Stratasys Showcases Distributed Manufacturing Abilities with FLEETWERX and the U.S. Navy at Trident Warrior 25
Written by Emily J. Thompson, Senior Investment Analyst
Updated: Nov 06 2025
0mins
Should l Buy SSYS?
Source: Newsfilter
Advanced Manufacturing in the Navy: Stratasys showcased the use of forward-deployed 3D printing during Trident Warrior 25, enhancing the U.S. Navy's operational capabilities by reducing downtime and maintaining mission readiness through on-demand production.
Collaboration for Innovation: The exercise highlighted the partnership between Stratasys, FLEETWERX, and the Naval Postgraduate School, demonstrating how academia, industry, and military can collaborate to accelerate the adoption of advanced manufacturing technologies.
Benefits of Additive Manufacturing: The use of additive manufacturing allowed for quick production of parts and prototypes, reducing reliance on traditional logistics and enhancing the resilience of supply chains in military operations.
Training and Practical Application: Trident Warrior 25 emphasized the importance of hands-on training for sailors in 3D printing, enabling them to address mission-critical challenges effectively and improve overall operational efficiency.
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Analyst Views on SSYS
Wall Street analysts forecast SSYS stock price to rise
4 Analyst Rating
3 Buy
1 Hold
0 Sell
Strong Buy
Current: 10.950
Low
12.00
Averages
13.17
High
14.00
Current: 10.950
Low
12.00
Averages
13.17
High
14.00
About SSYS
Stratasys Ltd. provides polymer-based 3D printing solutions for industries such as aerospace, automotive, consumer products and healthcare. The Company's solutions consist of 3D printing systems, consumables, software, paid parts, and professional services and encompass everything from prototyping and design all the way through production. Its printers include F3300, FDM Fortus 450mc, PolyJet J3 DentaJet, P3 DLP Origin One Dental, SLA Neo, PolyJet J5 Digital Anatomy, and Powder Bed Fusion SAF H350. The Company's technologies include FDM Technology, PolyJet Technology, P3 DLP Technology, SAF Technology, Stereolithography Technology and 3DFashion Technology. Its FDM 3D printing technology has the ability to use a variety of production grade thermoplastic materials featuring surface resolution, chemical and heat resistance, color, and mechanical properties necessary for production of functional prototypes and parts for a variety of industries with specific demands and requirements.
About the author
Emily J. Thompson
Emily J. Thompson, a Chartered Financial Analyst (CFA) with 12 years in investment research, graduated with honors from the Wharton School. Specializing in industrial and technology stocks, she provides in-depth analysis for Intellectia’s earnings and market brief reports.
Hawk Ridge Systems Partners with Stratasys to Enhance 3D Printing Solutions
- Partnership Expansion: Hawk Ridge Systems has partnered with global polymer additive manufacturing leader Stratasys to enhance its 3D printing solutions, aiming to improve customer responsiveness through an application-first additive strategy, thereby broadening its manufacturing portfolio across industries such as aerospace, automotive, and medical.
- Introduction of New Technologies: This collaboration introduces three new 3D printing technologies, including multi-material jetting photopolymer 3D printing (PolyJet™), large-format stereolithography (SLA Neo™), and production-oriented Origin® programmable photopolymerization P3™ digital light processing (DLP) capabilities, facilitating efficient transitions from prototyping to production for customers.
- Increased Market Impact: By leveraging over 60 years of combined 3D printing expertise, the partnership between Hawk Ridge Systems and Stratasys enables more manufacturers to utilize reliable additive manufacturing workflows, accelerating product development and reducing risks, thus driving the ongoing advancement of industrial additive manufacturing.
- Comprehensive Additive Manufacturing Portfolio: Hawk Ridge Systems now offers a complete additive manufacturing portfolio, including PolyJet™ and SLA 3D printers, empowering customers to make informed decisions at every stage of the manufacturing lifecycle, enhancing production efficiency and minimizing friction.
See More
Hawk Ridge Systems Partners with Stratasys to Expand 3D Printing Solutions
- Partnership Announcement: Hawk Ridge Systems has partnered with Stratasys, a global leader in polymer additive manufacturing, to leverage over 60 years of combined 3D printing expertise, enhancing customer service capabilities across industries such as aerospace, automotive, and healthcare.
- Technological Advancements: The partnership introduces three new 3D printing technologies, including PolyJet™ multi-material jetting and large-format SLA Neo™ printers, enabling customers to transition from isolated prototyping to reliable production workflows, significantly improving manufacturing efficiency.
- Market Impact: Hawk Ridge Systems' comprehensive additive manufacturing portfolio will empower customers to make informed choices at every stage of the manufacturing lifecycle, facilitating seamless integration of 3D printing, post-processing, and automation, thereby reducing friction and scaling production results.
- Strategic Importance: This collaboration not only strengthens Hawk Ridge Systems' market position in additive manufacturing but also promotes the ongoing development of industrial additive manufacturing by providing flexible and reliable materials and systems, helping customers accelerate time-to-market and mitigate risks.
See More
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- Performance Enhancement: By utilizing GrabCAD toolpath data, NoviPath can achieve weight reductions of up to 35% on load-bearing parts, which not only lowers material costs but also enhances product competitiveness in the market.
- Market Leadership: As the first OEM to launch such a solution, Stratasys is redefining the application of material extrusion in production environments, strengthening its leadership position in the 3D printing industry.
- Future Outlook: The early access pilot program expected to launch in Q2 2026 will provide FDM performance simulation for Stratasys's FDM systems, further expanding its ecosystem of industrial 3D printing solutions.
See More
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- Production Efficiency Boost: Airbus is producing over 25,000 flight-ready 3D-printed parts annually, marking a significant transformation in aircraft manufacturing that greatly enhances maintenance efficiency across its global fleet.
- Weight and Cost Optimization: The implementation of Stratasys 3D printed parts on the A350 resulted in a 43% weight reduction, the elimination of Minimum Order Quantity (MOQ) requirements, and an 85% reduction in lead time, saving substantial costs and production time.
- Sustainability Commitment: Airbus's additive manufacturing technology not only accelerates part production but also reduces reliance on complex supply chains, supporting its goal of achieving carbon neutrality by 2050, reflecting a commitment to safe and sustainable aviation.
- Industry Transformation Signal: The widespread adoption of Stratasys technology in the aerospace sector signifies the arrival of certified additive manufacturing as a mainstream production method, driving demand for lighter, faster, and more resilient supply chains, indicating the next growth phase for the industry.
See More
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Stratasys and Airbus Collaboration: Stratasys' technology enables Airbus to produce over 25,000 flight-ready 3D-printed parts annually, significantly enhancing aircraft manufacturing and maintenance processes.
Efficiency Gains: The use of Stratasys' ULTEM™ 9085 filament has led to a 43% weight reduction in parts, an 85% decrease in lead time, and the elimination of Minimum Order Quantity requirements, resulting in substantial cost savings.
Sustainability Commitment: Airbus aims for carbon neutrality by 2050, and the integration of additive manufacturing supports this goal by reducing reliance on complex supply chains and minimizing aircraft downtime.
Industry Impact: The successful implementation of certified additive manufacturing by Airbus signals a transformative shift in the aerospace industry, promoting faster, lighter, and more resilient supply chains globally.
See More
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- Precision Control: RadioMatrix is the first 3D printing material that allows precise control of radiopacity, enabling users to produce patient-specific models with repeatable and consistent visibility on X-ray imaging, thereby enhancing medical training and device testing.
- Research Validation: Collaborative research with Siemens Healthineers shows that RadioMatrix™ models can closely replicate human tissue in CT imaging, with deviations as low as single Hounsfield units in critical areas, significantly improving imaging accuracy and reliability.
- Educational Training Innovation: By providing customizable radiographically accurate models, Stratasys is helping to replace traditional cadaver solutions, modernizing medical education and training, and enhancing radiologists' diagnostic and treatment planning capabilities.
See More
Hawk Ridge Systems Partners with Stratasys to Enhance 3D Printing Solutions
- Partnership Expansion: Hawk Ridge Systems has partnered with global polymer additive manufacturing leader Stratasys to enhance its 3D printing solutions, aiming to improve customer responsiveness through an application-first additive strategy, thereby broadening its manufacturing portfolio across industries such as aerospace, automotive, and medical.
- Introduction of New Technologies: This collaboration introduces three new 3D printing technologies, including multi-material jetting photopolymer 3D printing (PolyJet™), large-format stereolithography (SLA Neo™), and production-oriented Origin® programmable photopolymerization P3™ digital light processing (DLP) capabilities, facilitating efficient transitions from prototyping to production for customers.
- Increased Market Impact: By leveraging over 60 years of combined 3D printing expertise, the partnership between Hawk Ridge Systems and Stratasys enables more manufacturers to utilize reliable additive manufacturing workflows, accelerating product development and reducing risks, thus driving the ongoing advancement of industrial additive manufacturing.
- Comprehensive Additive Manufacturing Portfolio: Hawk Ridge Systems now offers a complete additive manufacturing portfolio, including PolyJet™ and SLA 3D printers, empowering customers to make informed decisions at every stage of the manufacturing lifecycle, enhancing production efficiency and minimizing friction.
See More
Hawk Ridge Systems Partners with Stratasys to Expand 3D Printing Solutions
- Partnership Announcement: Hawk Ridge Systems has partnered with Stratasys, a global leader in polymer additive manufacturing, to leverage over 60 years of combined 3D printing expertise, enhancing customer service capabilities across industries such as aerospace, automotive, and healthcare.
- Technological Advancements: The partnership introduces three new 3D printing technologies, including PolyJet™ multi-material jetting and large-format SLA Neo™ printers, enabling customers to transition from isolated prototyping to reliable production workflows, significantly improving manufacturing efficiency.
- Market Impact: Hawk Ridge Systems' comprehensive additive manufacturing portfolio will empower customers to make informed choices at every stage of the manufacturing lifecycle, facilitating seamless integration of 3D printing, post-processing, and automation, thereby reducing friction and scaling production results.
- Strategic Importance: This collaboration not only strengthens Hawk Ridge Systems' market position in additive manufacturing but also promotes the ongoing development of industrial additive manufacturing by providing flexible and reliable materials and systems, helping customers accelerate time-to-market and mitigate risks.
See More
Stratasys Partners with Novineer to Enhance 3D Printing Performance
- Collaborative Innovation: Stratasys has partnered with Novineer to integrate the NoviPath polymer performance simulation solution into GrabCAD Print Pro software, enabling engineers to predict part performance during the design phase, thereby reducing the need for physical testing and enhancing design efficiency.
- Performance Enhancement: By utilizing GrabCAD toolpath data, NoviPath can achieve weight reductions of up to 35% on load-bearing parts, which not only lowers material costs but also enhances product competitiveness in the market.
- Market Leadership: As the first OEM to launch such a solution, Stratasys is redefining the application of material extrusion in production environments, strengthening its leadership position in the 3D printing industry.
- Future Outlook: The early access pilot program expected to launch in Q2 2026 will provide FDM performance simulation for Stratasys's FDM systems, further expanding its ecosystem of industrial 3D printing solutions.
See More
Airbus Produces 25,000 Flight-Ready 3D-Printed Parts Annually, Enhancing Aircraft Manufacturing Efficiency
- Production Efficiency Boost: Airbus is producing over 25,000 flight-ready 3D-printed parts annually, marking a significant transformation in aircraft manufacturing that greatly enhances maintenance efficiency across its global fleet.
- Weight and Cost Optimization: The implementation of Stratasys 3D printed parts on the A350 resulted in a 43% weight reduction, the elimination of Minimum Order Quantity (MOQ) requirements, and an 85% reduction in lead time, saving substantial costs and production time.
- Sustainability Commitment: Airbus's additive manufacturing technology not only accelerates part production but also reduces reliance on complex supply chains, supporting its goal of achieving carbon neutrality by 2050, reflecting a commitment to safe and sustainable aviation.
- Industry Transformation Signal: The widespread adoption of Stratasys technology in the aerospace sector signifies the arrival of certified additive manufacturing as a mainstream production method, driving demand for lighter, faster, and more resilient supply chains, indicating the next growth phase for the industry.
See More
Stratasys Boosts Airbus Manufacturing: Over 25,000 Parts 3D-Printed This Year, with 200,000+ Already in Use
Stratasys and Airbus Collaboration: Stratasys' technology enables Airbus to produce over 25,000 flight-ready 3D-printed parts annually, significantly enhancing aircraft manufacturing and maintenance processes.
Efficiency Gains: The use of Stratasys' ULTEM™ 9085 filament has led to a 43% weight reduction in parts, an 85% decrease in lead time, and the elimination of Minimum Order Quantity requirements, resulting in substantial cost savings.
Sustainability Commitment: Airbus aims for carbon neutrality by 2050, and the integration of additive manufacturing supports this goal by reducing reliance on complex supply chains and minimizing aircraft downtime.
Industry Impact: The successful implementation of certified additive manufacturing by Airbus signals a transformative shift in the aerospace industry, promoting faster, lighter, and more resilient supply chains globally.
See More
Stratasys Launches RadioMatrix™ Material, Enhancing Medical Imaging Precision
- Material Commercialization: Stratasys has announced the full commercial availability of its RadioMatrix™ radiopaque 3D printing material in the U.S., enabling healthcare providers and device manufacturers to widely utilize this innovative material, marking a significant advancement in the medical imaging field.
- Precision Control: RadioMatrix is the first 3D printing material that allows precise control of radiopacity, enabling users to produce patient-specific models with repeatable and consistent visibility on X-ray imaging, thereby enhancing medical training and device testing.
- Research Validation: Collaborative research with Siemens Healthineers shows that RadioMatrix™ models can closely replicate human tissue in CT imaging, with deviations as low as single Hounsfield units in critical areas, significantly improving imaging accuracy and reliability.
- Educational Training Innovation: By providing customizable radiographically accurate models, Stratasys is helping to replace traditional cadaver solutions, modernizing medical education and training, and enhancing radiologists' diagnostic and treatment planning capabilities.
See More
