Taiwan 3D Tech, also known as T3D, is a startup spin-off from the National Taiwan University of Science and Technology (NTUST). Headquartered in Taipei, the company was officially founded in 2017 by Jeng Ywan-Jeng, a Distinguished Professor of Mechanical Engineering and Director of the High Speed 3D Printing Research Center at the university, as well as the Founder of the 3D Printing Association in Taiwan.
“The idea is to use only a smartphone, no PC; we use this light for its energy to do something. We have already proved it can be done,” Jeng told us at the event in Frankfurt.
The 3D printer uses light from the smartphone to cure specialty resin from a vat sitting on top of the phone to the print bed above, a concept we’ve seen before in the OLO smartphone-powered 3D printer. Both 3D printing systems had successful Kickstarter campaigns, but the difference between the two is that while there has been no news on the OLO, now the ONO, for roughly two years, T3D is actively getting its product to customers, while also continuing to innovate.
“T3D is the first mobile 3D printer in Taiwan,” the company states. “No complicated operation and no restrictions. Just print your lifestyle. We are a team of hardware, software, and chemical engineers aiming to disrupt the traditional 3D printing industry.”
Recently, the T3D team announced its newest product, the T3D LCD High-Speed 3D Printer, which will officially be launched at the Taiwan Innotech Expo event in Taipei this September.
According to T3D, its new High-Speed 3D Printer is able to speed up the 3D printing process by achieving fast print speeds of 10 cm per hour. In addition, thanks to the startup’s multiple colors of visible light curing photosensitive resin and “special fep film,” as a press release states, the system can also print continuously.
Just like with the original T3D smartphone-powered system, the T3D High-Speed 3D Printer also comes with an app that appears to make the process quick and easy. Users can search the Cloud Gallery for a variety of public models, and with one click can select their desired print. The T3D app works with many kinds of mobile phones, so you shouldn’t need to worry about corrupting any files, and you can also select your print settings in the app as well.
T3D, which aims to make 3D printing easier for consumers, states that the High-Speed 3D printer features “high productivity and accuracy,” which is definitely in line with this mission. Other competitive advantages the new T3D High-Speed 3D Printer features include 47 um precision and advanced software to ensure an easier workflow.
“SnowWhite was created to bring the advantages of sintering to small and medium-sized companies and laboratories, all in an economic, simple and effective way without sacrificing the professional quality of the result,” Sharebot states on its website. “The user can really “print in one click” because, once the profile of the material has been defined, the printing process is completely autonomous, requires no external intervention and the results are perfectly repeatable.”
The Sharebot SnowWhite2 features what Sharebot refers to as direct laser sintering (DLS) technology, infusing prints with thermal and mechanical resistance. Because of its CO₂ laser, multiple thermoplastic powders should work with this system, such as PA12 and TPU. It’s also possible to use special powders loaded with other material particles, like aluminum, carbon, or glass, to give prints a variety of mechanical, visual, and physical properties.
Textile sample 3D printed on SnowWhite2
One improvement that the SnowWhite2 features is an upgraded software interface, which includes custom print profiles and open parameters. The printer uses the Simplify3D slicer, and has Ethernet connectivity, which partners well with the Sharebox3D print notification system.
Another one of the major changes is improved temperature management of the print chamber. The SnowWhite2 printer can be integrated with a separate module, the SnowWhite2 Nitro, that uses oxygen presence sensors to regulate the flow of whichever inert gas is used, nitrogen or argon. This makes it possible to control the atmosphere inside the chamber, which Sharebot says means no more yellowing prints.
The company says that the Nitro module can be easily added for a modified print atmosphere at any time, and that it’s easy to set the 120 kg printer up. According to Sharebot, it takes less than ten minutes to start up the SnowWhite2, about the same amount of time to move from loading your material to printing out the first few layers.
The company states that the printer’s other features include ease of use, minimal maintenance and fast cleanup, durable prints with highly detailed surfaces, a heated build chamber, and a 50 micron Z-axis resolution. Sharebot also notes that, on average, the new SnowWhite2 consumes less than 1.5 kilowatts of electrical per hour, includes an advanced laser control system with emissivity settings, and that all the unused powder is recycled and “can be directly reused in subsequent processing.”
Assembly sample 3D printed on SnowWhite2
Additional SnowWhite2 3D printer specs are:
100 x 100 x 100 mm print volume
100 micron XY resolution
0.2 mm spot dimension
35 mm/h Z-axis speed
scan speed up to 3500 mm/s
With the SnowWhite 2, we are now seeing the second generation in low-cost SLS machines, as Sinterit has already released the Lisa 2 and Sintratec the S2. The goal with these systems is to bring sophisticated SLS technology down to a price point that smaller businesses and labs can afford. However, as these machines advance, one has to wonder how their costs will increase. Just as Sharebot has created its Nitro module for improved prints, Sinterit has launched a series of accessories that will likely bring up the total overall cost of operation. They may still be able to keep prices below high-end production systems, as Sinterit has demonstrated that it is still focused on reducing costs as much as possible with its accessories.
Sharebot is now taking pre-orders for the new SnowWhite2 3D printer, with delivery beginning October 1st, 2020. Also, there is currently a special discount for pre-orders of the printer until September 30; contact the company’s marketing department for more information.
In 2016, Massachusetts-based 3D printing company RIZE Inc. released its first industrial-grade desktop 3D printer, the Rize One, renowned for its safety, low emissions, and elimination of post-processing. Then, in 2018, the company introduced the first industrial desktop AM solution for manufacturing full-color functional parts, the XRIZE system, which I was lucky enough to test out at RAPID 2019. Today, it’s announcing a new kind of desktop 3D printer, the professional RIZE 2XC, an adaptive system that was developed collaboratively with South Korean 3D printer manufacturer Sindoh.
I spoke with RIZE CEO Andy Kalambi ahead of the release, who told me that even during the ongoing COVID-19 pandemic, the company has been “very productive.”
“It’s been an interesting time, but rewarding,” Kalambi said.
He said that the RIZE team speaks every morning during a check-in meeting, to make sure everyone is doing okay and see if anyone needs help with a project. Even during lockdowns across the US, the company has been busy, 3D printing personalized face shields that were distributed to hundreds of essential and healthcare works in the Boston area and working on the new 2XC.
“Entirely during COVID times, we developed this new printer with Sindoh,” he told me.
The RIZE 2XC was engineered from home offices, and, according to a RIZE press release, is a testament “to the safety principles embodied in RIZE’s solutions – principles that are especially relevant today as organizations reinvent workflows for a return to office locations.” The business supply chain needs to be even more flexible now due to COVID, and RIZE says its new printer can help. The 2XC can be used at home – no need to worry about germs spreading from lack of social distancing – and in offices and classrooms, with no fear of releasing harmful airborne volatile organic compounds (VOCs).
“The newer, higher performance, safe materials from next-gen FFF players such as RIZE are helping to drive a transformation in the 3D printing sector that are particularly relevant now as the world emerges from a pandemic. The durability and safety advantage that’s possible from next-generation 3D printing systems merits the attention of any engineering or design team that wants to give their users the best, and safest, tools,” Tim Greene, research director, 3D printing, for IDC said in the release.
The adaptive printer is the first deliverable to come from the RIZIUM Alliance, which is a new collaboration between RIZE and industry partners, like Sindoh, to drive safer, more sustainable 3D printing. The RIZE 2XC was made with a redesigned Sindoh dual-extrusion 3D printer, which can run engineering-grade RIZIUM materials that are moisture-resistant, recyclable, and zero emission.
“We based our material on safety – it’s engineered for safety, durability, and strength,” Kalambi told me. “They’re medical grade, and especially in today’s context, things like sanitizing and being able to wash it with alcohol or acetone is important. Materials science is our differentiating factor.”
Kalambi told me that the ‘C’ in the company’s new 2XC printer stands for ‘composite,’ since RIZE takes a “material-led approach.”
“What we have done now is taken our material portfolio and partnered with industrial players, so we can offer it to a broader market of users.”
Sindoh is applying the innovative RIZIUM materials, engineered for user health, so that customers in various sectors on its platform can use a safe, sustainable material at a lower price.
“With Sindoh, we’re working with the same materials,” Kalambi explained. “We have done lots of engineering efforts with them to get the printer ready for our materials, worked on nozzles and the drive train and the slicer, all of that, and made the printer far more robust. It’s a printer that is a joint product. It’s a new hybrid platform, releasing a set of products with Sindoh that’s based on our polymers and materials science.”
The two independent extruders on the RIZE 2XC are designed for composite filaments and hardened materials. One extruder runs RIZIUM polymers and composites, which can be washed with just soap and water, while the other runs the unique RIZIUM Support, created by RIZE specifically for filament-based extrusion 3D printers. All in all, RIZE says that its new printer offers a safe way to fabricate durable, strong, functional components, without any unnecessary post-processing.
“The RIZE 2XC is especially well-suited for a variety of Industrial and Academic applications,” Ricco Busk, Director at RIZE partner CADSYS, stated. “Given the high demand for having 3D Composite Parts, we are able to, almost immediately, sign up a customer for the RIZE 2XC to use in their innovative plastic molding applications, such as robotic grippers. Combining RIZE’s material advantage in the high quality, easy to use 2XC 3D platform opens doors to new markets for 3D printing that need precision parts made safely and sustainably.”
Kalambi told me that the RIZE 2XC has plenty of great features, such as a heated build plate, a camera for monitoring prints, and automatic bed leveling. Because the company’s Augmented Polymer Deposition (APD) platform has not been added, the system does not print in color, but he said that it does have “a much bigger build volume” in comparison to other desktop printers.
“It’s great for home and office use, as those industries wanted a good printer within a certain price point,” Kalambi explained. “Lots of 3D printing is being done in schools and offices, which is why we partnered with Sindoh…they have lots of knowledge in the education field. That industry had a requirement for a low-cost printer, and RIZE wanted to be able to offer a more affordable option.”
Kalambi also said that the RIZE 2XC is great for 3D printing industrial parts.
According to the RIZE release, this new printer is the first that has brought “safe, sustainable 3D printing” to the industry’s compact sub-$5k market, which can help organizations struggling to get back on their feet in a post-pandemic world get a leg up over the competition.
“Sindoh’s cooperative R&D effort with RIZE showed us that we chose the right partner indeed – a partner as committed to innovation in materials and technologies as we are. We’re delighted to expand our reach into more segments of the market through the cooperative solutions we are creating with RIZE,” said BB Lee, CEO, 3D Printing Division at Sindoh Co., Ltd.
The RIZE 2XC will be available from RIZE’s network of channel partners starting June 30th, for an introductory price of $3,995 in the US market and €3,995 in Europe. In the meantime, I’ll be keeping my ear to the ground, because Kalambi said RIZE will have some more exciting news to share with us in mid-July.
It was only a few months ago that Stratasys introduced its latest PolyJet system, the J826, at 3DEXPERIENCE World 2020. This week, it’s unveiling the new J55 3D printer, which costs roughly a third of the price of the company’s enterprise-class PolyJet systems (100K versus $260k) giving product design teams fast, full-color, office-friendly 3D printing in one package.
“We developed this innovative new 3D printer to truly transform the product development process for product designers and engineers everywhere. Not only does the J55 fit the budget of virtually any product design team, but the quality of the parts you can 3D print are best in class. It’s so simple that anyone can set it up and use it, and it’s so quiet you’ll forget it’s running,” said Omer Krieger, Executive Vice President of Products at Stratasys.
The J55 is unique in many ways, starting with a patented, first-of-its-kind rotating build platform with a fixed print head that makes maintenance easier and increases reliability. Something else that’s increased is the machine’s output, even though its footprint is smaller at 4.6 sq. ft. This fact, coupled with ultra-quiet operation and ProAero filtration for odor-free operation, makes the J55 a great solution for product design offices.
The J55 3D Printer operates using a first-of-its-kind rotational printing platform, maximizing print reliability and offering greater output from a small footprint.
In developing the J55, Stratasys prioritized a simpler print workflow for designers. The 3D printer is supported by GrabCAD Print software, so that multiple common CAD files, like CATIA, Inventor, PTC Creo, Siemens NX, and SOLIDWORKS, and 3MF files, can be imported easily. Additionally, Stratasys is adding support for the latest 3MF color workflow for the first time through the use of KeyShot 3D rendering software from Luxion Inc.; this capability is currently in beta testing and is planned for later this year.
Designed to fit design studios and office spaces, the Stratasys J55 suits the budget of virtually any product design team, without compromising on part quality.
“We know that the risk and time involved with traditional prototyping simply doesn’t work anymore, yet there’s no room for compromise on design. Designers can and should do a lot more prototyping in-house, from initial concept modeling to highly realistic final prototypes,” said Tim Greene, a 3D printing research director at IDC, about how the product design process needs to change in order to match the current industry. “It’s just been a matter of bringing enterprise quality to a design shop’s price point and workspace. And now we’re there.”
Stratasys says that the J55 was created as a “smaller but equally capable complement” to its enterprise J8 series. The system offers the same great detail and resolution as the rest of the series, its 3D printed models match the color, finish, material, and shape of final products, and the entire design process is supported with same day send-to-print and little post-processing required.
The J55 opens up advanced full-color, multi-material 3D printing to everyday designers, giving them the power to significantly enhance product development.
Tony Guard, the Director of Innovation and Industrial Design at Kinetic Vision, stated, “There is no way to validate 2D designs without a realistic 3D model, it’s simply not possible.”
The Cincinnati-based company, designated an “essential business” during the COVID-19 pandemic, employs 175 people and creates products for businesses of all sizes, ranging from startups to Fortune 50 companies, in many industries, including aerospace, consumer electronics, medical, and packaged goods. Kinetic Vision is using the new J55, but with employee capacity so low, it seemed setup would be difficult. But Guard says a single employee, with remote support from Stratasys, was able to do it.
“My jaw dropped when I saw what the machine could do. We can validate products faster with form, color, finish, graphics, everything. We can offer our clients tangible 3D-printed models that represent a final retail product, faster than we ever could before,” he said. “I’d love the J55 to be our secret strategic advantage, but I don’t think it will be a secret for long.”
The J55 3D Printer combines realism and productivity, including high fidelity and five simultaneously printed materials that enable nearly 500,000 colors, PANTONE Validation, realistic textures and transparency in one printed part.
The J55 mixes productivity and realism so that users can achieve fast, full-color, and realistic designs. It offers high fidelity and full CMF (color, material, finish) capabilities, including five high-performance PolyJet materials, including support, that can be printed at the same time – allowing operators to avoid downtime due to material changes. The printer enables nearly 500,000 X-Rite-based color profiles, multiple textures, PANTONE validated color, and transparency with VeroClear material; VeroUltraClear will available later this year.
Other specs include:
22-liter maximum build volume
accuracy of ±100μ
hands-free soluble support removal
Orders are being taken now for the new Stratasys J55 3D printer, which is expected to ship in July 2020. Check out the video here to learn more about the J55.
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Most medicines these days are made with mass manufacturing production methods, which produce drug forms that have identical characteristics, such as appearance, drug release, and dosage. But issues abound with this way of doing things – inappropriate dosing can cause bad side effects, and even lead to a lack of treatment for young and elderly patients. Often in pediatric treatment, caregivers are told to split, or even crush, pills in order to meet the proper dosage requirements for their age. This can actually cause inaccurate dosages, and even medicines being incorrectly used. We obviously need age-appropriate pharmaceutical formulations, but personalized medicines aren’t really in the wheelhouse of most traditional manufacturing methods.
Founded in 2014, FabRx Ltd., a pharmaceutical biotechnology spin-out company from the University College London’s School of Pharmacy, has spent the last several years researching and developing 3D printed, customized drugs and drug-loaded medical devices. The company first tried out FFF and SLA technologies, and then SLS 3D printing, to fabricate its proprietary Printlets.
In 2018, FabRx received a grant of almost £1 million from Innovate UK to develop the first personalized medicine 3D printer. Last year, it completed the first in-human clinical study in the world with 3D printed tablets. The study successfully demonstrated that 3D printing is a feasible and effective manufacturing method to prepare oral tailored-dose therapies in a hospital setting. Now, the company has released the M3DIMAKER, the first pharmaceutical 3D printer for fabricating personalized medicines.
FabRx’s M3DIMAKER, including a data matrix reader and fingerprint access control.
“We are delighted to be launching our state-of-the-art 3D printing system in light of the recommendations from the regulatory organisations into the pharmaceutical market,” Dr. Alvaro Goyanes, Director of Development at FabRx, said in a press release. “I truly believe that we are one step closer to personalised medicine thanks to the M3DIMAKER.”
The company’s hard work shows that additive manufacturing can deliver on-demand, unique medicines that feature dosages and appearances meant for specific patients. Its Printlets can be made with precise doses, and for patients who require a lot of drugs, the 3D printed tablets can even combine more than one medication into a single polypill.
The newly launched M3DIMAKER 3D printer was first introduced at the ILMAC Exhibition in Basel, Switzerland) in September 2019. It has been tested around the world in pharmacies, research institutes, and hospitals, which is why it’s now available on the market.
The printer, which features multiple nozzles for adaptive manufacturing purposes, is made with a “sleek hardware system” that’s controlled by special yet user-friendly software in order to select the required dose chosen by a physician’s prescription and prescribed by a pharmacist. It has camera monitoring to detect print errors and track progress, advanced in-line quality control procedures, and 3D print 28 Printlets, or one month’s worth of medication, in about eight minutes, depending on the specific medication being fabricated.
The M3DIMAKER system can make pills using both FDM technology and direct powder extrusion, thanks to its alternating nozzles. Additionally, the versatile printer ensures security and reliability by using fingerprint access control and a data matrix reader. This way, only authorized personnel will have access.
The M3DIMAKER 3D printing a number of tablets directly onto pharmaceutical blister packaging.
There are many different applications for the new FabRx M3DIMAKER 3D printing system, including making personalized medications for clinical practices, research, and drug development, such as producing small batches for pre-clinical and clinical studies. To see the system in action, take a look at the video found here.
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Wide-format inkjet printer and cutter manufacturer Mimaki USA, an operating entity of Mimaki Engineering in Japan, is expanding its existing 3D printer offering with the new large-scale Mimaki 3DGD-1800 system, which complements the company’s full-color UV-cure inkjet 3DUJ-553 3D printer and 3DFF-222 desktop system. Due to its size, the new 3DGD-1800 is a great choice for 3D printing dimensional displays for multiple applications.
Mimaki USA develops and builds a full line of digital printers and cutters, and provides a total workflow solution for applications in the industrial 3D printing, art, sign graphics, and textile and apparel markets. Its new 3DGD-1800 3D printer, which offers a processing speed that’s three times faster than what conventional FFF and other extrusion-based systems can provide, creates large-scale prints using Gel Dispensing Printing technology, which sounds similar to Massivit 3D’s proprietary GDP method that combines FDM and SLA techniques.
Mimaki’s newest 3D printer offering, weighing in at 2,500 kg, is able to create a figure that’s 70.8″ high in only seven hours, with a maximum build weight of 150 kg and dimensions of 57” x 43.7” x 70.8”. The 3DGD-1800 has an assembly-based design, which allows users to print massive objects that, as Mimaki USA puts it, far exceed “the size of the formation area.” Additionally, because the system does not need to use support materials for internal structures, it can print objects with hollow interiors at a higher rate of speed than conventional 3D printers, “which can later accommodate infill material or be left open.”
Mimaki 3DGD-1800 3D printer
The Mimaki 3DGD-1800 features a dual-printhead configuration, which helps decrease production time as it can provide output for two different structures simultaneously. Its MG-100W material, which is a white UV-curable resin, is a good choice for applications that are lit internally with LED modules. The printer is a complete solution for fabricating large-scale 3D objects, and includes easy to use 3DGD slicer software.
The printer’s surface be decorated with output from Mimaki’s inkjet printers, and specialty graphics producers can add a desktop 3DFF-222 or full-color 3DUJ-553 as supplementary systems if they’re also interested in printing smaller 3D figures and models with fine details. The new Mimaki 3DGD-1800 is a great system for manufacturing large, colorful items, including channel letters and logos, event decorations and product mock-ups, movie props and sets, interior design elements and entertainment promotions, vacuum molds, interior-illuminated signage, museum/POP/window displays, and more.
Additional specs for the new Mimaki 3DGD-1800 include:
1.8 / 2.6 mm diameter nozzle
Supports standard STL, OBJ, 3DS, ply, blend file formats
The new large-scale 3DGD-1800 3D printer is now available for purchase through Mimaki USA. With this new addition, Mimaki now offers more 2D and 3D printing solutions than any global wide-format digital printing company.
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Dutch 3D printer manufacturer Tractus3D specializes in making Delta-style, large-format systems that are, according to its website, “more reliable, versatile and future proof than most others in the market.” The company is the 3D printing market leader in outdoor signage, though its tough, high quality printers can also be found working in the automotive, construction, healthcare, and manufacturing industries.
Through a partnership with Innofil3D, Tractus3D offers inexpensive filament to its customers, though its 3D printers are also open if anyone wants to use their own materials, and the company’s large volume systems are “born from a passion for perfection.”
The company has three different 3D printer series, in addition to several available add-ons and upgrades. The Desk series, for 3D printing smaller objects, includes the T1250, T850, and T650 3D printers, while the Pro series consists of the high temperature, industrial T850P and T650P systems. The Large Volume series is made up of the T3500, which can print objects up to 2.1 meters high, and the T3000, able to print 1.45 meters high. This week, Tractus3D welcomed a new addition to this series – the T2000 3D printer, “our perfect sized industrial 3D printer.”
“As you know at Tractus3D, we are always looking for new opportunities to offer our clients,” the company wrote in an email. “This is the moment we can officially introduce our newly developed 3D printer: the T2000.”
The new large volume T2000 3D printer offers a printing height of 1 meter, and a width of 68 cm. Even though it is a large-format system, it’s still small enough at 2 meters tall and 82 cm wide to fit through a door and be placed comfortably in any workspace or office.
“One of our passions is large volume printing. With our T3500 and T3000 we have two of the biggest 3D printers in the world. However, we noticed that large volume is also needed in a smaller space, say in every normal office. That’s where our latest 3D printer comes in,” the Tractus3D website states.
The new T2000 3D printer, which Tractus3D has labeled a plug and play system, provides extremely high accuracy when it comes to fabricating large objects, and it also features a closed chamber, which offers good temperature stability and helps to minimize the chance of prints warping. It has a fast printing speed of up to 400 mm per second, and also includes a flying extruder, a 7″ LCD touchscreen for ease of use, an F033L printhead with a fan unit, and an upgrade to the latest firmware 3.0.
Additional specs for the T2000 include:
net weight of 175 kg
automatic bed leveling
XYZ resolution of 20, 20, 50 microns
heated build plate (up to 110°C)
good layer resolution for five different nozzles
If interested, you can request a quote for the T2000 3D printer here. Tractus3D will begin shipping the new system in May 2020, on a first come, first serve basis.
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Formnext 2019—held in Frankfurt, Germany—does not actually begin until November 19; however, there is already a torrent of news flowing in about the many innovations to be shown off through the 22nd. SHINING 3D will be there in full force, presenting the new EP-M250 Pro 3D printer.
As the latest in the SHINING 3D line of additive manufacturing solutions, the EP-M250 Pro 3D is a metal 3D printer, operating with dual lasers. Employing advanced metal powder bed fusion (MPBF) technology, the EP-M250 Pro is efficient at converting 3D files with complex geometries into 3D printed metal parts capable of high performance. In their recent press release regarding Formnext, the SHINING 3D team explains that this new 3D printer is meant for small-batch production of medium-sized parts.
With an impressive build volume of 262x262x350mm and precise control via the dual lasers, the EP-M250 Pro is designed for greater affordability in production due to high material consumption rates, and real-time monitoring of the 3D printing process. The SHINING 3D team also designed this new 3D printer with an optimized filter and unique gas flow management system.
“The SHINING 3D industrial line of 3D scanners and printers continues to grow to meet customer demands. As the industry continues to grow and adapt additive manufacturing solutions to various applications it is important that companies remain flexible in such a dynamic and ever-expanding field,” states SHINING 3D in their recent press release. “SHINING 3D looks to continue making professional 3D solutions accessible for all levels of customers. The EP-M250 Pro is the latest product in this endeavor.
“SHINING 3D prides itself on creating accessible 3D solutions for all and the industrial line of products are no exception.”
Visit the SHINING 3D booth (Hall 11.0, C49) at Formnext to catch the EP-M250 Pro 3D printer in action, as well as checking out 3D printed samples. The SHINING 3D team will also be exhibiting their premier metrology 3D scanners, their reverse engineering and design bundle, digital dental solutions, and even 3D digitizing solutions for footwear—including a 3D scanner for feet.
“Formnext is shaping up to be quite the event and SHINING 3D is excited to be a part of it.”
Founded in 2004, SHINING 3D is headquartered in Hangzhou, China. As pioneers in the research and development of 3D printing, they offer solutions for application such as:
Healthcare and life sciences
Currently, SHINING 3D works with customers in over 70 countries in:
With today’s release of the J850 3D Printer, a full-color, multi-material PolyJet system, Stratasys meets its goal to continue pushing the boundaries—now they want to give us the ability to take ‘rapid prototyping’ to the next level.
Seven material capacity enables more color, transparency, flexibility
Extremely high-quality prints and better part refinement
Modeling time reduction of up to 50 percent
Reduced time to market
“Stratasys PolyJet technology gives designers endless possibilities. With this solution, there’s no need to add or switch technologies throughout the design process,” said Alex Padwa, the Founder of Padwa Design, a premier industrial design studio building solutions for consumer goods, high technology, and the household.
“We can immediately achieve the exact design intent we have in mind – and bring it to life in our hands instantly. The J850 is truly designed for designers.”
Stratasys is also releasing two new PolyJet Materials:
VeroUltraClear material delivers detail and clarity, with an appearance like glass. This new clear material helps designers envision internal features and fabricate exceptional prototypes.
DraftGrey is an affordable new material for creating prototypes in the initial project stages.
The J850 also supports PANTONE Validated color, encompassing ‘a universal language of color’ for realism in prototypes and reliability in every stage of the creation process in 3D printing. The J850 is also supported by GrabCAD Print software, eliminating the need to convert .stl files.
“The new J850 has been built to meet the needs of the full design process in industries such as consumer goods, consumer electronics, automotive, as well as education settings,” said Shamir Shoham, Vice President, PolyJet Business Unit at Stratasys.
“Typically, that process includes two separate streams: evaluating geometric shape with a physical single-color model and considering color and texture on the screen. The J850 merges these two mediums into one full-color, multi-material model to make better design decisions, earlier.”
Stratasys will provide existing J750 customers with a straightforward on-premise upgrade path to the J850.
Also taking care of their ever-growing client base of engineers, Stratasys is releasing a line of new temperature and chemical resistant FDM thermoplastics for high temperatures and ‘challenging requirements’ in use:
Antero 840CN03 – for the Stratasys Fortus® F900 FDM 3D printer, this is the second PEKK-based polymer from Stratasys, created for users with high customization needs and parts with consistent electrostatic discharge (ESD) performance.
Diran 410MF07 and ABS-ESD7 – for the Stratasys F370 3D printer, this is a nylon-based material offering added toughness and low-friction. ABS-ESD7 is made for static-sensitive applications and ‘ideal’ for tooling applications.
A 3D printed part fabricated with Diran.
“Manufacturing spacecraft poses intense material challenges in the development of parts that exhibit the right attributes,” said Brian Kaplun, Senior Manager for Advanced Manufacturing, Lockheed Martin Space. “One of those challenges is getting the right ESD or electrostatic dissipative properties, among other physical and mechanical characteristics. Stratasys Antero ESD fits our needs for outgassing and electrostatic dissipative properties in a strong but lightweight additive manufacturing material.
“We see growing adoption of 3D printing in production environments, yet engineers and designers struggle with thermoplastics that just can’t match the extreme requirements of manufacturing-based applications,” said Adam Pawloski, Vice President of Manufacturing Solutions at Stratasys. “Our thermoplastics can remove these barriers to accelerate the adoption of 3D printing in manufacturing settings, allowing users to design and create faster, while minimizing costs often associated with traditional approaches.”
Stratasys has been lighting up the 3D realm with its PolyJet system and new materials for years now, highlighting incredible projects spanning everything from fashion and wooden structures to advanced medical models. What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com.
Today Origin will begin shipping their new Origin One, an industrial 3D printer which the San Francisco-headquartered company claims is already in high demand internationally. In fact, the developer of open platforms for additive mass production has already doubled their installed base.
Currently, Origin is working with customers in the US, Ireland, Germany, and Denmark, engaged in the following applications:
“Shipping our first production printer, Origin One, is a huge milestone for the company,” said Chris Prucha, co-founder, and CEO of Origin. “The tremendous customer growth and demand we’ve seen for the printer, as well as the positive reception from our open material network, is extremely gratifying and proof that we’ve created a platform that our customers need.”
In their recent press release to 3DPrint.com, Origin also announces that they are adding Avid and Interpro to their service bureau customer roster. They have had other major news too, aside from moving into a much larger space and adding a lab, as Jeffrey Lee has come on board as their chief operating officer, previously at DCM as a venture partner, and founder of Cost Cooperative, a member-based buying group for small businesses.
“I’ve worked with this team for almost two years, and I’ve never been so convinced that Origin is poised to finally bring additive to mass manufacturing,” said Jeffrey Lee, COO, Origin. “I’m excited to join the team and help Origin realize this vision.”
Origin will also offer Origin One parts to many of their customers through their new service bureau, passing on the benefits of 3D printing to their client base as they are able to get the components they need without having to invest in all the hardware, software, and materials—although that may be something they decide to do later as additive manufacturing continues to take hold for so many applications around the world.
“We’re thrilled to expand our additive capabilities and offer Origin’s P3 technology to customers,” said Doug Collins, Owner of Avid Product Development. “Origin’s throughput, material selection, and part quality will help us serve many more production applications today and in the future.
“We’re excited to offer Origin’s P3 technology to our wide range of customers in the automotive, aerospace and medical industries,” said Dan Straka, General Manager of InterPro. “Origin One will enable us to produce end-use parts with excellent surface quality and dimensional accuracy. Plus, the parts will be made of production-grade materials from the Origin Open Material Network.”
The company has also continued to refine their offerings, making significant improvements to Origin One with software, increasing:
Useable build area
“Equipped with a true 4k lithography engine and a native resolution of 50μm, Origin One has the highest resolution and most flexible polymer process available in additive manufacturing today,” said Prucha.
The company was founded in 2015 and is led by alumni from Google and Apple. Investors include Floodgate, DCM, Mandra Capital, Haystack, Stanford University, and Joe Montana.
Origin has continually been moving forward with new projects to include the development of new materials, forays into areas like footwear, and ongoing hardware development. What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com.