CNC Turned Components

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CNC Turned Components Specification

Method
CNC Turning

Weight
Variable as per Design

Shape
Round, Custom as per Drawing

Thread Type
Metric / UNC / UNF / BSP

Load Capacity
Depends on Material & Dimension

Coating
Nickel Plated / Zinc Plated / As Required

Machine Type
CNC Turning Center

Cutting Speed
Up to 4000 RPM

Hardness
Up to 60 HRC

Accuracy
0.01 mm

Type
Turned Component

Material
Stainless Steel, Mild Steel, Brass, Aluminum

Tolerance
0.01 mm

Surface
Polished / Smooth Finish

Use
Industrial Engineering / Machinery

Application
Automobile, Aerospace, Electrical, Medical, and General Engineering

Usage & Applications
Used in Assembly of Mechanical Parts

About CNC Turned Components

Leveraging on our years of experience, we have been committed to manufacture and export a comprehensive range of CNC Turned Components. These components are engineered with the help of our efficient professionals, who have years of experience in this field. Our offered components are made available in different sizes and grades that clients can avail as per their variegated needs. These CNC Turned Components are widely used for engineering and industrial applications.

Striking features:

Durable
Simple to fit
Corrosion resistant
Compact design

Precision and Versatility

With a manufacturing tolerance of 0.01 mm, our CNC turned components deliver exceptional precision. Adaptable to numerous applications, they are utilized across key industries, including automotive and medical engineering. Each component is tailored to meet intricate design requirements while maintaining high consistency and repeatability in production.

Superior Surface Finish and Coating Options

All components feature a smooth, polished surface and can be finished with nickel or zinc plating as per customer specifications. Special finishes enhance corrosion resistance and extend the service life of each product, ensuring peak performance and durability under demanding conditions.

Custom Engineering Solutions

Our expertise enables us to manufacture components in both standard round shapes and intricate custom geometries. From metric to UNC, UNF, and BSP threads, we offer flexible solutions to fit diverse engineering assemblies. Each order is crafted according to customer-supplied drawings and specifications.

FAQs of CNC Turned Components:

Q: How are CNC turned components manufactured to achieve high accuracy?

A: CNC turned components are produced using state-of-the-art CNC turning centers that ensure high precision, maintaining tolerances as tight as 0.01 mm. The computerized control system enables exact replication of complex geometries, providing consistent quality for industrial applications.

Q: What materials and surface finishes are available for these components?

A: We manufacture components from premium materials, including stainless steel, mild steel, brass, and aluminum. Surface finishing options include polished, smooth surfaces and additional coatings such as nickel plating and zinc plating, based on application requirements.

Q: Where are CNC turned components typically used?

A: Our components are widely used in the assembly of mechanical parts within the automobile, aerospace, electrical, medical, and general engineering sectors, thanks to their strength, resilience, and precise manufacturing standards.

Q: What is the process for customizing CNC turned components?

A: Customers provide detailed drawings and specifications, allowing our engineers to produce components in custom shapes, sizes, and thread types. Each part is tailored to meet specific project needs, ensuring optimal fit and performance in the target assembly.

Q: When should I consider nickel or zinc plating for my components?

A: Coating selection depends on the components environment and desired protection. Nickel or zinc plating enhances corrosion resistance and extends longevity, making it ideal for harsh or high-wear conditions.

Q: What is the benefit of using CNC turning over traditional machining?

A: CNC turning offers higher precision, repeatability, and efficiency compared to traditional methods. It enables the production of intricate designs with quicker turnaround times and less manual intervention, reducing error rates.

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