CNC turning and milling: how to realize high precision machining of complex parts

Material Versatility:

Turned parts can be made from a wide range of materials, including 6061 aluminum, 303 and 316 stainless steel, brass, copper, bronze, titanium, and a variety of plastics. Depending on the specific application scenario, choosing the right material is critical.

Surface Finish and Accuracy:

These parts often require different surface finishes such as black anodized, lapped, sandblasted, satin polished, and more. This is done to improve corrosion resistance, appearance and functionality. Since high-precision machining is key, we strive to achieve typical tolerances of ±0.01 mm and surface roughness of around Ra 0.8.

Advantages of turn-mill technology:

Increased productivity and precision:

Turning and milling technology allows multiple machined surfaces to be machined in a single clamping. This reduces clamping and unloading times and greatly increases productivity. At the same time, we use advanced CNC systems and high-speed cutting tools to ensure high precision and good surface quality during machining.

Reducing the number of clamping times and saving space:

CNC turning and milling can reduce the number of clamping times, which helps to reduce the errors caused by multiple positioning, thus improving machining accuracy. Moreover, as one machine integrates multiple functions, it occupies less space and has lower maintenance costs.

Simplify the manufacturing process:

cnc turning and milling can complete most or all of the machining steps in one go, greatly shortening the product manufacturing process. We also reduce auxiliary production time and tooling production cycle during parts processing, which shortens the delivery cycle to a certain extent.

High adaptability and flexibility:

Turn-mill compound processing equipment can handle parts of various shapes. Our turning and milling compound machine tools are widely used and can meet the processing needs of various materials and shapes of workpieces. Simple operation and convenient maintenance: the machine is equipped with humanized operation interface and intelligent fault diagnosis system, which makes it simpler to operate and more convenient to use. The modularized design of the machine tool also makes maintenance more convenient.

Wide range of applications:

CNC milling and turning are used for parts that are complex and need to be very precise. These technologies are important in many industries.

In aerospace industry, the technology is used to manufacture parts that require extremely high precision, such as turbine blades, landing gear components and engine casings. We have used cnc turning and milling to make parts such as cam rods in drones. To meet the high performance demands of aerospace, we choose to use aluminum and anodize it.

In the medical industry, CNC milling is used to customize orthopedic implants. This is done to ensure that each component precisely fits the patient’s body structure.

In the electronics industry, it produces lightweight and durable industrial control panel housings. CNC milling is also required for air filter manufacturing, and OEM stainless steel parts are manufactured by milling, with common thread sizes including G-series and NPT threads.

In the automotive industry, we use CNC milling to machine critical components such as engine blocks, cylinder heads, transmission housings and brake disks. This ensures that they are efficient and highly accurate.

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