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China Aeroplane Shaft House Parts CNC Machining Supplier | Precision Factory for Aircraft Components

Creatingtec is a leading China-based factory specializing in the design and production of complex aeroplane parts. Our services encompass everything from initial aeroplane parts design to rapid prototyping, low-volume production, and final mass production. As a trusted supplier, we leverage our advanced CNC machining centers, turn-milling machining, and slow-EDM equipment to meet your project needs. Our professional engineering team collaborates closely with you to ensure every detail of your aeroplane parts, including enclosures, rolling bearings, and shock absorber components, meets the highest standards. Choose Creatingtec for reliable and high-quality aeroplane parts solutions made 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
    5 Sets 5-Axis CNC Machining Centers
    8 Sets 3+2 Axis CNC Milling Machines
    Tolerance under 0.005mm
    • 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 heteroideus, and all parts need to be assembled and serve their functional purpose.

    Our engineering team has to use extended cutting tools and both 5-axis and 3+2 axis CNC milling machines to complete the work. When we rotate at different angles, all thread holes must remain precise and ready for 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.

    The prototypes were sent to our model shop and trusted partners for:

    • Polishing — to achieve a reflective and shiny appearance
    • Powder Coating — to achieve a more durable protective finish
    • 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 prototyping and volume production. When we make 2–4 prototypes, the features and material requirements ask 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 final assembly. This is a very complex process, so our engineering team prepares a detailed DFM (Design for Manufacturability) report before production begins.

    Rapid Prototype Low Volume Production 5-Axis CNC Milling Fast Delivery

    We are dedicated to rapid prototyping 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 them.

    When you have aero parts CNC machining inquiries or customized parts requirements, you can send your inquiry to our email address so our engineering team can discuss every production detail with you — whether you need 1 piece or more than 50 pieces, we provide the best cost-effective support. Tell us your requirements and our team will serve you. You can start a new project now.

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

    • After most aeroplane parts are CNC machined, we provide excellent finishes including anodizing, powder coating and more.
    • Shaft House and Engine Mount Parts: After CNC turning and lathing, we perform polishing and hard anodizing to achieve an aesthetic result.
    • Tube Fittings: We use a 3+2 axis CNC machining center to complete these parts, then apply a hard anodizing process to protect the surface.
    CNC Machined Aeroplane Parts Surface Finishing

    Customer's Feedback For Our Aeroplane Parts CNC Machined

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

    At Creatingtec, we always work closely with customers to improve, share knowledge, and support our global clients.

    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 how 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 materials are used for CNC machined aeroplane parts?
    We typically use high-performance aluminum alloys such as 7075-T7531, 7475, and 2024 for aeroplane parts. These materials offer excellent strength-to-weight ratios, corrosion resistance, and machinability suited for aerospace applications.
    What surface finishes are available for aeroplane CNC machined parts?
    We offer a range of surface finishing options including anodizing (standard and hard), powder coating, polishing, and silver anodizing. Each finish is selected based on the part's function, aesthetics, and corrosion resistance requirements.
    What is the tightest tolerance your machines can achieve?
    Our equipment — including slow-EDM machines, large lathes, and grinding machines — can achieve tolerances as tight as ±0.005mm, ensuring that all precision aerospace components meet strict assembly and functional requirements.
    Do you support small quantity or prototype orders for aeroplane parts?
    Yes, absolutely. We support orders from 1 piece to 50+ pieces with no minimum volume requirements. Whether you need a single prototype or a low-volume production run, our team provides full support with competitive pricing and fast turnaround.
    What file formats do you accept for aeroplane part drawings?
    We accept both 2D and 3D drawing formats, including common file types such as STEP, IGES, DWG, DXF, and PDF. Our engineering team will review your submitted files and provide a DFM report with recommendations before production begins.
    Why is 5-axis CNC machining necessary for aeroplane parts like Shaft House and Engine Mounts?
    Aeroplane components such as Shaft Houses and Engine Mounts feature complex geometries, deep pockets (60–90mm thickness), and multi-angle thread holes that must align precisely for assembly. 5-axis CNC machining allows us to machine these features in a single setup, reducing errors, improving precision, and ensuring all surfaces and bores are correctly positioned for functional assembly.

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