Services We Offer To Aerospace & UAV
Aerospace Parts & Components We Manufacture
- ✔ Aircraft Structural Brackets
- ✔ Wing Support Components
- ✔ Fuselage Structural Parts
- ✔ Aircraft Mounting Plates
- ✔ Landing Gear Components
- ✔ Aircraft Frames & Housings
Structural Components
- ✔ Turbine Blades (Prototype)
- ✔ Engine Mount Brackets
- ✔ Gearbox Components
- ✔ Precision Gears
- ✔ Transmission Components
- ✔ Shaft Components
Engine & Mechanical Components
- ✔ Avionics Housings
- ✔ Electrical Enclosures
- ✔ Sensor Mounts
- ✔ Radar System Components
- ✔ Connector Housings
- ✔ Electronic Equipment Frames
Electrical & Avionics Components
- ✔ Aircraft Seat Components
- ✔ Cabin Interior Panels
- ✔ Dashboard & Instrument Panels
- ✔ Air Vent Components
- ✔ Cabin Structural Mounts
Interior & Cabin Parts
- ✔ Helmet Shell Prototypes
- ✔ Protective Gear Components
- ✔ Night Vision Device Housings
- ✔ Tactical Equipment Parts
Safety & Protective Equipment
- ✔ Aircraft Seat Parts
- ✔ Turbine Components
- ✔ Wing Support Structures
- ✔ UAV Structural Parts
- ✔ and more…
Other Aircarft Parts & Components
Whether you are looking for high-precision engine parts or robust structural components, we provide solutions that elevate performance and reliability. Partner with us today for high-precision aerospace components that meet the industry’s standards. Experience our commitment to quality and innovation. We deliver aerospace-grade precision CNC machining with high-accuracy and reliability. Our advanced processes reduce production time and cost while optimizing part performance. Reduce risk, streamline iterations, and accelerate launch with rapid prototyping and on-demand production of aerospace components.
Why Choose Us For Aerospace Parts & Components
In the aerospace field, the design and verification of components have extremely high requirements for speed and reliability. We offer professional CNC machining services, relying on technical design expertise, comprehensive material verification capabilities, and rapid prototyping support to help you meet strict production schedules and accelerate product launches. We support our aerospace customers in the following ways:
Quick Delivery of Production-level Components
Provide sturdy, precise, and directly usable components for verification or production within a few days.
Full-process Technical Expertise Support
Provide professional guidance on application and process at every stage from development to mass production.
Reduce Development and Manufacturing Costs
Through rapid prototyping and efficient production, help control the overall project cost.
Advanced Processing Capabilities
Equipped with high-speed 3-axis and 5-axis milling and turning equipment, as well as real-time power cutting tools, capable of performing precise processing of complex geometric structures.
Strict Quality and Compliance System
Holding ISO 9001:2015 and AS9100 quality system certifications.
Full-process Material Traceability
Ensure that the source and processing history of all aluminum components are clearly identifiable.
Comprehensive Post-processing Services
Offer a variety of surface treatments such as anodizing and chrome plating to enhance the performance and durability of the components.
Aeronautical Material
The manufacturing of aerospace components requires the use of specialized materials that possess high reliability, excellent mechanical properties, and the ability to withstand extreme environments. The following are three types of mainstream aerospace materials suitable for processing of critical components:
Aluminum and Its Alloys (7075-T6)
Key characteristics: Excellent high-strength weight ratio, good corrosion resistance, excellent machinability and thermal conductivity.
Main applications: Frame of the fuselage, wing ribs, interior structural components, supports, etc.
Stainless Steel (17-4 PH)
Key properties: High tensile strength, excellent corrosion resistance and wear resistance, and the performance can remain stable at approximately 600°F (316°C).
Main applications: Engine accessories, fasteners, landing gear components, high-load structural parts.
Titanium and Its Alloys (Grade 5)
Key properties: Outstanding specific strength, excellent corrosion resistance and high-temperature resistance, low thermal expansion coefficient.
Main applications: Jet engine compressor blades, aviation fasteners, fuselage frames, rocket shells and other critical high-temperature and lightweight components.
Aerospace CNC Machining Applications
We commonly machine components included in planes, rockets, satellites, and drones. Some examples include:
Heat exchangers
Jet engines
Turbo pumps
Housing
Brackets
What Can We Do for the Aerospace & UAV Industry?
Custom Aerospace Parts Manufacturing Services
Based on the core capabilities we have developed in manufacturing high-end automotive components, such as high-vacuum precision die-casting, five-axis CNC machining, and rapid prototype verification, we have precisely established a solid technical foundation for entering this field. Specifically, what we can do is not only manufacture parts, but also become the key carriers of highly complex systems: for instance, using aluminum alloy/magnesium alloy die-casting technology to produce auxiliary casings for jet engines and rotor system housings for helicopters, these components require maintaining structural integrity under extreme conditions; using precision processing capabilities to manufacture installation brackets for flight control actuators and heat dissipation substrates for onboard communication equipment, to achieve micrometer-level tolerances and absolute reliability. At the same time, our rapid prototyping capability can provide ground test sample structure components and assembly fixtures for the development of new models, significantly shortening the research and development cycle.
Precision Manufacturing Solutions for the Aerospace Industry
Our core manufacturing capabilities (high-precision die-casting, CNC machining, injection molding, vacuum casting, sheet metal fabrication, and 3D printing) can provide end-to-end precision manufacturing solutions for the aerospace industry, ranging from research and development verification to mass production delivery. During the research and prototype stages, we use 3D printing, CNC, and mold replication technologies to quickly achieve design verification and functional sample production, helping customers accelerate innovation and iteration; during the trial production and mass production stages, we offer seamless transitions from mold development, small-batch trial production to large-scale die-casting/injection molding, especially in areas such as automotive lightweight components, aerospace key structural components, and medical implants, achieving high precision and high reliability manufacturing. For industries with strict regulations such as aviation and healthcare, we also provide a complete system support covering process certification (such as AS9100/NADCAP), material compliance (such as ISO 13485), and full traceability throughout the process, helping customers overcome technical barriers and compliance challenges, and ultimately efficiently and reliably converting cutting-edge designs into marketable products.
