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1. FORTUS 450MC + OpenAM™Software Presenter name: Ho Dinh Quan Title : Stratasys Business Manager Date: Feb 10, 2025 1

2. Stratasys is… Three decades of innovation. We’ve been leading the additive manufacturing industry for over 30 years . Always innovating. Always inventing. Never standing still. It’s why, today, we’re the world’s most widely-used 3D printer. Invented two major technologies - FDM ® and PolyJet™ 2,200+ Employees Across 31 Locations 140,000 + Installations 1,30 + Granted or Pending Patents 18,000 + Customers

3. be the first-choice polymer 3d printin g provider at every stage of the lifecycle across design, manufacturing, and healthcare Years leading 3DP industry since inception +35 +14k Largest installation base of any 3DP OEM PIONEER + LEADER IN ADDITIVE MFG. DEEP PARTNERSHIPS WITH MOST FORTUNE 100s ACCESS TO ALL LEADING AM TECHNOLOGIES Largest revenue for any 3DP OEM and profitable +$650M Team members globally distributed to serve our customer +2k Industry 4.0 Software Ecosystem GrabCAD SDKs Materials Partner Ecosystem From prototyping to mass production our mission

4. works with nearly all the major companies in defense (defense, military, intelligence, police, space) DEFENSE LOGISTICS AGENCY Customers

5. Gaining The Tactical Edge In Military / Defense With Stratasys 3D Fortus 450MC + Open AM Solutions

6. Fortus 450mc Functionality Specifications: Build envelope (16 x 14 x 16 in; 406 x 355 x 406 mm) Material Delivery (2 bays material and 2 bays for support) Size (51 x 35.5 x 78.1 in; 406 x 355 x 406 mm) Weight (1325 lbs , 601kg) Power (208VAC, 3 phase, 50/60hz) Certifications (CE, cTUVus , EAC, FCC Part B) 6 Preferred Materials: ASA ABS-M30, ABS-M30i, ABS-ESD7 Antero 800NA Antero 840CN03 PC-ABS, PC-ISO, PC ULTEM™ 9085 resin ULTEM™ 1010 resin FDM Nylon 12 FDM Nylon 12CF ST-130 92 ci, 184 ci, 500 ci spool size *9085, 1010 and ULTEM™ are trademarks of SABIC, its affiliates or subsidiaries. Software / Features: Insight ™ and Control Center ™ GrabCAD Print MTConnect ready Connectivity API’s STIG Compliant/RedHat OpenAM ™ Validated Materials: VICTREX AM™ 200 Kimya PC-FR Addigy ® PA6/66-GF20 FR LS FDM® HIPS PC-ABS Red PC Red PC Black ULTEM™ 9085 resin Red ULTEM™ 9085 resin Jana White ULTEM™ 9085 resin Dream Gray ULTEM™ 9085 resin White 7362 ULTEM™ 9085 resin Gunship Gray ULTEM™ 9085 resin Aircraft Gray 92 ci spool size

7. Fortus 450MC Material Portfolio 7 Thermoplastic Elastomer ABS-M30 ABS-ESD7 ABSi ASA FDM TPU92A ULTEM™ 1010 resin ULTEM™ 9085 resin PPSF / PPSU Antero 840CN03 (ESD) Nylon 12CF An tero 800NA FDM Nylon12 Diran 410MF07 FDM Nylon6 PC PC-ISO PC-ABS ABS-CF10 Nylon-CF10 *9085, 1010 and ULTEM™ are trademarks of SABIC, its affiliates or subsidiaries. PC- ESD PC (colors) PC-ABS (colors) Addigy ® PA6/66- GF20 FR LS Kimya PC-FR ULTEM™ 9085 resin (colors) VICTREX AM™ 200 (LMPAEK) Preferred Materials Validated Materials FDM® HIPS

8. Customers want to accelerate material innovation and access more material options to expand application space Material Options Customers need to mitigate risks in their supply chain and source consumables from multiple material suppliers Multi-sourcing Customers want the ability to access print parameters to optimize part performance Advanced Part Optimization Market Problems / AM printing materials

9. The Power of OpenAM™ Software Wringing every drop of value from your printer investment 9 OpenAM™ software is a tool for advanced FDM users to unlock the limits of performance in the Fortus™ 450mc and F900™ OpenAM™ is the tool to enable new applications, discover new or proprietary materials, perfect geometries beyond any current means OpenAM™ allows the advanced FDM user to implement their unique knowledge of material properties and geometries to achieve more using the Fortus™ 450mc and F900™. Lorem ipsum dolor sit amet , consectetuer adipiscing elit , sed diam

10. Stratasys Proven Technology + OpenAM™ Stratasys expands on over 30 years of providing turnkey AM solutions including integrated hardware, materials, and software to work in complete alignment.  Expanding possibilities in reliable AM OpenAM™ enables part tuning using open market or newly developed proprietary formulas plus Stratasys Preferred and Validated Materials

11. Industry Industry Challenge OpenAM™ Results Aerospace 3D Print EMI shielding for communication devices using material Stratasys does not stock to overcome design limitations and functional requirements. Using Additive for the applications in lightweighting the needed shielding. Use OpenAM™ with a custom material using Stratasys printers means printing will be repeatable and reliable at all locations. Sustainable Engineering Tool in sustainable manufacturing arsenal to reuse by reusing material scrap and reducing waste. ABS printed parts recycled into filament for a second use to reduce waste and save on new material costs. Rail Enlarge AM application of replacement parts for rolling stock that will meet EN45545-2. Qualify additional source of FR filament to meet EN45545-2 for production replacement parts for older rolling stock. Using Stratasys printers to build inventory reliably on demand Medical Using AM to print PEEK for medical device manufacturing tooling and implant research Currently Stratasys does not offer the required formulation of PEEK. OpenAM™ allows customized machine controls to successfully print the PEEK material of their choice. University Research New bio-filled material applications for defense department funded research OpenAM™ enables research of unique new materials on a reliable and repeatable Stratasys system to repeat and validate research findings 11 OpenAM™ to overcome industry challenges

12. MAKE IT WITH STRATASYS CASE STUDIES

13. Mission Specific Tools Produced On Demand optimized on the fly + printed in the field + produced as needed IDENTIFY NEEDS Specific to the mission (payload, terrain, distance, conditions) SELECT DESIGN from a library of designs each tailored for a different mission PRODUCE IN-THEATER on-demand closest to the need, by the user or support group DEPLOY RAPIDLY to gain an edge on your competition with mission specific on-demand tools AM DEFENSE 2.0 (< 2030)

14. Boom Supersonic uses Stratasys F900, Fortus 450mc and F370 for prototypes, jigs, fixtures and flying parts on XB-1 Metal drill guide replacement with Nylon 12CF 100’s of functional parts printed within weeks Nylon 12CF Metal Part Replacement https://vnexpress.net/may-bay-phan-luc-my-pha-vo-rao-can-am-thanh-4844159.html https://www.youtube.com/watch?v=mME-O9_9ktU Video

15. Boom Supersonic Challenges Long lead time for fabrication of Bleed Air Duct Material waste due to bulk of material being machined away Higher material costs Solution Fortus 450mc™ using ULTEM™ 1010 resin Produced ducts quickly and avoided typical machining backlog queue and machine setup Material cost reduced with AM and used only amounted needed to build part Eliminated design for manufacturability constraints inherent with machining Impact Fabricate part in 14 hours vs. 7 weeks Total cost of per part $150 vs. $9,000 using conventional machining Total of 98% cost savings & 95% lead time savings United States 15 PRODUCTION PARTS FDM Learn More 9085,1010 and ULTEM™ are trademarks of SABIC, its affiliates or subsidiaries. https://www.stratasys.com/en/resources/videos/boom-supersonic-vbv-duct/

16. Space Travel With Lockheed Martin Repeatable Parts on Manned Spacecraft CHALLENGE Parts need to be lightweight, strong and not outgas in space. Lack of consistency and quality can lengthen production time. The long process of making design updates or enhancements make meeting the time launch schedule difficult. SOLUTION [Antero™ 840CN03] This material also contains the high thermal, electro-static dissipative and low outgassing properties necessary for deep space. “ We’ve been able to see orders of magnitude savings both in cost and schedule on all of these parts because the part builds are very consistent, the material properties are well understood, and the build parameters are becoming better understood. ” Brian Kaplun, Additive Manufacturing Manager at Lockheed Martin Space

17. Making New Materials Lockheed Martin / NASA use PEKK-based Antero TM ESD for complex production parts on the Orion space vehicle Chemical Resistant ESD Low Out-Gassing Flame Retardant High Strength https://videos.stratasys.com/watch/54jpm2QbxWzAu15GeCMc9o?chapter=1

18. ‘Our goal with this project was to show the aerospace industry how quickly you can go from designing and building to flying a 3D printed jet-powered aircraft.” Aurora Flight Sciences Challenges Build a jet-powered, thrust vectoring, blended wing body, remotely piloted aircraft Explore 3D printing production parts and tooling for manned and unmanned aircrafts Solution Fortus 3D printers using ASA thermoplastics and ULTEM™ 1010 resin Consolidate multiple parts into one component GrabCAD ™ allows for coordination among team members over long distances Control where material is put and accurately position the center of gravity Impact   Total of 50% reduction in build time United States 18 https://www.stratasys.com/en/resources/videos/aurora-flight-sciences-worlds-first-3d-printed-jetpowered-aircraft/

19. Composite Repair Tools No More TAPE Masking tape applied by hand High temperature tape applied manually Aurora Flight Science Low temperature & low cost in Polycarbonate (PC) Large tool 2.8meters Made in 9 sections for easy removal Time Saving: 2 weeks Cost Saving: 50,000USD Dassault Aviation High temperature ULTEM™ 1010 is perfect for autoclave up to 213C Saving of 57,000USD Lead time reduction from 4 months to 3 days

20. 20 NTU – Singapore Printed drone with embedded electronics NTU (Nanyang Technological University) Singapore created a 400mm class drone 3D printed using Stratasys ULTEM™ 9085 resin material Quadcopter that can survive in temperatures that exceed the limits of commercially available drones with ULTEM™ 9085 resin Drone was able to carry 17kg load The main structure and electronics can survive over 150°C Electronics was embedded during the process by pausing the print Link to full case study here

21. Defense Fan wheel spare part LAV 25 – Impeller Fan High temperature thermoplastic ULTEM™ 9085 resin >150C No corrosion Light weight metal replacement part Print spare parts on demand 

22. Military / Defense innovators are early adopters of many disruptive PROTOTYPING use cases MILITARY / DEFENSE PROTOTYPING 4Cs OF PROTOTYPING COMPRESS TIME UP TO 85% SAVINGS produce parts same or next vs. days + weeks UNLEASH CREATIVITY users explore >4x more iterations with 3DP vs. traditional CONTROL COSTS often up to 80% of more cost savings 3DP vs. traditional CONTROL CONFIDENTIALITY maintain all critical new designs in house, minimize theft concept models functional prototypes molding/tooling patterns Wind Tunnel Models Friendly/Foreign Training Aids Functional Scale Model Movement Prototypes CONTROL COSTS often up to 80% of more cost savings 3DP vs. traditional AM DEFENSE 1.0 (prototyping – today ) Fitment Prototypes / Models Medical Training Aids Terrain / Battle Theater Models Display Models (light, portable, affordable)

23. Military / Defense innovators are early adopters of many disruptive TOOLING use cases TOOLING TO MAKE OR MAINTAIN PRODUCTS ADDITIVE MANUFACTURING BENEFITS INCLUDE MORE ON THE FLOOR with Additive Manufacturing produce up to 5x more tools OPTIMIZE TOOL FOR WEIGHT + ERGONOMICS reduce worker fatigue and improve tool life expectancy UP TO 70% REDUCTION TOOL COSTS affordably produce tools overnight with inhouse ACCELERATE PROCESSES + REDUCE ERROR minimize rework. maximize yield, get vehicle is service faster Metal Bending Forming Tool Composite Layup Tools Sacrificial Tools Composite Ducting Drill / Rivet Guides Masking Tool (paint, sandblast, etc) Assembly tools Inspection tools Transportation tools Work holding Fixtures Robotic End of Arm Tools Inspection (CMM) Fixtures AM DEFENSE 1.0 (tooling – today )

24. Military / Defense innovators are early adopters of many disruptive PRODUCTION PARTS use cases MILITARY / DEFENSE PRODUCTION PARTS ADDITIVE MANUFACTURING BENEFITS INCLUDE FREE SUPPLY CHAIN CONSTRAINTS by enabling production for legacy or high-cost components OPTIMIZE DESIGN TO MINIMIZE BREAKAGE target common failure components for longer service life REDUCE WEIGHT + VEHICLE EFFECIENCY up to 70% reduction by optimizing design for weight REDUCE FAILURES BY CONSOLODATION ‘free’ part complexity, minimize components +failure points Replacement On Demand Preventive Parts Customized production High mix / low volume production AM DEFENSE 1.0 (production parts – today ) Mission Specific Drones Obsolete Supplier Part Alternative Friendly/Foreign Training Aids Antenna Arrays Redesigned Items For Improved Function Mission Specific Troop Tools Covert Listening Devices

25. 25 Thank You!