dental

New, fast and cost-effective dental 3D printer – the Stratasys DentaJet XL is here

Author : Varinex Date : 2024-07-18

New, fast and high-capacity dental 3D printer - the Stratasys DentaJet XL has arrived!

Stratasys has introduced its DentaJet™ XL dental 3D printer. The new machine is designed for larger dental practices clear orthodontic arch models, crowns, bridges, implants and surgical guides.

The new high-speed DentaJet™ XL 3D printer is the latest addition to the Stratasys DentaJet series. With larger material cartridges, a large build tray, Super High-Speed mode, and minimal post-processing workflow, it further improves dental lab productivity and reduces costs.

“The Stratasys DentaJet XL is designed specifically for digital dentistry practices that need to produce high-volume models – without sacrificing quality. The new equipment helps them overcome the challenges of a skills shortage while meeting growing market demands,” said Ronen Lebi, vice president, Stratasys Dental. “This is the most efficient manufacturing solution we have ever developed, designed to simultaneously produce high-precision crown and bridge, implant and orthodontic models, and surgical guides.”

The new PolyJet™ 3D printer, capable of printing multiple materials simultaneously, is designed to operate with minimal human intervention. With advanced software-based print preparation and print management features, as well as unattended printing and curing, labs can reduce labor costs by up to 90%. The introduction of new printing modes and larger material cartridges results in up to 67% lower cost per part.

The Stratasys DentaJet XL 3D printer integrates with new, validated, fast and high-throughput post-processing workflows for support material removal. It enables simultaneous printing of two substrates, while improving lab productivity and reducing costs, making it an excellent solution for practices producing higher volumes of dental models.

"The DentaJet XL 3D printer has significantly improved our digital workflow. Thanks to the large print bed, almost four times larger material cartridges, and the ability to change materials during operation, we have already achieved significant material and labor savings.".

"Printing jobs are now extremely quick and easy thanks to the automatic part nesting features. In addition, the closed material system provides a healthier workplace for our team."

James Dobson

Vice President of Digital Manufacturing at Dobson Ortho Laboratories, who was among the first to use the new equipment

"The new Super High-Speed Mode has allowed us to significantly increase the production of clear aligners by nearly 50%, without the need for additional labor, and at a much lower cost per part.".

In addition, we save a lot of time and labor in the final stages of production by integrating DentaJet XL into the automatic abutment removal workflow. It's almost like adding a virtual lab technician!

Professor Armando Razionale

Airnivol employee, one of the first to introduce the solution in Europe

The first DentaJet XL customers achieved the following production results

Print up to 16 implant sets (surgical templates and models) in 6 hours and 30 minutes
Print up to 102 crown and bridge models in 4 hours 31 minutes
Print up to 28 orthodontic models in 6 hours 37 minutes
Print up to 36 orthodontic arch models in 2 hours 14 minutes

Remarkable features of the new DentaJet XL

4 kg material cartridges to reduce costs and material change frequency
Significantly shorter print preparation time and integrated fleet management with intuitive GrabCAD Print software
Up to 30 percent faster production of clear orthodontic arches in Super High-Speed mode
Printing two materials at the same time, increasing efficiency

3D printing of dental models with 90% less labor
and up to 67% lower cost per part!

Learn more about the efficient and accurate Stratasys DentaJet XL dental 3D printer!

ABOUT STRATASYS

Stratasys is a leader in the global shift to additive manufacturing, delivering innovative 3D printing solutions to industries including aerospace, automotive, consumer products and healthcare. With intelligent and connected 3D printers, high-quality polymer materials, a comprehensive software ecosystem and on-demand parts, Stratasys solutions deliver competitive advantages across every stage of the product lifecycle. Leading organizations around the world turn to Stratasys to transform product design, accelerate manufacturing and supply chain agility, and improve patient care

Stratasys, DentaJet, PolyJet and GrabCAD Print are trademarks or registered trademarks of Stratasys Ltd. and/or its subsidiaries.

Digitalization and additive manufacturing at the forefront of dentistry

Author : Varinex Date : 2024-04-19

Digitalization and additive manufacturing at the forefront of dentistry

Dentalklinik Dr. Tóka dental practice has been providing outstanding service to its patients since its inception. Thecompany, located in Sopron, now has one of the most advanced dental technology labs in the country, which is also equipped with a Stratasys DentaJet 3D printer .Weimportance ofthe andtheintegration of technologies into dentistryto Tamás Egresits.

Pleasea, introduce your business and what you do

The company was started in 1987 in a small one-chair clinic by Dr. József Tóka. During the change of regime, many people opened private practices, but few have grown as much as this clinic. We currently have 96 employees, of which 54 are strictly patient-oriented, while the others perform dental technician and administrative tasks. Currently, we have nearly 20 clinics providing continuous patient care. We have 6 dental technician-framing colleagues, who deal with the design of metal frameworks and monolithic zirconia restorations, which are later covered by ceramics and painting. 4 ceramic colleagues customize and paint the finished restorations, there are also 3 prosthetic colleagues who deal with classic, removable dentures, a laboratory manager, and 2 engineer colleagues – including me – who are solely responsible for production. Our task is to search for new technologies and manage the production process.

When werefirstdigitaltechnologiesthe company?

The company has always had an innovative approach, we liked to try out the latest technologies, with all their positive and negative effects. We had the first dental milling machine available, which was a 3+1-axis CNC. We milled metal frames with it – as we just managed, since it was difficult to use – but fortunately this technology has developed significantly. There are few places in Hungary where patient care is provided under one roof at such a level and with such modernization, and of course, a dental laboratory of a similar level can be found next to it, with a high-tech production line and machines. We constantly visit world exhibitions, we look at all the new things. Since the doctor is very innovative, he always makes such investments if he sees an opportunity in it, and such investments usually have a positive outcome.

From what perspectiveisdifficultsuch an investment?

It is always difficult to be the first. When a new machine or software is released, even the dealer or manufacturer does not know exactly how dentistry will use it. These are usually solutions that trickle down from the industry and are sold to dental technicians, thinking that they will definitely work there too. We have been down this road a few times. For example, we had industrial milling machines that we used to machine titanium. The three 5-axis machines were converted for us to meet the needs of dental technicians. Programming was also in its infancy, and we used industrial software for that too. Over time, these solutions became simpler, and countless users now use dental CNCs. Nowadays, this is no longer as unique as it used to be. After a while, metal cutting was replaced by 3D printing, so we replaced 4 milling machines with a single metal printer, and although it took us half a year to learn how to use it, it has worked perfectly ever since.

How common is it in the country for a dental laboratoryto have such a well-equipped facility?

Similar technologies are used in several parts of its units, but larger labs typically have at least one CNC. There are milling centers that operate with a larger number of machines, even ours, but I don't know of any other dentistry in Hungary that is as complex and advanced as this, which provides patient care in such a high quality and with such a technological background. I think we are unique in that we implement the two areas together, in-house, at such a high level.

:The application of this kind of technology requiresin industry, even. How can this be transferred to the medical sector for this to be foundthe human capitalneeded?

Dr. Tóka was always forward-thinking, not only thinking about dental technicians, but also about designers. He hired me, who came from an industrial background, 8 years ago. I knew how to design in 3D, I understood CNC, but I didn't even know what dentistry was. That's when the dental technicians working here, sometimes with 30 years of experience, came into the picture, and they taught me this profession, so to speak, combining engineering and dentistry.

Aren't there similarhybrid knowledgeprovidecoursestraining?

Basically, we don't find people with such a school education, dental technology training is very limited to even classical technology. Now universities are also starting digital dental technology courses, but recently there has also been a trend where people coming from the industrial side are starting to infiltrate dental technology, because we need to help each other. It's teamwork in that sense, which I think works well. Young people are already interested in the matter, we also have younger colleagues who no longer want to work with wax because they see the potential in the digital world, but the older ones need a little help, they have a harder time getting used to it, so the generation gap is very noticeable.

What technologiesdo you use every day at work?

We have 6 zirconium CNC mills, three DLP 3D printers, one PolyJet printer, and one metal sintering machine. Speaking of digital manufacturing, it is important to note that we also have 7 digital CAD/CAM design stations, as well as 5 3D scanners, which we use to scan classic plaster impressions. In addition, we already have 7 digital oral scanners, which have actually replaced the classic process and have made us completely digital. As far as I know, we have taken the most digital impressions in the country so far.

What does a treatment process look like, say, in the case of dental restorations, and how does additive technology help with this?

The digital process at our clinic consists of scanning the patient's teeth with an oral scanner during their first visit and archiving them. If the patient needs an implant, we plan the implant positions based on their CT scan and digital impression and print an implant drilling template in 3D for the surgery. Since we already know the position of the implants in advance, we can also make a temporary denture, of course with a 3D printer. The patient can leave with teeth immediately after implantation. If the teeth need to be polished, a digital impression is made after polishing. For this reason, there is no need to bother with taking a plaster sample, because the 3D model is already visible in the software. The colleague designs the denture, which we can immediately print in a short time with a 3D printer. The Stratasys printer makes one model, the other a plastic denture, and the patient leaves in the afternoon with a so-called trial bridge, which he can try on for a week phonetically, aesthetically, can see the shapes and how much he likes it. He can eat with it, talk to it, and then when he comes back, there is the possibility of making changes during the consultation. In this case, another trial bridge is made and when everything is perfect, we make the final denture out of zirconium or metal. The fact that we have switched to digital impression taking in 80-90% made it necessary to purchase a high-performance 3D printer. Our DLP machines basically print very quickly, but to service them, a person practically had to stand next to the machines constantly, to perform the removal, replacement, and start-up. That is why we were looking for a large-format printer that met our expectations. That is how we found the Stratasys DentaJet machine, which we are very satisfied with.

Whyyou chooseVarinex andthe Stratasysmachinedid?

We already knew them and of course György Falk. We have been in contact with them for a long time, and now we have managed to get this investment under way. In the case of the DentaJet machine, they were chosen because it can be manufactured cost-effectively and has an extremely large production capacity, and for us these were the two key factors that made this machine win over the others.

How does the technology work?

DentaJet , machines Stratasys' PolyJet the printed objects pass under a UV lamp, which solidifies the material layer by layer, thus obtaining the desired bodies. The advantage of this is that there is no solid support material that needs to be broken, for example, in the case of a DLP printer. PolyJet uses a support that can be easily removed with a high-pressure washer. Another advantage is that we can print any surface or cavity, even one that bends into itself, since the support material completely surrounds the object. It also does not require post-treatment, which cannot be said of DLP, which also requires alcohol washing and solidification. Compared to DLP, however, PolyJet is slower in speed. This was not a negative factor for us because quantity and independence were more important to us. It does not require constant supervision, so it can operate at night, thereby replacing the work of a person.

How durable are printed objects?

Temporary dentures are typically in the patient's mouth for a week, so I can't comment on their durability for longer than that. In addition to this, we also print trial dentures, which we use in the office during the so-called smile design. This way, in addition to the digitally designed images, the patient can also see in their own mouth what the final result will look like. Currently, Stratasys for so-called Try-in works, which can be in the patient's mouth continuously for two days. The so-called TrueDent material, which is currently unique on the market and is suitable for printing personalized, colored gum and denture models, which can remain in the patient's mouth without restrictions. This material has recently been approved in Europe, so we don't have it yet, but it could be the next big step towards almost instantly ready dentures.

CNC: Howlong has the machine been in use?trainHow long did it take to install and?

We have had the machine for about 10 months. Anyone who has used similar additive technologies can learn how to use it in an afternoon at most, as it is extremely user-friendly. The machine was chosen mainly for its productivity, as we saw the volume of digitalization in this sector, which DLP technology could not serve to a lesser extent. Initially, we started the machine with only half a tray, but now even one tray is not enough, which also shows that we are developing at an extraordinary pace in this field.

What are yourfuture plans and directionsdevelopmentfield?

Our current goal is to utilize artificial intelligence. We are testing software that helps with manufacturing and CAM design, print orientation, support material placement, trajectory optimization, using artificial intelligence. We are also trying to utilize AI at the design level, and there are already programs for this that are developing at breakneck speed. Some software can design complete crowns, correct the patient's incorrect bite, and can digitally find the superposition of the jaws that is correct in reality. Based on the natural wear of the teeth, it simulates chewing movement, which movement we can take into account when designing the denture. So we want to develop in this direction from the software side, and from the hardware side, the goal is to acquire a full face scanner, which will allow us to connect the digital mouth scan with the digital smile design using the CAD program. This will make it easier for the patient to see the final result.

Dentalklinik Dr.Tókasetsan exampleof dental services.the fieldindigitalBy integrating additive manufacturing ithastechnologiescreated,anddigitaladvanceduniquelyabydentallaboratory,alsosupportedwhich is nowVarinex Stratasys 3D printer developed by the. The company is open to innovations developments,technologicalwhichandallowthe precise dentalprostheses, whilebothdesignandof productionleveltakeplacehighest.

The article was prepared by CNCMédia Kft. and originally published on cnc.hu.

Elevate your dental manufacturing with Stratasys PolyJet™ multi-material 3D printing technology!
Achieve unparalleled accuracy consistently and efficiently.
Discover how to optimize resources, increase production capacity, and accelerate growth!

Download the 9-page Hungarian guide on 3D printing technologies for dental applications now!

Revolutionizing dental labs with 3D printing

Author : Varinex Date : 2024-02-02

A fogászati laboratóriumok forradalmasítása fogászati 3D nyomtatókkal

A digitális fogászat folyamatosan fejlődő területén a technológiai fejlesztések megnyitják az utat a hatékonyabb betegellátás és az optimalizált munkafolyamatok előtt. A Stratasys úttörő PolyJet™ technológiája megreformálja a fogtechnikai laboratóriumok és a fogorvosok lehetőségeit.

Páratlan sokoldalúság: Többféle alapanyag együttes használata

A PolyJet kiemelkedő jellemzője, hogy egy nyomtatási folyamatban többféle alapanyag használatára képes. A fogászati laborok ezt a képességet kihasználva sokféle különböző darabot állíthatnak elő egyidejűleg ugyanazon a nyomtatótálcán, maximalizálva a termelékenységet a sebesség és a pontosság csökkenése nélkül. Egyszerre nyomtathatnak fogászati modelleket, átlátszó és nem átlátszó műtéti sablonokat és rugalmas ínymaszkokat, vagy készíthetnek színes, valósághű fogászati modelleket és színhű fogsorokat az innovatív TrueDent™ alapanyagnak köszönhetően.

A PolyJet előnye: A fogászati 3D nyomtatás újraértelmezése
A PolyJet technológiájú Stratasys J3DentaJet és J5 DentaJet forradalmi ugrást jelent a fogászati 3D nyomtatásban. Ezek a berendezések a háztartási tintasugaras nyomtatókhoz hasonlóan működnek, de tinta helyett gyantapatronokkal működnek, és a többféle gyantát pontosan, akár 0,018 mikronos rétegben is képesek a tálcára juttatni és azonnal térhálósítva kikeményíteni. Ez a rendkívüli pontosság lehetővé teszi a rendkívül precíz, bonyolult fogászati alkatrészek következetes elkészítését.

A pontosság újraértelmezése: a fogászati kézműipar felemelkedése
A PolyJet kivételes pontossága biztosítja a zökkenőmentes munkafolyamatot a tervezéstől a nyomtatásig. Összetett geometriák, korona- és hídmodellek, implantátummodellek és műtéti sablonok precízen kelnek életre, a kívánt formatervet tökéletesen visszaadva.

Optimalizált műveletek: a hatékonyság növelése
Az éjszakai, felügyelet nélküli nyomtatási képességekkel a PolyJet drága automatizálási kiegészítők nélkül teszi lehetővé a berendezések és a munkatársak nagyobb kihasználtságát. Emellett az egyedülálló nyomtatási folyamat kiküszöböli az olyan oldószerek szükségességét, mint az izopropil-alkohol, így biztonságos és felhasználóbarát környezetet biztosít a fogtechnikai labor üzemeltetői számára.
Küldjön egy nyomtatótálcányi modellt a 3D nyomtatóra, és már mehet is tovább.

A képességek kihasználása: a fogorvosi praxis növekedésének elősegítése

A PolyJet sokrétű értéket kínál a fogtechnikai laborok számára:

Optimalizálja az erőforrásokat a szolgáltatások bővítése mellett, lehetővé téve a költséghatékony termelést és a rugalmas munkafolyamatokat.
Érjen el szakmai kiválóságot azáltal, hogy a digitális átalakulás élvonalában marad és alkalmazza az innovatív technológiákat.
Partnerség egy olyan stratégiai szövetségessel, amely elkötelezett az intelligens növekedés elősegítése mellett: a Stratasys folyamatosan fejleszti 3D nyomtatóit és alapanyagkínálatát.
A PolyJet technológia túlmutat a puszta 3D nyomtatáson; katalizátor a fogászati kézművesség felemeléséhez, a munkafolyamatok optimalizálásához és a szolgáltatási lehetőségek bővítéséhez. PolyJet 3D nyomtatók alkalmazásával a fogtechnikai laborok a digitális fogászat területén a páratlan pontosság, a hatékonyság és a szakmai kiválóság felé vezető útra léphetnek.

Emelje a fogászati gyártás színvonalát a Stratasys DentaJet™ többféle alapanyag egyidejű használatára képes 3D nyomtatási technológiájával!
Érjen el páratlan pontosságot következetesen és hatékonyan.
Fedezze fel, hogyan optimalizálhatja az erőforrásokat, növelheti a gyártási kapacitást és gyorsíthatja fel a növekedést!

Download the 9-page Hungarian guide on 3D printing technologies for dental applications now!

TrueDent dental material

Author : Varinex Date : 2024-02-02

TrueDent™ fogászati 3D nyomtató alapanyag

A TrueDent egy szabadalmaztatott, Egyesült Államok Élelmiszer- és Gyógyszerügyi Hivatala (FDA) által engedélyezett („Class II”) gyanta, amelyet fogpótlások, ideiglenes koronák és hidak 3D nyomtatására fejlesztettek ki a Stratasys J5 DentaJet platformhoz. Lehetővé teszi rendkívül esztétikus, monolitikus, színes fogászati modellek és eszközök sorozatgyártását. A nagy kapacitású nyomtatótálcán egy nyomtatási folyamatban többféle különböző modell készíthető el egyszerre.

Elérhető TrueDent gyanták: TrueDent Cyan, TrueDent Magenta, TrueDent Yellow, TrueDent White, TrueDent Clear, és TrueDent Support támaszanyag.

TrueDent műfogsorok

Egyedi műfogsor alapanyagát kifejezetten a J5 DentaJet 3D nyomtatóhoz fejlesztette a Stratasys.

Az anyag lehetővé teszi rendkívül esztétikus, monolitikus, színhű teljes fogsorok sorozatgyártását – egy nyomtatási folyamatban ezekből többfélét is készíthetünk egyszerre a nagy kapacitású nyomtatótálcán. Ezek a kiemelkedően valósághű, színes protézisek megszüntetik a fogak ragasztásának szükségességét, és racionalizálják a digitális munkafolyamatot, csökkentve a munka- és anyagköltséget.

VÁSÁRLÓI ÚTMUTATÓ A FOGÁSZATI ALKALMAZÁSOKHOZ HASZNÁLHATÓ 3D NYOMTATÁSI TECHNOLÓGIÁKHOZ

A 3D nyomtatással most ismerkedő laborok nehéz döntés elé kerülnek, amikor ki kell választaniuk a számukra legjobb 3D nyomtatót.
Mit kell figyelembe venniük a még a beruházás előtt?

Töltse le a magyar nyelvű, 9 oldalas Fogászati vásárlói útmutatót!

Compatible 3D printers

Downloadable documents

document	language	format
Stratasys PolyJet fogászati alapanyagok adatlapja	English	pdf
Stratasys TrueDent alapanyag ismertető	English	pdf

Használati javaslatok

A Stratasys TrueDent™ egy fényre keményedő gyanta, amely fogászati eszközök, többek között kivehető teljes és részleges fogsorok, protézisalapok, műfogsorba illesztendő fogak, hidak, koronák, inlay-ek, onlay-ek és héjak gyártására alkalmas fogtechnikai laboratóriumokban. Az anyag a hagyományos hőre keményedő és automatikusan polimerizálódó gyanták alternatívája. A Stratasys TrueDent™ kizárólag professzionális fogászati munkákhoz készült.

A Stratasys TrueDent™-ből készülő fogászati eszközök gyártásához egy számítógépes tervezési és gyártási (CAD/CAM) rendszerre van szükség, amely a következő komponenseket tartalmazza: digitális lenyomaton alapuló digitális fogászati fájlok, Stratasys PolyJet 3D nyomtató, valamint kikeményítő berendezés.

Are you interested in news about 3D printing and 3D scanning?

Be the first to know about the latest professional news, industry trends, current events, and discount offers related to 3D technologies!

Subscribe to our newsletter now!

The Stratasys J3 Dentajet is coming soon!

Stratasys introduces its new dental 3D printer

Author : Varinex Date : 2023-02-19

Press Release: Stratasys Introduces New Multi-Material 3D Printer for Small Dental Labs

The Stratasys J3 DentaJet increases lab productivity in a small footprint for implantology, crown and bridge construction, and orthodontic applications. The new 3D printer will be demonstrated live at the IDS exhibition in Cologne, Germany, from March 14-18.

Stratasys Ltd., a leader in polymer 3D printing, has introduced the J3™ DentaJet^® 3D printer. The entry-level, multi-material printer enables dental labs to simultaneously produce highly accurate models for multiple applications on a single print bed.

The J3 DentaJet will make its European premiere at the IDS International Trade Fair in Cologne, Germany, from March 14-18, 2023. The new printer^® and Origin^® will be showcased alongside

“This dental 3D printer is a great benefit for smaller labs that have previously only had small, single-material desktop 3D printers and are ready to take their dental production to the next level and offer higher-quality digital dental products,” said Ronen Lebi, vice president, Stratasys Dental. “The J3 DentaJet 3D printer helps labs meet the growing demand for the highest quality, most accurate dental models and devices.”

The Stratasys J3 DentaJet 3D printer will be showcased as part of the company’s leading dental solutions at IDS in Cologne.

The J3 DentaJet 3D printer uses clear, rigid and flexible biocompatible resins and can produce crown and bridge models, implantology (models, surgical templates and gingival masks) and orthodontic models in a variety of materials, all in a single print job. The large, circular build plate and High-Speed mode can help labs increase throughput and streamline workflows. Stratasys’ patented PolyJet™ technology solidifies parts during the printing process, minimizing post-processing. As a result, lab staff no longer have to handle uncured resin, improving workplace safety.

“We believe PolyJet is the best technology available for printing surgical guides, especially for applications requiring complex geometry, such as stackable guides. Other technologies simply cannot achieve the same level of precision and accuracy,” said Ilan Sapir, Head of Digital Treatment Planning at Glidewell Dental. “The J3 DentaJet has allowed us to access the most advanced printing technology in a small footprint yet with significant printing capacity.”

The J3 DentaJet joins Stratasys’ line of dental 3D printers, all of which can be controlled and monitored through GrabCAD Print™, Stratasys’ intuitive software to streamline print preparation workflows. Stratasys is now accepting orders for the new 3D printer, which is expected to be available in March.

Click the links below to learn more about Stratasys dental solutions!

Take advantage of the intelligent digital workflow of Stratasys DentaJet 3D printers! Increase throughput and produce higher quality dental models with multi-material, unattended 3D printers that require minimal post-processing.

Download our 8-page brochure in English!

Stratasys Introduces GrabCAD Print Software for Origin One and Origin One Dental 3D Printers

Other new features from Stratasys include the integration of the Origin One Local 3D printer and the ProAero air extraction system

Stratasys, a leading manufacturer of polymer-based 3D printing solutions, today introduced^® GrabCAD Print™ software for^® Additive Manufacturing Platform, GrabCAD Print provides users with an integrated, comprehensive software solution to streamline the 3D printing workflow, from print file preparation to post-print analysis.

The integration with GrabCAD Print is the first step towards integrating Origin One into the full platform. The GrabCAD Additive Manufacturing Platform provides a two-way connection between 3D printers, additive manufacturing and enterprise applications, and the broader Industry 4.0 infrastructure. Designed for open and enterprise use, the platform combines GrabCAD applications with solutions from third-party GrabCAD software partners through the GrabCAD Software Development Kit (SDK). The ecosystem-based approach enables manufacturers to manage their additive manufacturing operations across the entire digital process, from design to finished product. GrabCAD Print for Origin One offers an alternative to third-party pre-print solutions, a consistent user experience, and connectivity to Stratasys 3D printing technologies, while replacing the native Origin web application.

*GrabCAD Print provides users with an integrated, comprehensive software solution to streamline their 3D printing workflow, from print file preparation to post-print analysis*

“Following our acquisition by Stratasys, customers have indicated that we should make making GrabCAD Print available as a top development priority. Today, we are pleased to announce that the efficiency and simplified workflow of GrabCAD Print is now available to the rapidly growing community of Origin One users,” said Ronen Lebi, vice president and director of manufacturing (P3), Stratasys. “In addition to GrabCAD Print for the Origin One, we are continuously expanding our portfolio with other solutions to best meet the needs of our customers. With these new solutions, we can better serve customers who need an offline printing solution and provide additional security features for the Stratasys Origin One printer.”

GrabCAD Print for the Origin One printer delivers improved print preparation and improved automatic support design with lower support material consumption, and new features such as labeling, native CAD file support, printer status monitoring, and printer scheduling. The software also takes advantage of the Open Material License (OML), which allows users to use open-access materials, develop materials with profiles and settings optimized for their needs, manage material collections, and share materials within their organization. The Open Material License also allows material suppliers to publish material profiles compatible with Origin technology.

*GrabCAD Additive Manufacturing Platform provides bidirectional connectivity between 3D printers, additive manufacturing and enterprise applications, and the broader Industry 4.0 infrastructure*

In addition to GrabCAD Print for the Origin One printer, the company today introduced two additional Origin One offerings. Origin One Local^™ is a new local printer configuration that offers the same features and capabilities as Origin One. With the local version, customers working in government, homeland security, and other highly regulated IT sectors can also take advantage of Origin One’s capabilities. Stratasys has also developed the Origin One ProAero^™ air extraction system, which is also available for PolyJet-based office 3D printers. The professional, ready-to-use system extracts air from the Origin One printer and filters out all fumes, dust, and odors before recirculating clean air back into the room.

GrabCAD Print for the Stratasys Origin One printer will be available free of charge to all Origin One and Origin One Dental customers. GrabCAD Print is expected to be available for Origin One, Origin One Local and Origin One ProAero printers in the second half of 2022.

Stratasys shared information about its new manufacturing solutions during a live event that can be viewed later. To learn more about GrabCAD Print, visit www.grabcad.com .

Stratasys is leading the global shift to additive manufacturing technologies with innovative 3D printing solutions for industries such as aerospace, automotive, consumer products, and healthcare. Stratasys solutions provide competitive advantage across the product value chain through intelligent and connected 3D printers, polymer materials, software ecosystems, and made-to-order parts. The world's leading organizations are using Stratasys to transform product design, increase manufacturing and supply chain flexibility, and improve patient care.

If you would like to learn more about the above products, please contact the Hungarian distributor of Stratasys products, VARINEX Zrt. (3dp@varinex.hu).

3D printers, 3D scanners and 3D services for industry

New, fast and cost-effective dental 3D printer – the Stratasys DentaJet XL is here

New, fast and high-capacity dental 3D printer - the Stratasys DentaJet XL has arrived!

The first DentaJet XL customers achieved the following production results

Remarkable features of the new DentaJet XL

Digitalization and additive manufacturing at the forefront of dentistry

Digitalization and additive manufacturing at the forefront of dentistry

Revolutionizing dental labs with 3D printing

A fogászati laboratóriumok forradalmasítása fogászati 3D nyomtatókkal

TrueDent dental material

TrueDent™ fogászati 3D nyomtató alapanyag

TrueDent műfogsorok

Compatible 3D printers

Downloadable documents

Stratasys introduces its new dental 3D printer

Press Release: Stratasys Introduces New Multi-Material 3D Printer for Small Dental Labs

Take advantage of the intelligent digital workflow of Stratasys DentaJet 3D printers! Increase throughput and produce higher quality dental models with multi-material, unattended 3D printers that require minimal post-processing.

Download our 8-page brochure in English!

PRESS RELEASE: Stratasys Introduces GrabCAD Print Software for Origin One and Origin One Dental 3D Printers

Stratasys Introduces GrabCAD Print Software for Origin One and Origin One Dental 3D Printers

Other new features from Stratasys include the integration of the Origin One Local 3D printer and the ProAero air extraction system

Stratasys' new product: J5 DentaJet dental 3D printer

Stratasys' new product: J5 DentaJet dental 3D printer

Stratasys Introduces J5 DentaJet Dental 3D Printer Designed to Address Growing Demand for Dental Solutions

Accurate dental models, quickly, with little rework

A 3D printer tailored to the needs of the dental market