CNC Machining of Motor Shaft

The process of hardware processing involves the use of various machines such as lathes, drilling machines, milling machines, and polishing machines to turn raw materials like stainless steel, copper, aluminum, and iron into useful parts according to customers' specifications or samples. These parts can include screws, fishing tackle accessories, model car parts, motor shafts, speaker product shells, mobile power shells, and more. Essentially, hardware processing is the art of converting raw materials into functional parts that serve different purposes depending on their intended use.

The process of hardware processing involves precision cutting of various materials based on the needs of production. Once the required size is obtained, punching machine is employed to create small parts, which are then subjected to gong cutting or CNC machining. This process is commonly used in the production of auto parts and eyeglass components.
Containers, on the other hand, require an additional welding, sanding and oil application process after cutting and punching of the material. Then, accessories are assembled before shipment. In the case of small hardware accessories, a lot of focus is on surface treatment such as polishing, electroplating or oil spraying. The finalized products are assembled through welding or screwing, and then packed for shipment. Overall, the hardware processing process is a multi-step operation that requires precision and attention to detail in order to produce high quality products.

The processing of hardware surfaces can be categorized in various ways, such as metal painting processing, electroplating, surface polishing processing, and metal corrosion processing. Each of these subfields specializes in a different aspect of hardware surface treatment, such as enhancing durability, adding decorative coatings, or preventing corrosion. By utilizing different techniques, manufacturers can customize the surface finish of their hardware products to meet specific needs and requirements.
Surface processing of hardware parts:
Hardware factories utilize painting processing as a means of producing high-quality hardware products. The process of painting provides a durable coat that protects against rusting and other forms of environmental damage. This technique is particularly useful for creating large-scale items such as electrical casings, daily necessities, and handicrafts. The end result is a finished product that not only looks great but is also built to last.
Electroplating is a widely used technology in the realm of hardware processing. This procedure involves the application of a layer of plating on the surface of hardware components through modern techniques to prevent the products from getting damaged due to corrosion or any other adverse impacts. There are several hardware parts that undergo electroplating, including screws, batteries, stamping parts, trinkets, car parts, and many more. It is an effective method that helps to prolong the life of hardware products and enhance their overall durability.
Surface polishing is a crucial process that has been utilized in the manufacturing of everyday items for a significant period. Take, for instance, the production of combs, which involves the hardware being shaped through stamping. However, the corners of the stamped comb tend to be extremely sharp. In order to ensure user safety and prevent any potential harm, it is imperative to polish these sharp edges and transform them into smooth surfaces. This allows for a comfortable and hazard-free experience when using the comb in everyday life.

The lathe is the equipment used for basic machining of the outer circle in metal processing through the process of turning. This process is a primary method in machinery factories, accounting for approximately 40% of all machine tools. Turning is widely used for rough machining and semi-finishing the outer cylindrical surfaces of different materials. It is also the final finishing method for materials that are unsuitable for grinding.

When producing small batches of a single item, the outer circle is usually turned on a regular lathe. However, for mass production, multi-tool semi-automatic or automatic lathes are commonly utilized. In order to process large disk parts, it is best to use a vertical lathe. Heavy-duty horizontal lathes are typically used for turning large, long-shaft parts.

The outer circle turning characteristics are as follows:
The simplicity and ease of manufacturing, sharpening, and installation make this tool extremely user-friendly.
The stability of the cutting process and the minimal fluctuation of cutting force make it possible to increase productivity by adopting high cutting speeds. This aspect is quite advantageous since it guarantees a continuous cutting action without any obstacles.
3. The machine tool has good versatility, and can process outer circle, end face, inner hole, thread and chamfer in one clamping. The mutual position accuracy between each surface is easy to guarantee;
4. Suitable for finishing of non-ferrous metal parts.

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