Reliable CNC Machining of Eccentric Hollow Shafts for Aerospace Components: High-Precision, High-Quality Parts
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About Eccentric Hollow Shafts for Aerospace
An eccentric hollow shaft is a type of shaft that has a central axis that is offset from the center of the shaft’s cross-section. This creates a “hollow” space in the shaft, which can be used to reduce weight or accommodate other components.
Eccentric hollow shafts are often used in aerospace applications, where weight and efficiency are critical.
Eccentric hollow shafts are also relatively easy to manufacture using CNC turning.
This makes them a cost-effective option for aerospace manufacturers.
Custom CNC Turning Eccentric Hollow Shaft for Aerospace Parts & Components at TDB Machining Tech
Eccentric shaft is a term for a CNC turning component that is typically fixed to the motor’s rotating shaft through an eccentric hole and whose axis of the outer circle and the outer circle are parallel but not coincident. The circumferential flow was brought on by the eccentric shaft’s eccentric recess pressure, which is different.
The eccentric hollow shaft produced by CNC machining differs from the eccentric solid shaft in that the hollow shaft has a larger diameter and takes up more room.
In comparison to solid shafts, hollow shafts are able to transmit more torque because they have a higher polar moment of inertia.
From prototype to production, TDB Machining Tech produces CNC-turned eccentric hollow shafts for the aerospace, mechanical, and other industries. Our CNC turning eccentric hollow shaft is made of nodular cast iron or common metal and has a machined surface finish.
Its center is offset from the axle’s. Servo motor shafts, aerospace drive shafts, laser shaft alignment, driven shafts for motors, horizontal shafts for cooled diesel engines, hollow eccentric shafts, precision aluminum shafts, machined brass shafts, linear drive shafts, and more are just a few examples of the high-quality CNC turning shafts available.
Main Specifications of Our CNC Machined Aluminum Parts Producing
TDB Machining Tech Precision CNC Machining, Turning Aluminum Parts
Dimension/Size:
1-25mm diameters or as per the customer’s requirements
Part Sizes and Tolerances:
Small features may be allowed in Turning Services, but the diameter in any region should not be less than 0.030 in (0.76mm). Sharp conical points are allowed; angles should be greater than 30 degrees. Walls thinner than 0.020 in (05mm) typically do not survive the machining process.
Tolerance standard level from 0.02 to 0.10 mm (0.001 to 0.04 in). For certain applications like with mold inserts, we can keep a tolerance of 0.005mm (0.0002 in).
Material Capabilities:
Aluminum, Brass/Bronze, Copper, Magnesium, Stainless Steel,..
Surface Treatment:
- Heat treatment
- Centerless grinding
- Winding plating
Certification:
Quality Assurance – Quality Certifications ISO 9001:2015 and AS9100 Certifications
Package:
Packed in a plastic bag with a carton for outer packing or as per the customer’s request
Process:
Applied software:
PRO/E, AUTO CAD, SOLID WORKS, IGS, UG, CAD/CAM/CAE
Application:
Aerospace spare parts, Household appliance components, Automatic transmission, and more.
Appearance Shape:
Round
Precision:
Surface finish to Ra1.6 and outside diameters within 0.0001” (2.5 µm) tolerance.
Inspection:
100% Inspected Before Delivery
Standard:
Nonstandard, JIS, DIN, ASTM, BS, SAE
Testing instruments:
Projection machine, Digital height gauge, Micrometer calipers, Caliper, Coordinate measuring machine.
Advantages of Our CNC Turning Eccentric Hollow Shaft
Eccentric hollow shafts are a versatile and efficient component that can be used in a variety of aerospace applications.
They offer several advantages over traditional solid shafts, including weight savings, improved efficiency, and ease of manufacturing.
One of the main advantages of making eccentric hollow shafts by CNC turning machines in aerospace applications is that we can help with precise parts, therefore reducing weight.
This is important because weight is a major factor in the performance of an aircraft. By reducing the weight of the shaft, engineers can improve the aircraft’s fuel efficiency and range.
Another advantage of using CNC Machining to produce eccentric hollow shafts is that they can help to improve the efficiency of components and of the aircraft’s systems as well.
For example, an eccentric hollow shaft can be used to create a more efficient driveshaft for an aircraft’s propeller. This can lead to improved fuel efficiency and performance.
At TDB Machining Tech, we can complete CNC turning service for eccentric shafts and shafts.
Materials come in a variety of types and grades.
Delivery on time and complete inspection before shipment.
High accuracy and flexible tolerances.
One-stop shopping from conception to delivery, with support for OEM/ODM.
We can help you cut costs because we have a lot of experience with CNC lathe turning machining and cutting-edge inspection tools.
Concentrating on offering products of excellent quality at a competitive price in response to customer demand and satisfaction.
Send us a detailed request, including information on the materials, sizes, shapes, and other specifications, preferably in the form of a CAD drawing, if you want customization services for precision shaft machining and other CNC-turned components.
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