Aerospace Aerospace

APPLICATIONS OF 3D PRINTING TECHNOLOGY
IN AEROSPACE

3D printing technology offers lightweight design, rapid manufacturing, and customized solutions for aerospace, reducing costs for complex components and enhancing design efficiency.

INTAMSYS's 3D printing technology sets a performance standard in aerospace, meeting strict requirements for precision, quality, and performance. Our solutions expedite product development, reduce costs, and promote lightweight, innovative designs, advancing industry growth and technological progress.
Aerospace

TRUSTED BY OUR CUSTOMERS

INDUSTRY APPLICATIONS

  • Boosting Component Performance
and Design Flexibility

    Boosting Component Performance
    and Design Flexibility

    INTAMSYS enables high-quality printing of specialty materials to meet demands for lightweighting, stress reduction, and enhanced overall performance, helping design teams effectively address complex requirements and challenges.

    LEARN MORE ABOUT PROTOTYPING

  • Accelerating Aerospace Iteration
and R&D Pace

    Accelerating Aerospace Iteration
    and R&D Pace

    Help engineers quickly transition from conceptual design to prototype production, facilitating high-performance component testing and validation without unnecessary time and resource expenditure.

    LEARN MORE ABOUT PROTOTYPING

  • Customization and
On-Demand Production

    Customization and
    On-Demand Production

    Efficiently produce personalized components for specific application needs, facilitating the maintenance and updating of existing aircraft or spacecraft designs and components.

    LEARN MORE ABOUT END-USE PART

Canadian Horizon Aircraft Company: 3D Prints 80% of Functional Components on Hybrid Electric eVTOL Aircraft

Horizon Aircraft is revolutionizing aviation with the Cavorite X7, a hybrid VTOL aircraft. Using the FUNMAT PRO 410 and FUNMAT PRO 610HT, they efficiently 3D print high-performance components, enhancing design speed and sustainability while reducing emissions.

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Canadian Horizon Aircraft Company: 3D Prints 80% of Functional Components on Hybrid Electric eVTOL Aircraft

Nanjing Tech University: Leverages PEEK for 3D Printing CubeSatellites in the QB50 Program

CubeSatellites' brief lifespan aligns with cost-effective 3D printing. PEEK's radiation resistance and temperature endurance safeguard internal components for in-situ lower thermosphere measurements in low Earth orbit.

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Nanjing Tech University: Leverages PEEK for 3D Printing CubeSatellites in the QB50 Program

Nexair Avionics: Iterates Discontinued Aircraft Components with 3D Printing

Reverse engineering and 3D printing streamline the production process, eliminating the need for costly molds and enabling rapid, cost-effective mass production of discontinued aircraft dashboard components.

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Nexair Avionics: Iterates Discontinued Aircraft Components with 3D Printing
Industrial FFF 3D Printing Production Solutions - Industrial 3D Printer Service Provider_INTAMSYS
Industrial FFF 3D Printing Production Solutions - Industrial 3D Printer Service Provider_INTAMSYS

MEET INTAMSYS 3D PRINTERS

Discover More

FUNMAT PRO 610HT
FUNMAT PRO 610HT

FUNMAT PRO 610HT

LARGE BUILD VOLUME INDUSTRIAL 3D PRINTER

Up to 300℃ Heated Chamber

Large-Format

Continuous Production

FUNMAT PRO 410
FUNMAT PRO 410

FUNMAT PRO 410

BRING INDUSTRIAL PERFORMANCE TO THE NEXT LEVEL

Industiral Grade

Peek 3D Printing

Intelligent Design

FUNMAT HT
FUNMAT HT

FUNMAT HT

DESIGNED FOR PEEK 3D PRINTING

High Performance

Desktop 3D Printer

Cost-Effective

EXPLORE 3D PRINTING
SOLUTIONS WITH
OUR EXPERTS

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