Providing proven tools and solutions to help aerospace companies meet the demanding challenges of a competitive and regulated industry.
Stratasys technologies help our aerospace customers build lighter, go faster and fly farther.
Stratasys polymer additive manufacturing technologies offer a broad selection of printers and materials to cover applications from prototyping to tooling to flight-worthy parts. For aerospace 3D printing applications, the most widely used technologies are FDM and P3. Stratasys Direct Manufacturing contract services offer the capability to supplement your production and validate new additive technologies.
Using 3D printing to make supersonic air travel possible again.
Leveraging an additive manufacturing ecosystem to stay competitive.
Employing high-performance 3D printing materials for space flight.
Using additive technology to remain an award-winning supplier.
Staying mission-ready with the help of 3D printing.
3D printing offers time and cost efficiencies over traditional manufacturing. It lets you validate ideas quickly and speed decision making. Versatile materials provide a more effective way to make tooling and the capability to make complex flight parts lighter, with fewer components.
Solve design challenges before committing to expensive and time-consuming tooling and production.
Avoid the high cost and long lead time of machined tools with 3D printed jigs, fixtures and custom manufacturing aids.
Create complex geometries not possible with other manufacturing methods to reduce weight and consolidate assemblies.
Solve design challenges before committing to expensive and time-consuming tooling and production.
Avoid the high cost and long lead time of machined tools with 3D printed jigs, fixtures and custom manufacturing aids.
Create complex geometries not possible with other manufacturing methods to reduce weight and consolidate assemblies.
Stratasys 3D printers used in aerospace applications generally include FDM and P3 DLP printers that offer a versatile range of materials comprising durable and high-performance thermoplastics and photopolymers.
Compact, dependable, entry-level professional-grade printer for accurate, repeatable 3D printing. Form factor and ease of use make it suitable for the classroom or office.
Accessible, industrial-grade 3D printer. Combines fast and easy material swaps, a generous build volume, and dependable print results to provide accurate, repeatable prototypes to production parts. Suitable for the office or factory floor.
A compact printer compatible with carbon fiber and engineering-grade thermoplastics to produce strong prototypes, jigs and fixtures, tooling, and parts from the classroom to the office to the factory floor.
A professional, industrial-grade printer compatible with carbon fiber and engineering-grade thermoplastics to produce functional prototypes, strong workholding fixtures, tooling, and parts in the office or classroom.
The F770® industrial 3D printer provides large-format FDM® printing, making it cost-effective to produce sizable aerospace parts.
The Fortus® 450mc printer provides industrial-grade 3D printing with a wide range of materials, suitable for demanding aerospace applications.
The F900® offers very large build capacity, high-performance materials, and exceptional reliability, making it the go-to solution for aerospace manufacturing.
High throughput, accuracy, and exceptional surface finishes – well-suited for components in aerospace applications.
Compact, dependable, entry-level professional-grade printer for accurate, repeatable 3D printing. Form factor and ease of use make it suitable for the classroom or office.
Accessible, industrial-grade 3D printer. Combines fast and easy material swaps, a generous build volume, and dependable print results to provide accurate, repeatable prototypes to production parts. Suitable for the office or factory floor.
A compact printer compatible with carbon fiber and engineering-grade thermoplastics to produce strong prototypes, jigs and fixtures, tooling, and parts from the classroom to the office to the factory floor.
A professional, industrial-grade printer compatible with carbon fiber and engineering-grade thermoplastics to produce functional prototypes, strong workholding fixtures, tooling, and parts in the office or classroom.
The F770® industrial 3D printer provides large-format FDM® printing, making it cost-effective to produce sizable aerospace parts.
The Fortus® 450mc printer provides industrial-grade 3D printing with a wide range of materials, suitable for demanding aerospace applications.
The F900® offers very large build capacity, high-performance materials, and exceptional reliability, making it the go-to solution for aerospace manufacturing.
High throughput, accuracy, and exceptional surface finishes – well-suited for components in aerospace applications.
Stratasys 3D printing technologies offer a comprehensive material portfolio to address virtually any polymer additive manufacturing aerospace application. High-performance thermoplastics and photopolymers provide the right physical, mechanical, chemical and thermal properties needed for demanding applications in a regulated industry.
Aerospace 3D printing uses advanced polymers to produce flight-certified components, tools, and prototypes. It supports faster development, weight reduction, and cost efficiency across the product lifecycle.
It’s applied in:
Flight-grade materials include:
Design iterations and prototypes can be printed in hours or days. 3D printing also helps shorten the path to part certification, reducing lead times compared to traditional manufacturing methods.
With continual advances in material science and certification workflows, additive manufacturing is expanding to cover more critical applications, from structural airframe parts to cabin systems and unmanned platforms.
3D printing with high-performance FDM materials offers a faster, more agile means of making lighter, less costly composite tooling.
See how Boom Supersonic uses 3D printing to challenge what’s possible in commercial flight utilizing Stratasys technology.
View moreThe U.S. Air Force employs 3D printing as a cost-effective measure to support its aging aircraft fleet.
3D printing with high-performance FDM materials offers a faster, more agile means of making lighter, less costly composite tooling.
See how Boom Supersonic uses 3D printing to challenge what’s possible in commercial flight utilizing Stratasys technology.
The U.S. Air Force employs 3D printing as a cost-effective measure to support its aging aircraft fleet.
