minimal,” said Rob Nazzal, CEO of Custom Automated Prosthetics. “Technicians are comfortable working with these models since they look and feel like stone, and the doctors love the superior fit of the all-digital restorations.”

The ProJet 3510 MP is part of a comprehensive, personalized digital thread for dental model production, starting with models designed in Model Builder software direct from intraoral scans or physical impression scans, and output seamlessly on the ProJet 3510 MP with VisiJet Pearlstone material. The VisiJet Pearlstone dental material is available in both a Matte Plaster and Glossy print mode with a 30 micron layer thickness, an average accuracy of 50 microns and a stone-like finish.

3DS has also integrated its production services capabilities into the 3Shape software solution, so that Model Builder users without access to a ProJet 3510 MP can simply select 3D Systems from a pull down manufacturing output menu in the Model Builder software and order dental models from 3DS production facilities. 3DS will print the models on the ProJet 3510 MP direct from the Model Builder file and ship to the customer.

“We have performed all of the integrated design work to ensure seamless integration with 3Shape’s Model Builder software as part of a comprehensive digital thread,” said Lee Dockstader, Vice President Business Development, 3DS.  “No other 3D printer has crossed this threshold and we are proud to announce our verification with 3Shape, as well as our production services capabilities to offer a proven dental model solution for Model Builder customers worldwide.”

“3D Systems’ ProJet 3510 MP and Pearlstone materials produce accurate, precise and high fidelity prosthodontic dental models direct from 3Shape’s Model Builder software, providing our customers with a complete digital workflow,” said Rune Fisker, Vice President Product Strategy, 3Shape. “We are also pleased to add 3D Systems as a manufacturing output provider in our integrated software solution so our customers can order dental models direct from 3D Systems through our software.”

Objex Unlimited carries and services both the ProJet 3510 MP and VisiJet Pearlstone material. For more information, contact us or get a quote.


About 3Shape

3Shape is a Danish company specializing in the development and marketing of 3D scanners and CAD/CAM software solutions designed for the creation, processing, analysis and management of high-quality 3D data for application in complex manufacturing processes. 3Shape envisions the age of “full digital dentistry,” and its 400 employees, including more than 175 developers provide superior innovation power toward reaching this goal. 3Shape’s flexible solutions empower dental professionals through automation of real workflows, and its systems are applied in thousands of labs in more than 100 countries worldwide, putting 3Shape technologies at the peak of the market in relation to units produced per day by dental technicians. With TRIOS®, 3Shape now brings its vast expertise and innovation power directly to dentists. 3Shape boosts its first-line distributor support network with a training and support force of over 50 in-house experts placed in 6 support and service centers strategically located around the globe. 3Shape is a privately-held company headquartered in Copenhagen, with the market’s largest team dedicated to scanner and software development for the dental segment based in Denmark and Ukraine, production facilities in Poland, and Business Development & Support Offices at several locations in Europe, in North America, Latin America and in Asia. For further information regarding 3Shape, please refer to www.3shapedental.com. Visit us on www.facebook.com/3shape, or view our mobile site onm.3shapedental.com.

About 3D Systems

3D Systems is a leading provider of 3D printing centric design-to-manufacturing solutions including 3D printers, print materials and cloud sourced on-demand custom parts for professionals and consumers alike in materials including plastics, metals, ceramics and edibles. The company also provides integrated 3D scan-based design, freeform modeling and inspection tools and an integrated 3D planning and printing digital thread for personalized surgery and patient specific medical devices. Its products and services replace and complement traditional methods and reduce the time and cost of designing new products by printing real parts directly from digital input. These solutions are used to rapidly design, create, communicate, prototype or produce functional parts and assemblies, empowering customers to manufacture the future.

Leadership Through Innovation and Technology

  • 3DS invented 3D printing with its Stereolithography (SLA) printer and was the first to commercialize it in 1989.
  • 3DS invented Selective Laser Sintering (SLS) printing and was the first to commercialize it in 1992.
  • 3DS invented the Color-Jet-Printing (CJP) class of 3D printers and was the first to commercialize 3D powder-based systems in 1994.
  • 3DS invented Multi-Jet-Printing (MJP) printers and was the first to commercialize it in 1996.

Today its comprehensive range of 3D printers is the industry’s benchmark for production-grade manufacturing in aerospace, automotive, patient specific medical device and a variety of consumer, electronic and fashion accessories.

More information on the company is available at www.3DSystems.com.


(image caption: Prosthodontic dental model printed on 3D Systems’ ProJet 3510 MP with VisiJet Pearlstone material shown with 3D printed wax-ups made on 3D Systems’ ProJet 1200 with VisiJet FTX Green material.)

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  • Acquisition of 100 percent of the shares 
  • Expansion into new markets – life sciences, coordinate measuring machines (CMM) and surface metrology
  • Strong presence in Germany
  • Additional access to a world-wide reseller network
  • Integration of its precision calibration and measurement know-how


LMI Technologies has signed an agreement to acquire 100 percent of the shares of GFMesstechnik GmbH  (“GFM”, www.gfm3d.com) – a leading supplier of 3D metrology products based in Teltow/Berlin. The acquisition will result in the integration of GFM by LMI Technologies under the LMI brand creating a strong presence in Germany and increasing product representation worldwide with the addition of the GFM reseller network.

At 30 employees and €5m annual revenue, GFM is a pioneer in the development of structured light metrology since 1995 and was one of the first companies that worked closely with Texas Instruments to integrate their DLP (Digital Light Processing) technology into highly accurate 3D measurement products such as their leading MikroCAD instruments. GFM focuses on small volume measurement (as small as 1mm) with very high accuracy (100nm) suitable for surface analysis of micro texture or inline inspection of electronic, medical, or pharmaceutical parts with microscopic detail. GFM’s 19 years of working with customers to solve their measurement challenges has allowed them to develop extensive application knowledge and advanced 3D measurement algorithms.

“GFM’s knowledge of instrument design and ultra precise measurement will be integrated across LMI’s structured light HDI and Gocator product lines – enabling amazing new levels of performance for demanding applications requiring very high resolution.”, states Terry Arden, CEO. “GFM staff will continue on by joining the LMI team and building 3D scanner products that focus on ease of use allowing customers to realize the benefits of 3D and achieve better business results.”

Dr. Frankowski, founder and President of GFM, is committed to assuring the integration of GFM with LMI. “I am pleased to know that customers, resellers, and staff will benefit from a larger organization who is a proven and dedicated supplier of 3D scanning and inspection products in a variety of industries. LMI is a very talented organization who understands how to develop and support high volume, original equipment manufacturer (OEM) relationships necessary to grow 3D market share.”

With the addition of GFM, LMI will expand into new markets such as life sciences and surface metrology by leveraging GFM’s existing reseller channel network, building on its customer base, and delivering next generation scanner products suitable for volume and OEM customers.


LMI Technologies Inc. 

At LMI Technologies, we are passionate about developing innovative 3D scanning and inspection technologies that solve complex problems in a simple way. We take our knowledge and experience from working over 35 years in the field and connect our customers to 3D solutions that enable them to achieve better business results. We build our products from the chip level up: from concept, design, to manufacturing. Today, many of the world’s largest companies rely on the expertise, innovation, and reliability built into every LMI 3D product. LMI Technologies is part of the AUGUSTA Technologie AG group – a publicly listed German company whose focus is in the area of vision technologies.

For more information, please visit www.lmi3d.com.


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The Chinese government has found an amazing new application of 3D printing and scanning technologies: preserving as well as replicating the famous Qianshou Guanyin sculpture, which is carved into Mount Boading in the Dazu District of China. The 3D printing of historical artifacts seems to be a growing trend, reminding us the power and flexibility of eternalizing any object with a scan, a design file, and a 3D model.

“Engineers have 3D scanned the 12.5 X 7.7 meter statue, which was carved into a cliff during the reign of the Southern Song Dynasty from 1127–1279. From the 3D scans they have printed out a replica of the famous sculpture, which is about 33% the size of the real thing. This has been a great way to preserve the sculpture digitally, so that generation after generation can appreciate the work, even as the original continues to corrode. This is the first of many restoration projects that the Chinese government has planned on using this technology for.

In addition to the printing of a replica, the Chinese are also engaging in a major project to restore the beautiful piece, which over the centuries has been the victim of nature. The replica gives engineers a wonderful model to use as a reference during the restoration process. Many of the fingers on the hands, making up this large piece of art are missing. Traditionally, restoration specialists would use molding and casting to reproduce the missing pieces. However, with the help of 3D printing, they can now save time and money, while restoring the sculpture in a much more accurate way.” –3DPrint.com

This is a great example of how 3D printing and scanning can be applied in new innovative ways. With the knowledge that nothing lasts forever in the physical world, combined with the fact that a picture can only show so much, it becomes clear just how powerful 3D printing and scanning technology can be as means of preservation. A 3D model, whether in CAD design or 3D printed, gives a much deeper story, and doesn’t degrade over time.

Original article posted here by 3DPrint.com


3D scanning opens up the world of possibilities. Imagine being able to capture anything in the physical world and have a digital model of it in minutes. Every day, thousands of companies are using 3D scanners and software to:


  • Create CAD models of real parts to capture lost designs, update existing products and make new ones
  • Verify product quality by comparing manufactured parts to CAD designs
  • Make mass customized products for health care, dentistry and fashion
  • Scan entire buildings to create accurate 3D models
  • And much more

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“Are you a fan of the Big Bang Theory? We are! Those geeky, nerdy, awkward, but lovable guys often remind us of…well…us! And last season on the show, those boys finally caught up with us. They stumbled onto 3D scanning/printing.

In Season 6, Episode 14 (called the “Cooper/Kripke Inversion”), Howard Wolowitz and Raj Koothrappali order customized figurines of themselves online. When the toys arrive, they are quickly disappointed at how little the dolls resemble them. Raj suggests buying a used 3D Printer and doing the job right. They scan themselves and Bernadette with a Kinect sensor and manufacture perfect replicas of each other in color.

The episode as hilarious, but there is a dark secret… Fact of the matter is, the real scanning was done with an Artec Eva scanner, not a Kinect sensor. The scans done with Kinect didn’t have the right resolution/texture for a quality, color 3D print.” – artec3d.com