Our sustainability strategy is coined, Mindful Manufacturing™, which calls for shared rethinking on the design and delivery of AM-enabled production for parts, products and processes so we collectively 3D print a better tomorrow™
Join us on the journey to optimized operations and AM-enabled production. Together, we work to unlock the sustainable value of Additive Manufacturing for your business, and our own. We are proud to publish our second GRI-Standard ESG & Sustainability Progress Report
Additive Manufacturing technology and solutions are uniquely positioned to impact global issues like the need for climate action through responsible consumption and production. Our ESG strategy calls for continuous improvement through education, industry innovation and the reduction of carbon footprints, while demonstrating care for our local communities through social impact and responsible operations and conduct.
Additive Manufacturing technology and solutions are uniquely positioned to impact global issues like the need for climate action through responsible consumption and production. Our ESG strategy calls for continuous improvement through education, industry innovation and the reduction of carbon footprints, while demonstrating care for our local communities through social impact and responsible operations and conduct.
We work tirelessly to introduce innovation, addressing critical manufacturing needs for our customers. Our Mindful Manufacturing™ approach enables more sustainable production, for manufacturing applications across supply chains, optimizing environmental impacts.
Let’s secure a better future, together. In a world where climate action is paramount, ADD Stratasys. We Make additive work for you.
Learn about how Stratasys’ customer D-House (Dyloan) of the Pattern Group ADDS Additive Manufacturing to secure more innovative and sustainable production. AMGTA Life Cycle Inventory and Research reveals the benefits of our 3D Printing technology for streamlined fashion production.
Take a look at the Executive summary for the AMGTA-commissioned and published Life Cycle research on the environmental value of our J850 TechStyle™ technology for the Dyloan fashion use case.
Rosa Coblens
Rosa Coblens, Stratasys VP Sustainability & Communications, highlights our commitment to Mindful Manufacturing™, showcasing our ESG efforts and AM's role in reducing emissions, waste, and dependency on natural resources.
Read moreOur services span the full manufacturing cycle with industrial-level additive 3D printers, from initial design and prototyping through to the production of final, end-use components. Leveraging Stratasys' advanced technologies, we ensure comprehensive support across all stages of the production process.
Allows for smooth, accurate multi-material parts from prototype to production, offering complex geometries, intricate detail, and full-color combinations, transparencies, and flexibilities in a single model.
Precise and detailed parts, suitable for concept or functional prototyping and low volume end use part production.
Filament extrusion technology employing a broad range of thermoplastics to make accurate, durable components for prototyping, tooling and end-use parts.
Most consistent, accurate evolution of DLP for injection-molding-like surface quality parts in a broad range of high performance materials for (high-mix/) low-volume production and industrial-grade functional prototyping.
Allows for smooth, accurate multi-material parts from prototype to production, offering complex geometries, intricate detail, and full-color combinations, transparencies, and flexibilities in a single model.
Precise and detailed parts, suitable for concept or functional prototyping and low volume end use part production.
Filament extrusion technology employing a broad range of thermoplastics to make accurate, durable components for prototyping, tooling and end-use parts.
Most consistent, accurate evolution of DLP for injection-molding-like surface quality parts in a broad range of high performance materials for (high-mix/) low-volume production and industrial-grade functional prototyping.
Allows for cost-effective, high-throughput volume production of consistent, functional end-use parts.