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Custom Aircraft Parts Manufacturing & Aerospace Prototyping
At Yijin Hardware, we understand that the manufacturing of custom aircraft parts is a highly specialized field that demands precision, quality, and adherence to stringent industry standards.
Our commitment to excellence in aerospace prototyping and parts production is reflected in our advanced processing equipment and our team’s deep expertise in high-temperature aerospace-grade materials.
At Yijin Hardware, we focus on producing aircraft parts with exceptional corrosion resistance, lightweight design for improved fuel efficiency, and high-strength impact resistance to endure the demands of flight, ensuring reliability in harsh aerospace environments.
Aviation Industry CNC Custom Machining Service Content
Process and manufacture metal materials for custom aircraft parts
Metal: Aluminum, Aviation Aluminum, Brass, Bronze, Carbon Steel, Alloy Steel, Stainless Steel, Titanium Alloy, Nickel Alloy;
Plastic: PA66, ABS, POM, PVC, PEEK, PAI, Acrylic; Wood: Mahogany, Ebony, Pear Blossom wood, purple sandalwood.
Surface treatment for custom aircraft parts
Polishing, Sandblasting, Brushed, Anodizing, Electrophoresis, PVD, Plating, Etching, Spray, Laser carving
Types Of Aerospace Parts
Aircraft engines, hydraulic manifolds, transmissions, fuel bodies, landing gear, electrical connectors, housings, etc.
Various processing techniques for custom aircraft parts
CNC cutting, CNC turning, CNC milling, CNC drilling, CNC turning-milling, etc.
CNC Prototyping for custom aircraft parts
Offer service in rapid prototyping, CNC machined part, low volume production and RTV mold, CAD design…
Why Choose Us As Your Custom Aircraft Parts Supplier?
- Quality Assurance: YIJIN Hardware will proactively understand the quality points that customers care about from the initial communication, and provide cost-effective and rationalized suggestions from design, material, production process, manufacturability, etc.
- Tailor-Made: Customized machining of custom aircraft parts and prototypes for you.
- Advanced Technology and Experienced Team: The equipment is advanced to meet the customer’s large and small batch production. The experienced engineers will offer cost-effective and rationalized advice on design, materials, production processes, manufacturability, and more. Learn more about our custom CNC machining capabilities and how they support the aerospace industry.
- High-Quality Service: We will share the order manufacturing process with you in real-time
Progress Of The Aerospace Industry
With the continuous progress of the aerospace industry, the research and development of new models have promoted the development of the custom aerospace parts manufacturing industry.
With the increasing processing difficulty of custom aircraft parts such as engine discs, shaft parts, turbine casings, landing gear, etc., various new materials, new structures, and new technologies emerge in an endless stream, and the requirements for CNC machining technology are also increasing.
CNC machined components manufacturers are under increasing pressure from aerospace companies, and they must be as economical and efficient as possible in order to meet the challenges.
General Tool Path for Aerospace CNC Machining
At Yijin Hardware, we focus on precision and efficiency in CNC machining, especially for aerospace components that require high accuracy and quality.
Roughing: Aerospace parts often use strong materials like titanium and aluminum alloys. During roughing, we use the largest tools and feed rates possible to remove material efficiently while maintaining stability, even for complex aircraft geometries.
Tool Selection: Aerospace components with intricate two-dimensional angles and three-dimensional arcs require careful tool and knife length selection. Our tool paths ensure precision for critical parts like turbine blades and structural components. For larger workpieces, we consider chuck interference to maintain machining accuracy.
Light Knife: Surface quality is important for aerospace components as it affects performance. Our light knife operations create smooth finishes with minimal margin while optimizing machining time for aerodynamic parts.
CNC Machining Considerations: Aerospace designs often have thin walls for weight reduction, which can become unstable during machining. We address this by controlling feed rates, using appropriate coolants, and ensuring stable clamping. The design of cutting tools also plays a key role in maintaining accuracy and consistency.
Aerospace CNC Machining: Clamping Methods
In aerospace CNC machining, proper clamping is essential to ensure stability and precision during the production of parts like turbine blades, panels, and engine components. At Yijin Hardware, we use different clamping methods based on the size, shape, and material of the workpiece.
Vise Clamping: Vise clamping works well for smaller aerospace parts. A clamping height of at least 10mm provides a secure grip, and the processing height is kept slightly above the vise plane to protect the vise. This method ensures stability during machining of parts like brackets and housings.
Splint Clamping: Thin panels or medium-to-large aerospace components with low clamping height are secured with splint clamping. The splint is fixed to the worktable, and the workpiece is locked with screws. This method supports machining under high forces, making it suitable for strong materials used in aerospace manufacturing.
Code Iron Clamping: For large workpieces with insufficient clamping height, code iron clamping provides support. The workpiece is clamped in stages—first the corners, then the sides—ensuring accuracy throughout. This method is used for oversized parts like frames and wing sections.
Tool Clamping: Tools are clamped to prevent movement during machining. For tools with a diameter above 10mm, a clamping length of at least 30mm is used, while smaller tools require at least 20mm. Secure clamping helps avoid vibration or collision, ensuring smooth machining of detailed features.
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Free Machined Parts Design to Your Projects with Fast Turnaround Times.
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Free Machined Parts Design to Your Projects with Fast Turnaround Times.