CNC Machining Mild Steels

 Unleash the boundless potential of low-carbon steel with Flourish Legend Company, and experience the unique advantages of our processing capabilities. With our physical CNC machining factory equipped with state-of-the-art equipment, we guarantee efficient handling of various large-scale low-carbon steel component projects. Whether you require intricate structures or precision parts, our professional team will provide you with fast quotations, ensuring a perfect match for your needs.

 

We always ensure on-time delivery and strictly adhere to agreed-upon schedules. Irrespective of the project's size, we are committed to meeting your expectations with efficient workflows and professional project management.

 

Basic Knowledge and Considerations of CNC Machining of Low Carbon Steel

1. What is Low-carbon Steel?

Low-carbon steel, also known as mild steel, is a type of carbon steel with a carbon content below 0.25%. It is characterized by its low strength, low hardness, and ductility, hence the name "mild steel." It includes the most common carbon structural steels and some high-quality carbon structural steels. Low-carbon steel is often used for engineering structural components without undergoing heat treatment, while some are carburized and heat-treated for wear-resistant mechanical parts.

 

The annealed microstructure of low-carbon steel consists of ferrite and a small amount of pearlite, resulting in low strength and hardness, but good plasticity and toughness. Therefore, it exhibits excellent cold formability and can be processed through methods like edge rolling, bending, and stamping. It also possesses good weldability. Low-carbon steel generally refers to steels with a carbon content between 0.10% and 0.25%. Such steels have low hardness and good plasticity, making them suitable for cold plastic deformation processes, welding, and custom metal cutting. Low-carbon steel is widely used in various applications, including the manufacturing of metal sheets, wire, structural shapes, chains, rivets, bolts, and shafts. Its applications span industries such as construction, automotive, and manufacturing.

 

2. Three Common Steel Processing Techniques

During precision CNC machining of steel components, various methods are often employed to improve the machinability of the steel or enhance its hardness or strength after processing. The following are three common steel processing techniques:

 

In summary, steel is a widely used material offering numerous options in terms of properties and processing techniques. The choice of steel and its treatment depends on the specific requirements of the final product. Flourish Legend can provide CNC services for steel components you wish to create. If you have any related requirements, please contact us or visit our website for more information.

 

Custom CNC Machining Mild Steel Parts

Low carbon steel refers to steel with a carbon content lower than 0.25%, where carbon is the primary alloying element. Due to its excellent machinability, it is widely used in the following industries

 

Unleash the boundless potential of low-carbon steel with Flourish Legend Company, and experience the unique advantages of our processing capabilities. With our physical CNC machining factory equipped with state-of-the-art equipment, we guarantee efficient handling of various large-scale low-carbon steel component projects. Whether you require intricate structures or precision parts, our professional team will provide you with fast quotations, ensuring a perfect match for your needs.

 

We always ensure on-time delivery and strictly adhere to agreed-upon schedules. Irrespective of the project's size, we are committed to meeting your expectations with efficient workflows and professional project management.

 

Advantages of CNC Machining Low milling mild steel

High Precision

High Precision: CNC mild steel machining utilizes computer control systems for automated operations, allowing for highly precise machining processes. For materials like low carbon steel, CNC machining including CNC 5 axis machining provides extremely accurate dimensions and geometric shapes, ensuring the precision requirements of the parts are met.

 

High Efficiency

High Efficiency: CNC machining is a highly efficient method of production. Once the machining program is created, it allows for quick replication and repetitive machining of identical parts, thereby improving production efficiency. Additionally, CNC machines can perform multiple machining steps simultaneously, further enhancing processing efficiency.

 

Automation and Accuracy

Automation and Accuracy: The CNC machining process is computer-controlled and offers a high level of automation. Operators only need to set up and monitor the process, reducing the impact of human factors and improving machining accuracy and consistency.

 

Complex Machining Capability

Complex Machining Capability: CNC machining is suitable for various complex geometries and structures. Low carbon steel can be precisely cut, etched, and drilled using CNC machines, enabling the machining of intricate parts and meeting high-demand design requirements.