Aluminum CNC Turning Parts
We focus on the design and manufacturing of small, complex precision stamped components, boasting a team of engineers with 14 years of stamping experience.
- Product Introduction
CFY is a professional CNC turning manufacturer specializing in the production of cnc parts, precision stamped parts, aluminum cnc turning parts. We focus on the design and manufacturing of small, complex precision stamped components, boasting a team of engineers with 14 years of stamping experience. From prototype to production, our team can provide you with the optimal stamping solutions. In our time helping clients with creating products and parts we've seen and done it all. Experience & expertise is important when it comes to manufacturing products.
About CNC Turning
Turning is a process of cutting materials into a cylindrical shape, typically using a CNC lathe. The workpiece is placed within the lathe and rotated, while a cutting tool removes material until the desired shape is achieved.
Turning is well-suited for cylindrical parts and is primarily performed using round bar stock, although square and hexagonal stock can also be used.
The primary objective of CNC turning is to machine parts with shapes that can be formed by advancing a cutting tool into a rotating raw material bar. Turning is also employed to reduce the diameter of a workpiece to the desired size. Lathe turning is commonly used for shaping metals or wood. CNC lathes are widely utilized in metalworking, woodworking, and metal spinning processes. CNC lathes can produce precise cylindrical shapes, typically with accurate outer diameters (OD) and inner diameters (ID).
Aluminum CNC turning parts
Aluminum CNC turning parts are custom-machined components manufactured using a CNC turning center. A CNC turning center is a type of CNC machine tool that, while employing a single-point cutting tool, rotates the workpiece. Utilizing a CNC turning center enables the precise machining of aluminum parts and the creation of complex shapes and features. These aluminum components find applications across various industries, including aerospace, automotive, and medical, where precision and reliability are crucial
Manufacturing Advanced Designs with Turning and Milling Capabilities
CNC turning and CNC milling are the two most common machining processes used for the production of custom-machined parts. CNC turning involves the rotation of the workpiece relative to the cutting tool on a lathe to create cylindrical shapes, while CNC milling employs cutting tools rotating around the x, y, and z axes to create three-dimensional shapes. Some advanced 3D CAD models may include both turning and milling features, allowing these two manufacturing processes to be combined in sequential steps, machining raw materials into precise and high-quality finished products.
Secondary Surface Finishing Processes
CNC lathe production may involve various secondary finishing processes to ensure that metal parts achieve the desired surface quality after the machining process is complete. Secondary finishing services can include deburring, grinding, polishing, anodizing, painting, and electroplating. Deburring helps remove any sharp edges or burrs, while grinding and polishing enhance the surface smoothness of the metal. Anodizing and electroplating can improve the metal's strength, wear resistance, and corrosion resistance. If the machined parts are metal, painting or powder coating can be used to add color to the components.
Product details:
Packing Details : Carton, Wooden case, pallet, or according to the customers' requirements.
Delivery Detail: 25-35 days by sea, 3-7 days by air
FAQ
Q: How can I reduce my manufacturing costs?
*Utilize popular materials and explore different types of pricing.
*Harder materials (such as steel and stainless steel) tend to be more expensive than softer materials (such as aluminum, plastics, etc.).
*Opt for 2D parts made from sheet material rather than 3D parts made from block material. Stack 2D parts or bend them to create 3D shapes.
*Maximize part functionality to reduce the variety of parts.
*Increase quantities to lower the cost per part.
*Apply the loosest applicable tolerances.
Q: What are your tolerances for machined parts?
The local tolerance for most metal geometries is +.005"/-.005", and for plastics, it is +/- 0.010". Tolerances for large parts may vary, especially in maintaining flatness for large components after heat treatment.
The surface finish for "Milling Operations" on CNC parts is a minimum of 125.
All manufactured parts have tolerances of ±0.010" for dimensions and ±1° for angles.
Threaded holes, not explicitly defined as features on the referenced CAD model, can be machined to the specified diameter in the model.
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