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Aerospace & Defense

3D Solutions for Next-generation Aerospace products & systems

Aerospace Solutions

Satisfy customer requirements, maximize performance, and meet strict safety standards

Aerospace interior design

Technology & Process Solutions

Javelin 3D Technology enables aerospace manufacturers to grow their businesses profitably while responding more rapidly to Requests for Quotes (RFQs) and Requests for Proposals (RFPs) with improved accuracy for pursuing new markets and taking on new competitors.

Our solutions allow aerospace designers to:

  • Work with a single centralized Bill of Materials (BOM)

    Define, communicate, collaborate, and predict how designs will perform so they can be optimized before they are built.

  • Design and Analyze Parts

    Design complex machined and sheet metal parts, work concurrently in 3D and create flat patterns.

  • Reuse Existing Parts

    Minimize redundant parts and change modifications by finding and leveraging existing parts.

  • Manage Product Development

    Technology that facilitates multi-site manufacturing, supply chain operations and quality compliance.

ULTEM 1010 airplane wing

Additive Manufacturing Solutions

3D printing provides manufacturers with prototyping, advanced tooling and production applications. 3D printed parts are now commonplace on aircraft and spacecraft — cementing the technology as an engineering mainstay.

Our additive solutions allow aerospace manufacturers to:

  • Create certified production parts

    Fly with less weight, reduce complexity, and simplify production with certified 3D printed parts.

  • Conduct Rapid Prototyping and 3D print Injection Molds

    Solve design challenges before committing to expensive and time-consuming tooling and production.

  • 3D Print Composite Tooling

    Streamline the cost and complexities of aerospace production with on-demand composite tools.

  • 3D Print Jigs and Fixtures

    With 3D printed tooling you can avoid high machining costs for custom tools or parts needed for individual repairs and restorations.

Technology for Aerospace Design

Drive innovation and affordability with SOLIDWORKS Technology

Using SOLIDWORKS® software aerospace engineers are able to design complex machined and sheet metal parts and work concurrently in 3D and flat patterns. Powerful and intuitive SOLIDWORKS Simulation software allows aerospace engineers to virtually test new ideas, quickly and efficiently evaluate performance, and improve quality. Automated design and check rules reduce design and manufacturing errors. Discover design technology:

Customer Example

How Aerospace Engineers use SOLIDWORKS Technology

Based in Waterloo, Ontario, Aeryon Labs design Small Unmanned Aerial Systems (sUAS) for a range of applications around the world.

Aeryon use SOLIDWORKS solutions to create molds, test their drones,  and optimize the aircraft’s weight and performance, passing savings and benefits on to their customers.

Aerospace Process Management

Communicate and collaborate with your team and suppliers

Break down barriers within teams and suppliers with a single centralized Bill of Materials (BOM) from any CAD model. Define, communicate, collaborate, and predict how designs will perform so they can be optimized before they are built. Minimize redundant parts and change modifications by leveraging existing parts. Securely reuse product design Intellectual Property (IP) across projects to focus on innovation.

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Additive Manufacturing Aerospace Solutions

Advanced materials and techniques for part production

Overview

Production expertise is critical to many of our aerospace customers. Javelin-Cimetrix has an expert aerospace manufacturing engineering team with critical technical knowledge.

Our industry knowledge and our abilities to support high requirement applications is what brings aerospace companies to us. Direct Digital Manufacturing (DDM) with additive manufacturing allows for the creation of rigid, lightweight aerospace parts, leveraging advanced materials such as Ultem 9085, not achievable with other manufacturing methods.

Our customers, such as L3, Bombardier, Boeing and Standard Aero are but a few partners benefiting from these advancements in additive technologies and materials. Like others in the aerospace industry, they are experiencing performance improvements with superior lightweight part design from integrated structures and component consolidation.

By reducing weight, part count, design constraints and supply-chain risk, additive manufacturing is creating new production efficiencies for the aerospace industry.

Typical Applications

Our software and additive solutions help aerospace designers and manufacturers to produce:

  • Enclosures & Interior Panels/Components
  • Liquid and Fuel Tanks
  • Gimbals
  • Grommets & Clips
  • Air Flow Ducts
  • Control Surfaces
  • UAV Components
  • Mounting Brackets

Additive Manufacturing Machines & Materials

Stratasys 3D Printing gets your Parts off the ground faster

Aerospace engineers use Fused Deposition Modeling (FDM) Technology for prototyping, tooling and part manufacturing. FDM works with high-performance thermoplastics, including ULTEM 9085, to build jigs, fixtures, check gauges & end-use parts.

Improve production efficiency and flight performance while simplifying inventory with strong, lightweight composite parts. For interior components, soften the impact of late design changes to keep production on track. 3D print flight-ready parts like housings and ductwork in-house with certified, traceable material.

Additive Manufacturing Applications

How do Aerospace engineers use 3D printers?

Stratasys Logo

Why Stratasys 3D Printing for Aerospace?

Recommended Aerospace Machine

Stratasys F900 Production System

The ultimate manufacturing-grade production 3D printer ideal for the aerospace industry.

Featuring the widest array of engineering-grade materials, maximum throughput, largest build platform, and highest accuracy.

3D Printed Aerospace Part
Create Components Faster

Stratasys FDM machines work with production grade thermoplastics including ULTEM 9085, which provides an ideal solution for the manufacturing of component parts for aircraft, as it is lightweight and able to withstand intense heat (flame retardant).

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Reduce Production Costs

By replacing expensive and lead-time critical CNC-milled parts with in-house manufactured plastic parts, you can dramatically reduce your production costs. The printed plastic parts also perform better technically, weigh less, and provide better electrical insulation.

ST-130 sacrificial tooling
Improve performance with Composite Parts

Improve production efficiency and flight performance while simplifying inventory with strong, lightweight composite parts. Also save time and find more ways to optimize by 3D printing your tooling for composite parts. For interior components, soften the impact of late design changes to keep production on track. 3D print flight-ready parts like housings and duct work in-house with certified, traceable material.

Featured Solution

Produce Certified Aircraft Interiors with 3D printing

Certifying additively manufactured parts for aircraft installation just got a lot easier.

The Stratasys Certified Aircraft Interiors gives aerospace companies a faster, more streamlined process.

Aerospace Industry Resources

Access Aerospace news, case studies, and white papers

Interested in an Aerospace solution?

Call us free at  1-877-219-6757  and get your questions answered

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