3D Printing for Aerospace

Providing proven tools and solutions to help aerospace companies meet the demanding challenges of a competitive and regulated industry.

Over Twenty Years of 
Partnership with Aerospace

MINGDA technologies help our aerospace customers build lighter, go faster and fly farther.

MINGDA 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. MINGDA Direct Manufacturing contract services offer the capability to supplement your production and validate new additive technologies.

Benefits of 3D Printing for Aerospace

Cost savings: Additive manufacturing is more cost effective at low to medium volumes of production. This can lower procurement costs without sacrificing quality.

On-demand manufacturing: Print parts when you need them for optimal production efficiency and supply chain resilience

Accelerate prototyping and testing cycles: 3D print aerospace prototypes to reduce lead times from weeks to days or hours

Weight reduction: 3D printing with durable, high-performance thermoplastics can be used to lower the weight of aerospace parts. (Aside from the inherent lower weight of plastic, partial infill and precise design of complex geometries can both also significantly lower weight.)

Durability: Flight-grade 3D printing materials are available, which are uniquely suited to aerospace applications, thanks to very high strength-to-weight ratios and FST ratings, for example.

Trusted by Our Customers

SPACEX

Space X and MINGDA 3D Collaborate to Advance Large-Format Additive Manufacturing in Aerospace Applications

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BOEING

Boeing Overseas Factory Partners with MINGDA 3D, MD-600D Industrial FDM 3D Printer Supports Large-Scale Tooling Fixture Production

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Applications

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.

Prototyping

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

Tooling

Avoid the high cost and long lead time of machined tools with 3D printed jigs, fixtures and custom manufacturing aids.

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Flight Parts

Create complex geometries not possible with other manufacturing methods to reduce weight and consolidate assemblies.

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Aerospace Printers

MINGDA has the right aerospace solution for you.

MD-400D

IDEX independent dual extruders enable dual-material/duplication printing for aerospace small parts, ensuring high precision and efficiency. 400×400×400mm volume fits customized aerospace component prototyping

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Raptor 450

500°C hotend + 120°C constant chamber support 98% industrial materials, ideal for high-performance aerospace parts. 450×450×500mm build size with AI monitoring delivers stable, high-temp printing for heat-resistant aerospace components with excellent material adaptability.

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Raptor 800

800×800×800mm large volume enables one-piece aerospace mid-sized part printing, no assembly needed. 80°C constant chamber supports ABS/ASA/PC and carbon fiber, creates high-strength, dimensionally stable aerospace components for industrial-grade manufacturing demands.

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Raptor 1200

1200×1200×1200mm super large build size for oversized aerospace parts printing. 80°C constant chamber supports carbon fiber & engineering materials, ensures high-strength, precise large aerospace components, meeting heavy-duty aerospace manufacturing production needs.

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Materials

MINGDA 3D printing technologies offer diverse materials to address multiple aerospace applications.

PEEK/PEKK

High temperature resistance up to 260°C, high strength, radiation resistance, chemical stability, capable of replacing metal

PA12-CF

Lightweight, relatively low cost, high rigidity, suitable for rapid iterative validation

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