See how Eaton uses Stratasys FDM 3D printing to replace machined gear inspection tools—cutting costs, reducing lead times, and improving quality control in manufacturing.
When a gear failure halted production, SolCold restored operations within 24 hours using a PolyJet ToughONE™ part avoiding three weeks of downtime and proving polymer durability in real manufacturing.
See how Embry-Riddle Aeronautical University used Stratasys SLA 3D printing to produce high-precision wind tunnel wing models in under a week, accelerating aerodynamic research and testing.
See how DP Zero Lab digitized 97% of its workflow using Stratasys TrueDent® to create hyper-realistic, full-color dental prosthetics with speed and precision redefining patient care in Italy.
See how NDM Dental Lab prints 500–600 dentures weekly using the J5 DentaJet® and TrueDent® resin—scaling production, improving aesthetics, and reducing chair time with a fully digital workflow.
APC’s commitment to rapid prototyping and solution development has been greatly enhanced by PolyJet’s unique capabilities, including streamlined support removal, multimaterial printing, and the integration of full-color Pantone-qualified output.
Discover how Galilee Medical Center uses point-of-care 3D printing with Stratasys Digital Anatomy™ to improve craniomaxillofacial surgical planning and outcomes.
During Trident Warrior 2025, Stratasys supported forward-deployed additive manufacturing that bypassed traditional supply chains, delivering certified, production-grade parts in real operational environments.
Discover how Secure Meters in India accelerated its product development using the Fortus 450mc™ 3D printer. Learn how FDM prototypes reduced costs, improved design precision, and sped up testing.
Microsoft’s Advanced Prototyping Center uses the Stratasys F370 to speed up fixture production for hardware testing. Learn how 3D printing improves reliability, supports “Fail Fast,” and reduces time to market.
Discover how Subaru’s Accessories Product Development team used the Stratasys F770™ with the new T25 print head to reduce tool iteration time by 50%, accelerate production, and minimize waste through just-in-time 3D printing
Stratasys Direct accelerated SLA production by 54% using the Neo800+ printer and DEMI 4100 post-processing system. See how speed, automation, and cleanliness drive better business outcomes.
Discover how EndoCure used Stratasys Digital Anatomy™ 3D printing to validate its robotic ultrasound platform, improving early-stage lesion detection and accelerating clinical readiness.
Discover how Weather Shield uses industrial 3D printing to cut tooling costs, accelerate production, and deliver hurricane-tested window components.
Learn how Lockheed Martin improved 3D printing uptime by 28% using Stratasys AccelerateAM™ a proactive service model that delivers faster support, greater autonomy, and increased production output.
See how Boom Supersonic uses 3D printing to challenge what’s possible in commercial flight utilizing Stratasys technology.
Discover how NASCAR used the Stratasys Neo800 SLA 3D printer and Somos Evolve 128 material to rapidly prototype aerodynamic strakes, cutting time by one week and costs by 50% compared to metal.
Valeo achieved a 98% inspection time reduction and $10K cost savings by 3D printing a go/no-go fixture using the Fortus 900mc. See how additive manufacturing accelerated their response to a production issue.
Stratasys partners with CALLUM, led by Jaguar’s former design director Ian Callum, to reimagine rare vehicles like the C-X75. See how 3D printing enables bespoke design, cost-efficiency, and faster turnaround for exclusive automotive projects.
Discover how Stratasys and Addion transformed eyelid surgery training with 3D printed anatomical models. See how Digital Anatomy™ technology enhances realism, reduces risk, and builds surgical confidence.
Delkor uses Stratasys SAF® 3D printing to reduce tooling costs by 60% and speed production by 50%. Learn how the H350 and PowderEase T1 improve throughput and scalability.
JW Speaker uses Stratasys F3300 and Nylon 12CF to produce strong, large-scale 3D printed fixtures, saving up to 89% in time and thousands in cost.
Discover how FabGRAB transformed denture production with Stratasys J5 DentaJet and TrueDent-D resin: scaling digital workflows, improving aesthetics, and enabling batch production.
See how a global automotive manufacturer uses Stratasys F3300 to increase print speed by 72%, lower part costs, and streamline additive manufacturing.
3D printed paint masks using ULTEM™ 9085 resin and the Stratasys F3300 withstand high-heat paint lines, enable reuse, and improve production speed and accuracy.
Karsan uses Stratasys F770 to replace metal parts with large, lightweight 3D printed components. Learn how additive manufacturing cut costs by 80%.
Discover how UPenn uses Stratasys Digital Anatomy™ printing to produce CT- and MRI-visible brain models for safe, patient-specific training and neurosurgical planning in veterinary medicine.
Discover how Microsoft’s Advanced Prototyping Center uses the Stratasys J850 Prime and VeroUltraClear resin to create high-fidelity prototypes—accelerating design validation for the Surface Pen.
Discover how Bifrost scaled UAV production using the Stratasys H350 with SAF® technology. Achieve 6–8× throughput, 80% labor savings, and 40% lower production costs.
Omega Tool Corp leverages Stratasys F3300 and ULTEM™ 9085 to build modular, heat-resistant paint fixtures. Learn how 3D printing improved efficiency and reduced tooling weight.
Discover how Laser Modeling Israel achieves 24-hour production and manages 60,000+ parts monthly using GrabCAD Print Pro for scheduling, nesting, and orientation optimization.
Discover how Robert Dental Laboratory increased denture production by 75% and cut turnaround times using TrueDent and J5 DentaJet. More comfort, precision, and ROI in just 12 months.
See how Humanitas University uses the Stratasys J850 Digital Anatomy 3D printer to enhance surgical planning, education, and medical research with lifelike anatomical models.
J.W. Speaker turned to additive manufacturing for its speed, savings and flexibility that traditional manufacturing methods couldn’t match. Learn how the company now fully embraces 3D printing for not only prototyping and tooling, though also producing small volume end-use parts and customized production.
Discover how Stratasys solutions enhance neurosurgical training at AIIMS Delhi, improving craniotomy and neuro-endoscopic procedure simulations.
Discover how Ident’M produces 500 high-precision dental models daily using Stratasys J5 DentaJet 3D printers and automated post-processing from PostProcess Technologies.
The journey started with the idea that additive manufacturing might help with the company’s tooling needs. With the assistance of PADT, an advanced 3D printing product development and services provider, Howe and Dan Zumbo, Parker’s additive manufacturing manager, started small with a loaner 3D printer.
Solidus, a leader in laminated solid board packaging across Europe, is committed to sustainability and innovation. With operations in Belgium, the Netherlands, the UK, and Spain, Solidus Innova focuses on reducing plastic use by developing eco-friendly packaging solutions.
Forensic Photonics revolutionized fingerprint detection with their LIFT device, using P3 to create durable, high-quality imaging solutions for law enforcement.
ADT transformed its dental workflows using the J3 DentaJet, reducing labor demands, cutting costs & increasing production capacity sevenfold. Read more
Boaz Dekel, the co-founder of Novel Acoustics, utilized a Stratasys Neo printer to 3D print a speaker enclosure as one solid, monolithic piece.
Creighton University uses Stratasys’ DAP to create lifelike, ultrasound-guided breast biopsy models, improving hands-on medical training. Learn more
Discover how Thorlabs leverages 3D printing to cut production costs by $20,000 a year, boost efficiency, and deliver enhanced customer value.
Learn how Northrop Grumman used 3D printing to cut rocket motor tooling production time from a year to six weeks, accelerating development & reducing costs
USC engineering students use 3D printing to accelerate Formula SAE car development, saving time and enhancing design. Learn how AM drives success.
Discover how EANT GmbH reduced production costs by 20% and time by 75% using Stratasys F900 & Nylon 12CF for lightweight, strong 3D-printed antenna mounts.
The University of Iowa’s prototyping lab leverages Stratasys additive manufacturing technology to speed up device design, testing, and production.
Discover the benefits of combining stereolithography 3D printing with CNC machining for functional prototyping and creating jigs and fixtures.
Bringing 40 years of Earth surface data to life through 3D art, combining scientific precision and artistic expression using GrabCAD Print Pro™ and Voxel Print™
When it comes to agricultural equipment, RAUCH is known worldwide for innovation and excellence. And Stratasys plays a role in their distinction.
Dobson Ortho Lab delivers top-quality custom dental appliances using Stratasys 3D printers, ensuring accuracy, reliability, and efficiency. Read more here
Marcopolo accelerates bus manufacturing with 3D printing, reducing costs and speeding up production with innovative prototyping and final parts. Learn more
TE Connectivity uses DLP 3D printing to achieve high-precision, low-volume production, replacing injection molding for agile manufacturing.
Spectra Group uses Stratasys Origin 3D printer to innovate and produce high-quality, field-ready end-use products faster, cutting costs & improving flexibility.
Gulf Wind Technology leverages 3D printing to innovate rotor designs, enhancing wind turbine efficiency & adaptability in variable wind conditions.
Hirsh Prototypes leverages Neo printer and Somos materials for high-quality medical device parts, ensuring exceptional accuracy and reliability. Read more
Learn how Laser Modeling Israel serves the needs of medical device companies, by leveraging SAF & the H350 printer to produce complex medical device parts.
3Diemme is an Italian biomedical services company - With the help of Stratasys, they got a more accurate method to fabricate surgical guides.
Industrial Designer Ori Levin introduced a groundbreaking air purifier prototype. Learn how Stratasys 3D printing technologies made it possible.
Learn how the new TrueDent resin helped Renew Dental bring Candice Baier-Gregory's smile back with accurate, natural-looking dentures.
Stratasys and Express Dental Laboratory partnership produced 76 dentures in under 24 hours with the help of TrueDent resin and J5 DentaJet. Learn what made it possible.
TryTec, a small medical device manufacturing company based in Japan, designed its first endoscopic device, Opyls, with Stratasys DLP technology. Read more
Stratasys Polyjet technology optimized Microsoft tooling for shield metal prototyping with highly accurate models and fewer design limitations. Read more
Read our new white paper to learn how American Additive Manufacturing partnered with Stratasys.
Read our new case study to learn how GWR uses 3D printing to bring sustainability to the rails.
Project R team made a remarkable presentation at the 2023 Cheong Craft Biennale with their innovative "generative restoration" technique using PolyJet. Read more
Stratasys helps Techno Lab develop functional prototypes faster and more flexible, while meeting the required electrical-mechanical regulations. Learn more
Read how Stratasys P3 technology and materials helped H&T Presspart to achieve injection-molding precision and quality for pharmaceutical components.
Read how the advancement to PolyJet & J850 Prime allowed Microsoft to change the shape & color of objects within the prototype’s solid bodies in a single print.
Read how MA CAD/CAD used J5 DentaJet to deliver increased quality & higher accuracy of dental applications while improving overall production efficiencies.
Dassault Aviation uses ULTEM™ 1010 Resin Composite Tooling to reduce lead time and helped prompt a cost reduction.
Learn how Christopher tool switched their laser marking fixture production to 3D printing and saved valuable time and money,
Cutting down the time spent on their inspection process, while maintaining a high-level of accuracy was a critical goal for Christopher Tool. Read our new use case to learn how 3D printed coordinate measuring machine (CMM) fixtures significantly improved their inspection process.
GO Orthotics retains competitive edge with additive manufacturing technology. Read how the SAF H350 3D printer and the High Yield PA11 made that possible.
Read our new case study to learn how 3D Composites is expanding into new markets thanks to SAF technology.
The world’s largest manufacturer of custom dental services & implant manufacturer, reaches new levels of productivity & quality using J3 DentaJet. Read now
Valiant TMS tested and evaluated on their Origin® 3D printer elastomeric materials, which previously proved tricky to do in other technologies. Read the results.
Developing a new Surface Pro hinge is an especially complex prototyping challenge. Learn how Microsoft engineers & model-makers collaborated overcame that.
Supercomputing & 3D printing is revolutionizing the world of race car driving by capturing the intricacies of aerodynamics. Read how our printers helped
Implant Concierge, a web-based platform, is optimizing dental production through the utilization of the Stratasys J5 DentaJet. Read more
Microfluidics has applications in the medical and engineering fields. Learn why researchers believe 3D printing can change the manufacturing of microfluidic devices.
Patient-specific 3D printing technology for pre-surgical planning provides comprehensive preparation & helps standardize delivery of care. Read more
Roush Performance prints front grill camera mount with SAF™ technology using the H350™ printer.
Learn about how General Atomics reduces cost and accelerates time-to-market with Stratasys' additive manufacturing.
Somnosync is a 3D printed sleep mask for REM sleep detection. Read how GEMTEC used our H350 printer & SAF technology to print the snap-fit receptacles.
Learn how Otis college of art & design creates out-of-this-world garments with Activision Blizzard using Stratasys 3DFashion Technology.
A dental laboratory based in Long Beach, was one of the first labs to adopt TrueDent resin for 3D printing. Read how it changed their business model.
Rivelin Robotics case study, a Stratasys customer specialized in metal additive manufacturing, solves a production challenge. The challenge? To produce geometrically complex electrical connectors at high volumes of output. Explore the case study, download it in PDF format, or even watch the customer success video to witness an innovative additive manufacturing solution involving robotics.
Learn how Valiant TMS, a leader in intelligent automation solutions for aerospace and automotive industries, utilized P3 3D Printing technology to create a smooth, ergonomic A-pillar latch tool handle. Discover impressive cost reduction and faster print time achieved with the Origin One 3D printer, along with the benefits of Dura56 material. Read about the impact on manufacturing efficiency and operator comfort in this use case.
John Mauriello saw the need for a new inspiration for future designs, so he decided to take an innovative approach with the J55 Prime. Read more
New era of sustainable luxury: read how 3DFashion Technology enabled Atelier des Refusés to transform textile scraps into show-stopping 3D printed cushions
The ISAC Museum at the University of Chicago created a 3D printed replica with PolyJet technology to allow the Warka Vase to be rediscovered. Read more
Learn how Stratasys PolyJet™ technology & J850 Prime enabled Microsoft's "Fail Fast" product development process & prototyping complex mechanical prototypes.
Stratasys 3DFashion supports a new era for Peugeot’s electric vehicles, with direct-to-textile 3D printing creating visually impactful interiors. Read more
Stratasys has partnered with Axial3D to make patient-specific 3D anatomical models and images easily accessible and affordable. Read how we did it
Discover how Hemani Kumar from FIT collaborated with Stratasys to turn her designs of astonishing 3D embellishment sections into reality. Read more
Discover how Rocket Composites achieved flawless surface finishes for their carbon fiber parts by leveraging OpenAM™ software to fine-tune their Fortus 450mc™ 3D printer settings. Learn how this innovative solution optimized print parameters, enabled the use of non-bill-of-material filaments, and saved $5700 while reducing delivery time for custom tools in aerospace, automotive, consumer, and medical device industries.
See how FDM® Nylon-12CF is cutting costs and creating faster tool production for 99P Labs.
Due to ongoing maintenance costs & reliability issues with its legacy machines, Realize needed a larger, reliable, open resin SL solution. Read more
Learn how Stratasys empowers businesses to achieve superior performance, innovation, and efficiency with Neo Stereolithography technology.
3D4Med, an Italy-based clinical 3D printing laboratory, is devoted to the use of our 3D printing technologies for a variety of medical functions. Read more
Graco engineers designed a stronger tooling handle faster & easier with the Stratasys F370®CR composite 3D printer and FDM® Nylon-CF10 thermoplastic.
Discover how Weber State University accelerated their advanced educational 3D printing capabilities by adding the Stratasys F370®CR composite 3D printer.
Mercury Marine designers 3D printed their latest custom decal hat fixture using an F370®CR composite printer and high-strength carbon-fiber composite thermoplastics.
Valiant leverages additive manufacturing to enhance its production automation systems. Read how the Origin One 3D printer helped Valiant achieve their goals!
Italdesign used 3DFashion™ technology to create a space that transcends the traditional ideas of automotive, residential and office spaces. Read more
Ogle chose our Neo printer to maintain its position at the forefront of innovation. Learn how it helped their ability to meet & exceed customer expectations.
Explore how 3D printers improve design & production of electronic components in the auto industry. Learn the benefits of additive manufacturing for your manufacturing process.
If you want to learn how East/ West Industries used Stratasys technology to produce its metal forming dies 87% faster, read our use case now.
Graco Inc. saw an 80% cost reduction with Metal Forming Die when they used an F370CR composite 3D printer using FDM Nylon-CF10. Learn more!
A case study that explores PA12 and how this material helped create an automatic measuring machine.
Learn how Stratasys reinvented the Duchessa 1935 brand with the use of our multi-color, multi-material 3d printing technologies & printers. Read more
Dental Implant Specialist leverages Stratasys’ PolyJet technology for a multi-material approach in the creation of surgical guides
Learn how PepsiCo redesigned their 2-liter bottle using the Stratasys J55 Prime 3D printer and how it sped up the design process.
Find out how J.W. Speaker Corporation transformed the process of creating snowmobile light fixtures with 3D printers and FDM Nylon-CF10 filament.
Learn how the University Hospital of Brest (CHU de Brest) improves pre-surgical planning procedures with the use of the J5 MediJet 3D printer.
Read about the Polyphytes research project that utilized Stratasys' Liquid Print feature of the PolyJet Research Package to 3D print intricate, internal channels that perform just like the vascular systems in plants.
Aakash Healthcare Uses Stratasys’ J5 MediJetTM to create 3D Printed Pre-Surgic
Discover ECCO's Manufacturing Breakthrough: Origin One 3D Printer Revolutionizes Footwear Production. Experience precision, speed, and innovation!
Read how the UK-based organization CPI collaborates with researchers to develop novel innovations in HealthTech using the J750 Digital Anatomy Printer.
The Germany-based Dental Laboratory at the Department of Prosthodontics, LMU University Hospital in Munich, Germany, is leveraging Stratasys PolyJet technology to produce true-color 3D-dental models to give customers more natural-looking dental restorations.
Gosiger Manufacturing 3D printed a high-performance turret-mounted catcher with Stratasys composite 3D printer and materials. Download the use case today!
Learn how Stratasys J850 TechStyle 3D printer 3D& 3DFashion technology helps U3DP decoding fashion and enables personalized apparel design. Read more now
Kauzlarich and her team chose the Digital Anatomy Printer because of its versatility and because they found that through this technology, the lab is able to create anatomically realistic, biomechanically accurate models for physicians who need a visual way to explain a unique procedure or another specific anatomy.
the J55 Prime prints out exactly what is shown on the monitor with the support of 3MF. This is a very surprising advantage.
The Stratasys J5 DentaJet dramatically improves dental lab’s production process
What started for RICOH, a global leader in advanced manufacturing, as an engineering partnership with Stratasys in the early 2000s (to develop PolyJet technology using RICOH printer heads) has blossomed into RICOH 3D for Healthcare—an integrated HIPAA-enabled workflow to develop, design, and produce patient-specific 3D printed anatomic models—powered by Stratasys technology.
Dental Designs, Nebraska based dental lab, pushes the boundaries of digital dentistry with the help of Stratasys dental 3D printing technology: “The place to send your scan”
A team of professionals at the Institute of Cancer Research, London, has utilized the J5 MediJet™ 3D printer to create a first-of-its-kind model that accurately depicts the protein being targeted within a cancer cell by novel drugs in development.
France-based dental laboratory Ident’M is transforming the production of dental parts and addressing an inherent challenge for greater accuracy and precision with a Stratasys J5 DentaJet™ 3D printer at its Saint-Etienne-located facility.
Stratasys’ Neo800 3D printer stereolithography 3D printers are enabling McLaren Racing to make up to 9,000 parts per year —from full-size aerodynamic surfaces to high-accuracy embedded sensorhousings—driving theirquest for race wins.
Czech Republic service bureau One3D is helping automotive lighting system companies innovate by using the Neo800 stereolithography technology to produce state-of-the-art lens prototypes. The lens prototypes are used as a visual aid to confirm designs before going into large-scale production. 3D printing and Stratasys Neo800 stereolithography technology shorten the process to produce the lenses to 3-4 working days, compared to 3-4 weeks for milled PMMA (plexiglass).
At Nicklaus Children’s Hospital in Miami, the Cardiovascular Surgery Advanced Projects Laboratory (APL) uses a range of digital 3D technologies, including Stratasys 3D printers, to visualize anatomy and plan surgical procedures for pediatric patients
Learn how the Neo450s 3D printer was used to produce internal mandrel tools to manufacture composite pipes for motorsport and Formula One.
FDM® technology plays a vital role in elevating the health care of large animals.
Stratasys Origin One flexible production capability produces end-use parts for Nissan’s Super GT racing team
J5 MediJet is the most efficient workflow for printing surgical guides
Götz Maschinenbau End of Arm Tooling Use Case that utilizes the H350 3D printer and SAF technology
Explore the development and strategy behind the additive manufactured cycling saddle, printed by the H350 leveraging SAF technology.
Radford Motors makes low-volume, highly customized specialty automobiles
Learn how using WSS™150 water soluble support material allowed for easy, hands-free removal of support material in a single step, without the risk of damage to multiple figurines in a standard dishwasher.
Learn how using WSS™150 water soluble support material allowed for fast, hands-free removal of the support material in a single step, without the risk of damage by placing parts in a standard dishwasher for a hands-free automated process.
Learn how WSS™150 water soluble support material reduces the manual labor of removing support with waterjet for intricate parts.
Learn how using Stratasys® WSS™150 water soluble support material allowed for easy, hands-free removal of support material in a single step, without the risk of damage by placing the delicate ship models in a vessel filled with regular tap water and waiting for the support to dissolve.
Learn how using WSS™150 water soluble material enabled easy, hands-free removal of support material in a single step, without the risk of damage.
See how 3D printing improves treatment for thoracic wall tumors with the help of Stratasys technology.
See how 3D modeling provided an effective visualization of the patients’ complex facial structures with help from 3D printing technology.
Based in Cincinnati, Ohio, Kinetic Vision is utilizing the Stratasys J55 Prime 3D printers' rapid prototyping abilities to create better products faster for the companies they work with.
Toymaker Smoby cultivates imaginative playtime with the help of 3D printing to create toys with high detail with low cost and high efficiency.
Plyform Composites s.r.l uses 3D printing to raise the bar for aerospace production while increasing both speed and quality in this 3D printing case study.
3D Repro knew ultra-realism was key to securing customer interest to cost-effectively produce one-off customized models for its customers.
Balea utilizes Stratasys F170 3D printer to streamline prototyping process, download to learn more.
Read how Askja Audio uses 3D Printing via the Fortus 900mc to create an amplifier with no geometric limitations and without sacrificing sound quality.
Purchasing a Connex3™ 3D Printer for in-house prototyping has revolutionized the design validation process for Brooks Running saving thousands per season.
Learn all the the ways PolyJet and FDM 3D printing technology are working together for Toy State International Ltd. to speed their design to prototype timeline.
3D printing builds tough injection molds fast for Turck, an international leader in connectivity, sensor, and industrial control solutions.
Student design team, Tecnun Motorsport reduces carbon fiber intake manifold weight by 60% with Stratasys 3D printed soluble cores.
3D printing offers fast, cost-savings solutions in design and manufacturing custom solutions for service provider Solidify Technology Sdn Bhd.
Mikkelsen Electronics accelerates workflow with 3D printed low-pressure molds that reduce production time and cost for affordable prototypes.
Headquartered in the UK, Marshall Aerospace and Defence Group is one of the largest, privately-owned aerospace and defence companies, utilizing 3D printing has proven to be beneficial.
Students solve problems daily with 3D printed solutions. QCC has launched over 100 projects in which students use 3D printing to provide solutions.
With the help of 3D printing technologies, Polaris continues to set the pace in their industry and beyond. See how they continue to innovate with their latest case study.
Oreck uses 3D printing to reduce fixture production costs by up to 65 percent by producing their fixtures in-house with FDM technology.
Siemens AG in Karlsruhe uses 3D printing to develop automation solutions.
3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.
Future Motion’s uses carbon fiber nylon 12 for functional prototyping structural parts on their Onewheel personal electric transportation vehicle.
The German Aerospace Center designed a 3D printed device called the TransRoPorter to support space exploration and the study of Mars.
Utah Trikes, producer of trikes, quads, and wheelchairs, rolls out cost-effective customization with FDM Nylon 12 Carbon Fiber.
See how Moog Aircraft Group cut fixture and lead times with FDM 3D printing while improving its internal capabilities for CMM inspection.
3D printing helps solar upstart Peppermint Energy deliver energy everywhere with a portable plug-and-play solar generator for small energy needs.
Solaxis Ingenious Manufacturing created an automotive assembly jig with 3D printing, cutting weight and improving accuracy.
See how Skorpion Engineering accelerates development of their luxury car prototypes with 3D printing with help from Stratasys.
Swift Engineering shaves off production by embracing 3D printing for sacrificial tooling applications using composite 3D printing materials.
Elkus Manfredi architects designs differently with the help of 3D printing.
The Center for Advanced Design achieved an ROI of less than four months on a Stratasys F370 printer.
See how Compositex transforms its composite production with FDM additive manufacturing with help from Stratasys technology.
3D printing allows for a prototype system that enables quick review of designs that evolve on a daily basis for company GROOVE X.
See how EC-Atech is quickly customizing toner cartridge prototypes with 3D printing to create efficiencies.
Japanese beverage manufacturer streamlines bottle design with 3D printed mold with Stratasys 3D printing technology.
Learn how a new 3D printing material in an ESD compliant polymer with higher thermal capability enabled Lockheed Martin Space 3D to print parts for the Orion.
Minimizer's thick-gauge polyethylene fenders benefit from black ULTEM™ resin 3D printed prototypes and a pair of happy accidents.
Joe Gibbs Racing wins at NASCAR with 3D printed custom Gauges modified weekly via 3D printing to design better parts and outperform the competition.
Dunwoody College of Technology incorporates hands-on, applied learning in their program where students gain high-demand skills with 3D printing.
Consumer goods giant Unilever iterates 50 percent faster with 3D printing using 3D printed injection molds, blow molds, and vacuum molds for prototyping.
See how those in a the aerospace industry are innovating with additive manufacturing and Stratays.
iRobot cleans up by adding SUP706 soluble support to their workflow to capitalize on a more automated, efficient product design process.
Volvo Trucks' slashes time and cost of tool production with additive manufacturing, 3D printing many of their manufacturing and assembly tools.
See how Visual First helps The Chocolate Factory prevent bottlenecks with on-demand carbon fiber thermoplastic production parts. View the case study today.
Premium transmission serves the global engineering industry with FDM 3D printing technology improving on speed, cost, and efficiency.
Using 3D printing solutions Team Penske turns ideas into racetrack reality more quickly than previously possible. Download the case study to learn more.
See all the ways 3D printing breathes life into Orange County Chopper's dragon motorcycle, reducing time and cost in the creation of custom parts.
Learn how Synergy's clients make confident decisions with ultra-realistic 3D printing prototypes to iterate through countless designs before final creation.
Trek accelerates design cycles with objet 3D printer in order to improve prototyping and shorten development cycles as well as assist in prototype tooling.
Cutting-edge Polyjet 3D printed prototypes that look and feel like the real thing push a passion for cycling at Trek Bicycle
The University of Tsukuba uses iterative design prototyping with 3D printing contributes to the success of Japan's 2012 team at the London Olympic Games.
3D printing gives students real-world experience creating self-balancing scooter with the help of Stratays technology.
Thule uses additive manufacturing with Stratasys Nylon 12 Carbon Fiber to 3D print functional prototypes, save time, cost, and drive innovation.
3D printing prototypes allows CAD to fail fast and produce design iterations quickly or change a product design overnight to meet a customer’s deadline.
3D printing, is vital to Christie’s approach to prototyping and improving products and lets engineers complete numerous design iterations quickly.
Jaguar land finds competitive advantage with the Objet500 multi-material 3D printer to broaden its rapid prototyping capabilities.
Jetta delivers one-stop OEM services with 3D printing by using the Stratasys J750 3D printer in its product development to create realistic prototypes.
SSL cuts lead time for customized composite tooling by embracing 3D printing and reduces the expense and time-consuming process of traditional methods.
Siemens mobility boosts custom production with FDM 3D printing.
i-Tork Controls solves prototyping problems with PolyJet technology.
NASA's human-supporting rover for the Desert Research and Technology Studies program which roams the Arizona desert uses 3D printed FDM parts.
This case study shows how Waters Corporation cut their prototyping time while refining the design process using PolyJet 3D printing technology.
3D Printing enables VER to reclaim the coveted camera angle at sports games so that home viewers can continue to view games from the traditional angle.
OTH Regensburg students use 3D printing to develop sensor applications for the automotive, medical, industrial, electronic and mechanical industries.
Pack Line Ltd. Instantly sees benefits of FDM additive manufacturing over traditional manufacturing practices, plans to increase 3D printing uses in the future.
Automotive-filter maker Parker Hannifin tests PPSF 3D printed prototype on V8 engine for functional design testing, mounting perfectly to the engine.
Ricoh used 3D printing to not only transform their rapid prototyping process, and expanded to 3D printing jigs for the production line.
Learn why FATHOM sees the unlimited potential to disrupt the manufacturing supply chain using 3D printing technology in their latest case study.
Diversified Plastics' customers can 3D print molds in days instead of weeks to test design concepts early and determine if the design is going to work.
Brudden perfects gym equipment using the latest in 3D printing technology from Stratasys.
Learn how AP Racing gained efficiency by using the Stratasys J750 for innovative and advanced tooling applications and prototyping.
AIJU uses 3D printing to simplify the design of children & toy and leisure product with full-color, multi-material 3D printed prototypes.
Embry-Riddle RobotX challenge submarine rises to the challenge; create a streamlined watertight vessel and win the international competition.
Honda Access shifts its customization options into high gear with 3D printing accessories for cars, motorcycles and other items worldwide.
The Hager Group uses 3D printing with the Fortus 380mc as a quick, flexible, design solution to cut tooling production time and costs.
3D printing opens new opportunities for In'Tech Industries in rapid prototyping and as a bridge to production before final injection molding.
With 3D printing aerospace engineering specialist Indaero can manufacture complex tooling on demand, for rapid and cost-effective low-volume production.
See how RedDOT speeds production and lowers cost with FDM Nylon 12 printed prototypes and fixtures.
Additive manufacturing empowers Marchesini Group’s design and production innovation with help from Stratasys 3D printing technology.
Milwaukee School of Engineering students test new elastomer 3d printing material, working with industries to help businesses solve unique challenges.
Haier Molds uses 3D printing for iterative concept models to improve aesthetics and design, structural models for fit, and parts for functional tests.
Savannah College of art and design leads with automated 3D printing enabling a huge development and advancement in art and design campus-wide.
By adding 3D printing to its design process, Bajaj Electricals quickly reduced its concept-to-retailer product development time from 1.5 years to 7 months.
Bell Xworx's rapid prototyping used a Fortus FDM (fused deposition modeling) system to build tough polycarbonate wiring conduits for an aircraft upgrade.
Read how Santa Cruz Bicycles’ uses 3D printing for concept modeling, prototyping, and tooling in developing a custom mountain bike with the Fortus 450mc.
See how Nidek Technologies accelerates clinical trial evaluations and time-to-market with 3D printing by producing realistic fully-functional prototypes.
Quality is one of the core pillars driving the success at Elkamet Kunststofftechnik GmbH, a German plastic part manufacturer
FDM 3D printing direct digital manufacturing has saved $800,000 and three years development time over a four-year period for Sheppard Air Force Base.
Motorcycle maker Ducati accelerates engine design with FDM prototyping to reduce time-to-market for new products by reducing the design cycle.
Stratasys partnered with Daihatsu, along with outside design partners, to create Effect Skins for cars: intricate, tactile patterns built with 3D printing.
Silgan Plastics uses FDM 3D printed packaging models to reduce time to market for new spoonable zero-calorie sweetener by Cargill.
Boston University uses 3D printers to allow students to iterate quickly, and learn the skills needed to prototype their designs for various challenges.
See how GKN Aerospace achieves significant savings with additive manufactured tooling and prototypes.
Promolding, a specialist in design, engineering and manufacturing of high-tech plastic parts uses 3d printing for complex products and faster turnaround.
3D printing ensures custom rubber masking molds have proper form and fit, using complex geometries without the risk of damaging the part.
See how 3D printing allows the team at Albéa the ability innovate and explore new and previously impossible products with a faster prototyping process.
3D prototyping models enable the hospital to remove any faults in the mold design in the early phases, before cranial surgery and ensure better outcomes.
The district’s hands-on approach starts early, with students learning computer design to 3D print their creations in the first years of their education.
Get a first-hand look at how Arad Group can quickly produce functional prototypes to test in the field with 3D printing injection molding, and thus dramatically reducing their time to market
Learn how Boom Supersonic utilizes Stratasys 3D printing technology to redefine commercial air travel.
Learn how Sierra Space readies the Dream Chaser ® spaceplane for flight with FDM technology.
Learn how Reitz Ventilatoren Optimizes Production Workflow with the Stratasys F770 3D printer.
Learn how industry leading Senior Aerospace utilizes FDM additive manufacturing to take flight.
PS Dentallabor Linz takes customized dental appliances to the next level.
Learn about Goetz’s manufacturing facility, housing traditional machining equipment and Stratasys 3D printing technology.
Learn how Prefix Corporation utilizes the Stratasys F770 3D printer to innovate in the automotive and aviation industries.
Learn how Daikin utilizes the Stratasys F770™ FDM® 3D printer to create HVAC inlet fan funnels.
Learn how Daikin used a large-format F770™ FDM® 3D printer to prototype the drain pans in-house using ABS thermoplastic.
Learn how Paragon Rapid Technologies utilizes Stratasys Stereolithography technology to meet their many clients' needs.
Learn how Taga utilized Stratasys technology to create a safety feature for drones.
Learn how the USA Luge team uses Stratasys FDM technology to stay ahead of the pack.
Learn how Axilone Group utilizes Stratasys PolyJet 3D printing technology to stay on the cutting edge of the cosmetic and fashion industry.
The University of Notre Dame leverages professional 3D printers to help students launch new businesses.
Learn how startup launches ergonomic face mask with PolyJet 3D printing.
Learn how researchers explore groundbreaking design at a microscopic scale with GrabCAD Voxel Print.
Learn how optiMEAS utilizes the Stratasys F-Series 3D printer to create customized, holistic IoT solutions.
Learn how Tai Hing Zipper Factory Company Limited is utilizing Stratasys 3D printing to achieve short product development and fast lead times.
Learn how Origin and Henkel Loctite made the Bull Rider kick scooter using the low cost, tough Dura56 material that leaves a high-quality surface finish.
Learn how BiologIC Technologies’ “Desktop Computer of Biology” comes to life with Stratasys J826 Prime 3D printer.
Learn how Alstom leverages FDM technology for on-demand production to ensure continued operation of Sétif Tramway.
Learn why Origin One’s leading Open Materials License is based on feedback from three years of deep partnerships with leading chemical manufacturers.
Thinkable Studio reveals design transformation with Stratasys J55 full-color 3D printer.
Learn how Medical IP is using AI-based medical image analysis tech and 3D printing to transform training, product development, and surgical simulation.
Customized snowboard bindings made possible with Stratasys Origin One’s cutting-edge printing capabilities and extensive material catalog.
Learn how Daikin Applied utilizes Stratasys technology to remain a world-leading provider of air conditioning and heating systems.
Learn how Daikin Applied works with Stratasys technology to remain a world-leading provider of air conditioning and heating systems.
Learn how 3D printing helps East/West Industries remain a top industry supplier.
Learn how Gupta H.C. Overseas (I) Pvt. Ltd. uses Stratasys 3D printers to remain a leading manufacturer and exporter of ladies’ high-fashion footwear.
Learn how engineers used FDM polymer additive manufacturing due to its design freedom and prototyping capabilities.
Learn how Liberty Electronics, a leader in the design and manufacturing of electronic wiring harnesses and cable assemblies, utilizes Stratasys 3D printing.
East/West Industries, Inc. produces aircraft seats and products that save aircrew lives, learn how they teamed up with Stratasys for soft jaw production.
Learn how Enventys Partners delivers end-use biocompatible devices, while avoiding long lead times and high costs with the Stratasys Origin One.
Learn how Quadpack is utilizing the Stratasys J850 Prime for design flexibility throughout product development.
Using Stratasys® J55™ Prime and VeroUltra™ materials to create accurate coloration for toy design and validation.
Kinetic Vision shares how they have recently powered up their packaging development process utilizing the new Stratasys J55™ 3D printer.
Learn how University of Colorado - Boulder Professor Rob MacCurdy is innovating using 3D printing for medical models.
Ghost Robotics™ searched for a suitable high-end 3D printing solution and found Origin One (acquired by Stratasys in 2021), leveraging the company’s ecosystem material network to select the right material for the robot’s parts.
Learn how a single Origin One utilizes stacking builds to produce one hundred parts in 24 hours at a fraction of the cost of traditional manufacturing.
When the COVID-19 pandemic hit, so did an urgent need for large supplies of personal protective equipment (PPE) for healthcare providers and nasopharyngeal swabs for COVID-19 testing. Supply chain disruptions immediately followed, due to complicated supply chains with overwhelmed suppliers and difficult-to-source components. A reliance on a few vendors, instead of multiple supplier sources, and enormous product demand made it difficult for health care providers to secure inventory and layered on additional challenges.
Learn how you can better understand brain lesions through 3D printing, leading to better treatment and compliance.
Learn how Construcciones Mecánicas Mecoval boosts production capabilities with Stratasys FDM additive manufacturing.
NEO Lab works with Stratasys to increase accuracy and decrease manual labor with Separator Digital Materials.
Learn how InterPRO used Stratasys’ Origin® One’s next-generation 3D printing hardware and software to print parts that were compatible with Distek’s bioreactor and their client’s devices.
Learn how Seattle Children's Hospital is employing Stratasys 3D printing to map out complex surgeries, as well as specializing care for individual patients.
General Motors uses Stratasys 3D printing to create lightweight risers out of FDM Nylon 12CF for Chevy Bolt assembly line.
3D printing offers shorter lead times and lighter materials, improving ergonomics of assembly on the Chevrolet Equinox rear wheelhouse hemming.
Google ATAP uses Stratasys 3D printing technology to design brand-new tech experiences that bring a new generation of innovation.
See how startup Breathe99 launched an ergonomic face mask utilizing PolyJet 3D printing from Stratasys.
Origin One partnered with two companies to design and 3D print an innovative new C3175 hydraulic clamp for the Air Force's F-16 aircraft. Using Henkel LOCTITE 3955 for the clamp and LOCTITE IND402 for its flexible tether, the team printed 54 clamp halves in 24 minutes. 1,296 clamp halves can be printed using one printer in a single day. Post-processing a printed batch can be completed in roughly 20 minutes. The final, optimized clamp design for the C3175-9J employed on F-16 aircraft doubled the strength of the original part while weighing less.
We all love our pets, but bath time has never been easy. IM Co. Ltd. used 3D printing for fast functional testing to solve the insurmountable problem of drying your pet after a much needed bath.
