Why are CNC precision machined parts so important in manufacturing?

Most of the products and high-tech products used in our daily life can be manufactured by precision machining, of which bj processing also has a processing strength that cannot be underestimated. Precision machining refers to the cutting, turning, milling and other processing of large pieces of material to produce more accurate parts.

Computer numerical control equipment can be used to manufacture these precision machined parts. The parts being machined are composed of precise conditions and more complex features. These various small functions that perfectly match other functions make up the functional part.

Small features may include:

Step 1: Taper

2. Threads

3: Slot

4. Holes

Because CNC devices can produce these parts, there is almost no error, resulting in more accurate parts.

Due to its high precision and precision, it shows high performance and normal function and can be used to manufacture various parts in various industries.

How to manufacture CNC precision machining parts?

Manufacturing CNC precision machined parts requires complex, advanced machinery and different types of tools. If you want to carry out equipment manufacturing, you need very skilled and professional operators.

CNC precision machined parts can be manufactured under controlled and safe conditions and with higher supervision. Here is the complete process for manufacturing CNC precision machined parts.

Step 1

The manufacture of CNC precision machined parts begins with the formation of a sketch or drawing and the selection of raw materials of the correct size.

Experienced engineers get inspiration from sketches of parts. The painting is identical to the final product. Any mistake in the sketch can lead to an unsatisfactory finished product.

Therefore, the sketches are carefully designed to prevent any defects and errors in manufacturing. A sketch of a part is usually drawn using computer-aided design software.

Step 2

Engineers draw 3D drawings on the basis of sketches and use AutoCAD software to draw 3D drawings.

Step 3

After the mechanic makes the three-dimensional drawings, the part design is entered into a computer-aided manufacturing program or CNC machine tool, and the raw materials are removed by the computer to produce more precise and accurate parts.

Step 4

The computer software can provide instructions to the machine, and the machine can finely cut the parts according to the instructions, with high precision and precision.

Step 5

Finally, precision parts with desired characteristics are produced. Hundreds of similar parts are created through this precision machining process. The tolerance range of the finished product is 0.01mm ~ 0.05mm, the specification is accurate.