Welcome to our dedicated page for Stratasys news (Ticker: SSYS), a resource for investors and traders seeking the latest updates and insights on Stratasys stock.
Stratasys Ltd. (NASDAQ: SSYS) is frequently in the news for developments in polymer-based 3D printing and additive manufacturing across aerospace, automotive, healthcare, and industrial markets. Its announcements highlight how smart, connected 3D printers, polymer materials, and a supporting software ecosystem are applied in real-world production and prototyping environments.
Recent news has showcased industrial and automotive applications, such as Subaru of America’s use of the Stratasys F770 printer with the T25 High Speed Head to cut tooling development time and reduce prototyping costs. In aerospace, Stratasys reports that Airbus produces certified flight-ready parts using ULTEM 9085 filament CG on industrial FDM printers, with thousands of parts already in service on aircraft models including the A320, A350, and A400M.
Healthcare-focused stories emphasize Digital Anatomy technology and specialized materials. Stratasys has announced full U.S. availability of its RadioMatrix radiopaque material, enabling CT and X-ray-visible models for imaging research, training, and device testing. Other coverage describes Digital Anatomy-based eye models for eyelid surgery training in Europe, supporting lifelike, repeatable surgical education.
Stratasys news also covers software and ecosystem partnerships, such as the integration of Novineer’s NoviPath performance simulation with GrabCAD Print Pro, and its collaboration with Tritone Technologies to add metal and ceramic capabilities. Additional updates include participation in defense exercises like Trident Warrior 25, where distributed manufacturing with Stratasys printers and Stratasys Direct on-demand production supported U.S. Navy operations.
On this SSYS news page, readers can follow earnings releases, product and material launches, strategic collaborations, and sector-specific case studies that illustrate how Stratasys technologies are used in production and training. Investors, engineers, and industry professionals can use this feed to monitor ongoing developments in Stratasys’ additive manufacturing activities.
Stratasys (NASDAQ: SSYS) announced that Subaru of America used the new T25 High Speed Head on the Stratasys F770 to accelerate in-house tooling. Subaru reported a more than 50% reduction in tooling development time, 70% lower overall prototyping and tooling costs, and a 1.96x print-speed increase for a 36-inch tool versus the standard head. Stratasys says the T25 can deliver up to 2.3x faster print speeds on large-format parts while maintaining part quality, enabling faster turnaround and reduced reliance on outsourced manufacturing.
Stratasys (NASDAQ: SSYS) partnered with Novineer to integrate NoviPath FDM performance simulation into GrabCAD Print Pro, enabling toolpath-aware prediction of stiffness, strength, and failure for polymer extrusion parts.
The integration uses GrabCAD toolpath data and a validated material library (starting with Antero 800NA, FDM Nylon 12CF, and ULTEM 9085) and reports early customer weight reductions of up to 35% on load-bearing parts. Initial system support includes F3300, F900, and Fortus 450mc. A joint Stratasys & Novineer early access pilot is planned for Q2 2026, with a roadmap for broader platform and material expansion.
Stratasys (NASDAQ: SSYS) said Airbus is producing more than 25,000 flight-ready 3D-printed parts annually using Stratasys ULTEM 9085 filament Certified Grade on industrial FDM printers, with 200,000+ certified polymer parts now in active service.
Stratasys highlighted Airbus A350 parts that achieved a 43% weight reduction, elimination of minimum order quantities, and an 85% reduction in lead time, enabling distributed manufacturing that lowers downtime, inventory and supply-chain risk.
Stratasys (NASDAQ: SSYS) announced full commercial availability of RadioMatrix radiopaque 3D printing material across the United States on December 1, 2025. RadioMatrix enables precise, tunable radiopacity for patient-specific models that are visible on X-ray and CT imaging.
Company work with Siemens Healthineers reported CT fidelity with deviations as low as single Hounsfield units (HU) in critical tissues. Stratasys positions RadioMatrix as an alternative to traditional phantoms and cadavers for device testing, imaging protocol validation, and radiology training.
Stratasys (NASDAQ: SSYS) announced that Addion and Eyecer.at, in collaboration with the University of Innsbruck, adopted Stratasys Digital Anatomy and PolyJet 3D printing to produce Europe’s first 3D-printed eyelid surgery training models.
The models reproduce skin, muscle, and fat layers, simulate rare pathologies and dynamic features like simulated blood flow, and remove reliance on cadavers or animal models. The technology aims to improve surgical training, scalability, and patient outcomes. Models will be shown live at Formnext, Nov 18–21, 2025 in Frankfurt.
Stratasys (NASDAQ: SSYS) announced on November 17, 2025 an investment and commercial collaboration with Tritone Technologies to add production‑grade metal and ceramic additive manufacturing to its product portfolio. Stratasys takes an initial minority ownership stake with an option to increase equity and will pursue a phased commercial agreement to support Tritone’s reseller network and leverage sales and marketing synergies. Tritone’s MoldJet powder‑free technology targets serial production of metal and ceramic end‑use parts across industries such as tooling, medical, defense, and industrial.
Stratasys (Nasdaq: SSYS) reported third quarter 2025 results: revenue $137.0M versus $140.0M a year earlier, GAAP net loss of $55.6M (or $0.65 per share) which includes a $33.9M non-cash impairment$1.5M (or $0.02 per share). Adjusted EBITDA was $5.0M. The company generated $6.9M of cash from operations and held $255.0M in cash, equivalents and short-term deposits with no debt at September 30, 2025.
Stratasys reiterated its full-year non-GAAP outlook and set 2025 targets including $550M–$560M revenue, non-GAAP gross margin 46.7%–47.0%, adjusted EBITDA $30M–$32M, and GAAP net loss of $110M–$99M.
Stratasys (NASDAQ: SSYS) announced product, material, and software updates on November 11, 2025 to boost additive manufacturing throughput and part quality across FDM, SLA, SAF, and P3 DLP platforms. Key highlights include a new CoatReady print mode for ULTEM 9085 on the F900 to reduce finishing time, ULTEM 9085 Filament CG for F3300 with traceability and tighter diameter tolerance, and a Nylon 12CF T40 tip for Fortus 450mc that nearly doubles build speed for large, high-strength parts (0.020-inch slice thickness) available with a software update on November 18.
Other updates: ABS Fortus PLUS TrueRefill cuts material costs by >35% and packaging use by >30%; LayerControl+ through Titanium software targets thermal build management on Neo800+ SLA; SAF Enhanced Accuracy Mode improves dimensional accuracy and reduces warp for SAF PP on H350; and Ultracur3D RG 3280 (ceramic-filled) for Origin printers offers ~10 GPa stiffness and heat deflection >280°C for mold-tool applications. These solutions will be shown at Formnext 2025 (Nov 18-21) in Frankfurt.
Stratasys (NASDAQ: SSYS) will present its industrial additive manufacturing lineup at Formnext 2025 in Messe Frankfurt, Germany, November 18–21.
At booth Hall 12.1 – D121 the company will show nearly 200 production-grade parts, more than 50 materials, and live demonstrations across five technologies. Highlights include the new ToughONE WhiteS material for J3/J5 PolyJet, the P3 Silicone 25A DLP material, and surgical training with Digital Anatomy models. Multiple Stratasys experts will present speaking sessions on November 18 and 20.
Stratasys (NASDAQ: SSYS) participated in Trident Warrior 25 on November 6, 2025, demonstrating distributed additive manufacturing with FLEETWERX, the Naval Postgraduate School CAMRE, and Stratasys Direct.
The Joint Advanced Manufacturing Cell connected assets across more than 8,000 miles, with seven sites using Stratasys printers and all printed parts meeting U.S. military specifications. The exercise paired forward-deployed, field-ready 3D printing with reach-back production for higher-volume or complex parts, aiming to reduce logistics dependence, cut lead times, and lower downtime to maintain mission readiness.
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