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Farsoon’s Innovative AM Solution forAerospace Industry

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Benefits of 3D Printing for Aerospace + Aviation

Producing complex parts with unmatched performance, this is the gold standard of 3D printing. The cost of creating, testing, manufacturing, and operating 3D printers in an aerospace environment can be high, but the integration of 3D printing in a company's manufacturing portfolio gives them the competitive edge when producing state-of-the-art components. Aerospace manufacturers are also seeing more benefits on low volume series production of previously impossible or costly parts with the flexibility and adaptability of 3D printing.

  • Weight Optimization

    The additively produced aerospace structure is able to achieve a significant weight reduction compared to the original process, with the same designated strength requirements. The lighter weight of key components means better performance, improved fuel efficiency, as well as reduced material cost.

  • Streamline Design to Production Process

    Compared to traditional workflow, advanced 3D printing process offers significant design flexibility enabling many new innovations. The tool-free on-demand production process accelerated the fabrication-validate cycle without a long lead time.

  • Industry-specific Process Development

    Thanks to the open material and parameter strategy of Farsoon platform, the user is able to operate with a higher degree of flexibility in parameter setting and industry-specific material development; in order to establish of processing data base for future development and manufacturing quality control.

  • Functional Integration

    The advanced LPBF technology offers all complex geometries to be integrated into as few components possible with the same requirements of functionality. It helps reduce the need of manual assembly, as well as improved the overall accuracy and quality of the final parts compared to the conventional manufacturing process.

Words from Our Customers

Farsoon Technologies stands ready to offer the tools and support to facilitate your research and development teams to make that new breakthrough.

The openness of Farsoon manufacturing platform is important for us in both material development and industrial scale production. Our material team can have better flexibility exploring different parameter combinations for specialized super alloys materials development. We can also optimize the build speed by choosing a variety of layer thicknesses to improve the production yield.

Yu Jun | Falcontech

Falcontech Super AM Factory

We have full confidence working with Farsoon additive technology and service. Our team now has actively used multiple Farsoon systems for a wide range of projects and components from design-prototyping, small batch production to certifications, including Fuel nozzles, injection fuel rings, main fuels, combustion chamber components, turbine blades, engine impeller, swirlers, etc.

Chengli Aviation

Flame Tube in Combustion Chamber of Aerospace Engine

Farsoon 3D Printing has become an important part of our supply chain. Most of the UAV’s housings is produced on 403P systems - functional parts such as connectors, supports, adapters and electric fuse boxes. Additive technology also helps us to establish our digital inventory to reduce the cost of spare parts, and reduce the lead time for new production inquiry.

Hu Chenghao | Hawk Eye Technology

Electric housing modules

Our Machine Solutions for Aerospace + Aviation

In an industry where performance, reliability, design-to-market time, and profitability are key requirements for functional parts with complex geometries, Farsoon additive manufacturing will offer you the robust, differentiated solutions to improve your aerospace manufacturing quality and speed.

Quality Materials for Aerospace + Aviation

Farsoon offers a wide range of metal and plastic materials, as well as parameter sets to produce aerospace parts that showcasing industry-leading metallographic, mechanical performance for additive and near-wrought properties. Our material for Aerospace includes:

  • FS3300PA

    This high-performance powder material has superior mechanical properties with excellent recyclability and processing capabilities.

    Key Features:

    ● Excellent mechanical properties
    ● Good part surface ease of post-processing
    ● Optimal size and color stability
    ● High oxidation resistance & low water absorption

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  • FS3300PA-F

    Developed for Flight® Technology (fiber laser processing), this advanced PA12-based polymer material with carbon black can suit a wide range of industrial applications.

    Key Features:

    ● Optimized formula for ease of process
    ● Balanced performance of thermal / feature properties
    ● High material re-usability

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  • FS3401GB

    This advanced PA12-based glass bead filled powder material produces industrial parts with exceptional strength, impact strength and size stability.

    Key Features:

    ● Good processibility by laser sintering technology
    ● Build parts with good size-stability
    ● High resistance to thermal deformation
    ● High resolution in contour and surface

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  • FS3401GB-F

    Advanced PA12-based glass bead reinforced polymer material with carbon black developed for fiber laser sintering technology.

    Key Features:

    ● Excellent mechanical strength and rigidity
    ● Extraordinary dimensional stability
    ● Good thermal/abrasive resistance

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  • FS3150CF

    Carbon fiber filled, PA12-based material produces parts combines high strength and light-weight features.

    Key Features:

    ● Excellent strength and rigidity
    ● Enhanced stiffness
    ● High resistance to thermal deformation
    ● Great anti-static electricity feature

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  • FS3250MF

    Mineral fiber filled; PA12-based material suits a wide range of automotive applications.

    Key Features:

    ● Excellent mechanical properties with mineral fiber
    ● High resistance to thermal deformation
    ● Excellent size-stability, low contractive rate

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  • Ti6Al4V

    Titanium-based alloy ideal for high-performance applications in aerospace, automotive and medical industries.

    Key Features:

    ● Outstanding mechanical properties and corrosion resistance
    ● High specific strength, toughness and ductility
    ● Good strength-to-weight ratio
    ● Good biocompatibility

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  • TA15

    Titanium-based alloy ideal for heavy-duty components construction in aerospace industry.

    Key Features:

    ● Part offering high mechanical properties under high-temperature condition
    ● Outstanding load-bearing capacity under stress
    ● High specific strength
    ● Good weldability with laser sintering technology

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  • AlSi10Mg

    Aluminum-based alloy offering dynamic properties suits a wide range of prototypes and industrial end-use applications.

    Key Features:

    ● Build parts offers excellent mechanical properties, such as hardness and tensile strength
    ● Outstanding corrosion resistance
    ● Good thermal and electrical conductivity
    ● High dynamic toughness

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  • HX

    Nickel-based alloy suits high-temperature industrial applications in corrosive environments.

    Key Features:

    ● High corrosion resistance
    ● High strength, ductility
    ● Excellent oxidation resistance at high temperature conditions
    ● Outstanding creep strength under high temperature

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  • IN625

    Nickel-based alloy ideal for applications in aerospace and energy industries.

    Key Features:

    ● Excellent heat and corrosion resistance
    ● High tensile, creep and rupture strength
    ● Good ductility

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  • IN718

    Nickel-based alloy ideal for high-temperature applications in aerospace & energy sectors.

    Key Features:

    ● Excellent oxidation resistance
    ● High tensile, fatigue, creep and rupture strength
    ● Good ductility

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Contact us

Get in touch with us today! Find out the most efficient 3D printing solutions and service tailored for your application.





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