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3D Printing a better tomorrow
Stratasys CEO, Dr. Yoav Zeif

A message from our CEO, 

Dr. Yoav Zeif

The new global economy requires companies to adapt and overcome unexpected challenges, while maintaining a commitment to environmental stewardship. Our Stratasys offering provide world. es production and manufacturing solutions that are resilient, empower local supply chains, and most importantly save lives. We empower people to create unlimited, for an economical, personalised and sustainable world.

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From Our Customers: The Science and Impact of Sustainable Manufacturing

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.

AMGTA

Comparative Life Cycle Inventory (LCI) Research - 3D Material Jetting vs. Traditional Methods for Designer Luxury Goods

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.

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Trends shaping the future of manufacturing

Technology Offerings

Technology Overview

Our 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.

PolyJet Technology

PolyJet™ Technology

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.

SLA Technology

SLA Technology

Precise and detailed parts, suitable for concept or functional prototyping and low volume end use part production.

FDM Technology

FDM® Technology

Filament extrusion technology employing a broad range of thermoplastics to make accurate, durable components for prototyping, tooling and end-use parts.

P3 technology

P3™ Technology

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.

SAF Technology

SAF® Technology

Allows for cost-effective, high-throughput volume production of consistent, functional end-use parts.

PolyJet Technology

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.

SLA Technology

Precise and detailed parts, suitable for concept or functional prototyping and low volume end use part production.

FDM Technology

Filament extrusion technology employing a broad range of thermoplastics to make accurate, durable components for prototyping, tooling and end-use parts.

P3 technology

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.

SAF Technology

Allows for cost-effective, high-throughput volume production of consistent, functional end-use parts.