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China Aeroplane Shaft House Parts CNC Machining Factory - Trusted Suppliers for Precision Aircraft Parts

Are you in search of high-quality aeroplane parts? Creatingtec is your ideal choice among China suppliers and factory options. We specialize in the intricate design, rapid prototyping, low-volume production, and final mass production of aircraft components. Our advanced CNC machine centers, turn-milling machining, and slow-EDM technologies ensure precise and reliable manufacturing. Our dedicated engineering team collaborates closely with you throughout the project to ensure that every detail complies with your specifications. We have extensive experience producing a wide range of aeroplane parts, including enclosures, rolling bearings, and shock absorber components. Choose Creatingtec for your aeroplane parts needs and experience superior service from a leading manufacturer in China

    Project Description

    • Shaft House and Engine Mount Parts
    • Material: 7075-T7531 Aluminum
    • Finishing: Anodizing and Powder Coating
    • Parts Machining Process: CNC Machining, Surface Finishing
    • Parts Size: Engine Mount and House around 360 × 280 × 75 mm
    Production Capability For Aeroplane Parts CNC Machined Manufacturer
    • Own 5 sets 5-axis CNC machining centers and 8 sets 3+2 axis CNC milling machines
    • 2 sets slow-EDM, 2 sets larger Lathe, and 2 sets grinding machines under 0.005mm tight tolerance
    • Secondary finishing including anodizing, powder coating and more

    What's The Project Challenge For The Projects?

    The main challenge is the product thickness is 60–90mm, and the feature is heterogeneous — all parts need to be assembled and serve a functional purpose.

    Our engineering team must use extended cutting tools, along with 5-axis and 3+2 axis CNC milling machines to complete them. When rotating to different angles, all thread holes must be precision-machined to ensure proper assembly.

    How To Understand and Make The Parts?

    First, we conducted a careful design overview to understand the parts and suggest improvements when possible. Then, we applied Positive Material Identification (PMI) to test the composition of the alloys used in the tools and parts.

    Fabricating The Prototypes

    The first run of prototypes was CNC machined from aluminum in a 5-step process:

    1. CNC Program the Machines
    2. Engineering Review and Improve the Codes
    3. Mount the Workpiece on the Machine and Adjust the Setup
    4. Monitor Production and All Functions
    5. Adjust the Cutting Programs When Necessary

    These practices are typically repeated in any CNC machining project; the cutting programs used are unique for each part. We had to consider things like machine type, part geometry, tool type, and raw material.

    Polishing
    🎨 Powder Coating
    🔒 Silver Anodizing

    The prototypes were sent to our model shop and trusted partners for polishing to achieve a reflective and shiny appearance, powder coating for a more durable protective finish, and silver anodizing to create a beautiful clear finish that enhances resistance to corrosion and wear.

    How To Develop and Manufacturing CNC Machining Aeroplane Parts

    Most aeroplane parts CNC machining includes rapid prototype and volume production. When making 2–4 prototypes, the feature and material require us to specify the material supplier — such as 7075, 7475, 2024, and more.

    Aeroplane parts require us to consider the whole process: from single part machining, surface coating, to assembly. This is a very complex process, so our engineering team prepares a detailed DFM report before production.

    We are dedicated to rapid prototype and low-volume production for aeroplane parts, providing fast feedback and delivery with high quality. These aeroplane features require us to use 5-axis CNC milling to complete.

    When you have aero parts CNC machining inquiries or customized parts requirements, send your inquiry to our email. Our engineering team will discuss every production detail with you — whether you need 1 pc or 50+ pcs, we provide the best cost-effective support.

    Tell us your requirement or expectation, and our team will serve it for you. You can start a new project now.

    What's The Surface Finishing Can Be Done After CNC Machining?

    After most of the aeroplane parts are CNC machined, we provide excellent finishing options:

    🔵 Anodizing
    🎨 Powder Coating
    Polishing
    🔒 Hard Anodizing
    • Shaft House & Engine Mount Parts: After CNC turning and lathe, we apply polishing and hard anodizing to achieve an aesthetic finish.
    • Tube Fittings: Completed with a 3+2 axis CNC machining center, then hard anodized to protect the surface.
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    Customer's Feedback For Our Aeroplane Parts CNC Machined

    We ship these parts to our customers for assembling and testing, then receive timely comments for new parts improvement — making each subsequent production run more perfect and smooth.

    At Creatingtec, we always work closely with customers to improve and learn, supporting our global customers at every step.

    Exceeding Expectations in Parts Manufacturing

    Creatingtec has the expertise and technology needed to bring your products to life accurately, quickly, and cost-effectively.

    Whether you're in a rush or have a product with highly complex parts, submit your project drawings (including 2D and 3D drawings), and our sales and engineering team will get in touch to discuss what you need to achieve your goals.

    You'll receive an affordable quote with no minimum volume requirements. Once accepted, our project manager will help optimize your project, produce the parts, and deliver them right to your doorstep.

    Customer's Feedback

    "We are very satisfied with the product quality and efficiency, from material specification, dimension inspection, till the final goods arrived. The team accomplished a great achievement. I will definitively recommend them."

    Tevin Nbamalu
    CTO, East Aerospace
    Frequently Asked Questions
    What material is used for CNC machined aeroplane parts like shaft house and engine mounts?
    We primarily use 7075-T7531 aluminum alloy for shaft house and engine mount parts. Depending on the project requirements, we also work with 7475 and 2024 aluminum alloys, specifying certified material suppliers to ensure consistent quality and traceability.
    What CNC machining capabilities do you have for complex aeroplane parts?
    We operate 5 sets of 5-axis CNC machining centers and 8 sets of 3+2 axis CNC milling machines, along with 2 sets of slow-EDM, 2 larger lathes, and 2 grinding machines capable of achieving tolerances under 0.005mm. This allows us to handle complex geometries and tight-tolerance aerospace components.
    What surface finishing options are available after CNC machining aeroplane parts?
    We offer a range of surface finishing services including anodizing, hard anodizing, powder coating, and polishing. For shaft house and engine mount parts, we typically apply polishing followed by hard anodizing. Tube fittings are finished with hard anodizing to protect and extend the surface life.
    How do you ensure precision and assembly accuracy for complex aeroplane components?
    Our engineering team uses extended cutting tools and multi-axis CNC machines to machine parts at various angles, ensuring all thread holes and features are precisely aligned for assembly. We also perform a detailed DFM (Design for Manufacturability) review and apply Positive Material Identification (PMI) before production begins.
    Do you support rapid prototyping and low-volume production for aeroplane parts?
    Yes. We specialize in rapid prototyping and low-volume production for aeroplane parts. Whether you need 1 piece or 50+ pieces, we provide cost-effective solutions with fast turnaround. Simply send us your 2D/3D drawings and our engineering team will prepare a detailed quote and DFM report for your project.
    What is the typical process for developing a new CNC machined aeroplane part from prototype to production?
    Our process starts with a design overview and engineering review, followed by PMI material testing. We then CNC program the machines, mount the workpiece, monitor production, and adjust cutting programs as needed. After machining, parts go through surface finishing (polishing, powder coating, or anodizing), then are shipped to the customer for assembly testing and feedback before moving to full production.

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