What you should know about machined parts

Machining a part is the process of cutting raw materials to fit a specific size. In fact, the final shape, size or design is achieved by removing material. The process of using materials to remove machined parts is called subtractive manufacturing. Machined parts are most of the items we rely on every day. They range from relatively simple designs to parts that need to be machined on each surface with a variety of tools in precise locations. Without the proper technology or experience, it can be difficult to manufacture these custom components quickly and cost-effectively.

Multi-axis / multi-spindle machining

Multi-axis machining refers to the functions of turning, cross-drilling, milling and engraving of workpieces on the same machine. Additional spindles allow machining on the back of the part.

Here are some key aspects that illustrate the use of mechanical parts in any industrial setting;

Wide range of matching materials

Through the application of CNC machining process, machining parts can choose almost all types of manufacturing materials. Including dozens of engineering plastics and metal materials that can be used for CNC processing, which is an unobtainable advantage compared with other processing methods.

What's more, most CNC parts are processed using advanced CNC machining, which has some detectors for internal quality assurance.

Guaranteed quality, extremely accurate

Machining parts using CNC technology. They are usually very reliable. It is worth noting that there are three aspects attributed to the machining accuracy of all CNC parts: including dimensional accuracy, position accuracy and shape accuracy. However, due to other factors such as processing tolerances, the size, shape, and surface of items processed under the same conditions may not be the same. Even if tolerances are unavoidable, they should be within the allowable range. Therefore, there is a need to improve the factors that affect the tolerances of CNC machined parts. By improving design, machining accuracy and training CNC system machinists.

Verification is more reliable

With CNC machining services, parts can be machined using end-use design materials to reach the final machining prototype. Compared with 3D printed prototypes, CNC-processed prototypes can use the final design materials to meet the authenticity of prototype functional verification. In addition, the CNC machining of prototype parts can achieve very high accuracy, which can meet the verification of product size and fit. CNC-machined prototypes with superior surface quality provide a high-quality prototype appearance for display or market research.

Time is valid

Unlike other high-precision parts, CNC machined parts are pre-engineered and easy to assemble. For example, if a particular industry requires machined parts for manufacturing purposes, you can place an order for this. In addition, you can customize it, especially if precision CNC parts are required. If you are looking for a specialized component that meets your manufacturing needs, you can improve the experience by accelerating assembly, saving money and the length of CNC processing services. All you need is machined parts from the latest CNC technology.

Can be easily customized

This is a real advantage, even if it is not a big advantage of CNC machining tools. For example, a diamond tool is used for CNC machining of aluminum parts. Here, the tool will perfectly complete customized aluminum parts with precise precision, and it has a very good light reflection effect for optical purposes. In addition, for plastic parts that require transparency, diamond tools can also process machined parts, which has a better final polishing effect.

No minimum quantity

What makes the CNC machining process special is that the customer has very clear flexibility when choosing an order. For example, it doesn't make sense to limit the minimum amount that should be purchased, because not everyone needs hundreds. Forcing customers to buy 1,000 piston seals when the number of seals required is 50 is incorrect. However, CNC processing technology can easily select buffet parts with different sizes and varieties without incurring unnecessary costs.

There are multiple applications

Thanks to precision CNC machining, it can produce custom machined parts even with complex designs. In addition, parts can be machined from metal, wood or plastic, and the process is thorough or even perfect.