Hansheng Automation (Dongguan) Co., Ltd. is one of the most experienced manufacturers and suppliers of metal turned parts in China. If you're going to wholesale bulk cost-effective metal turned parts made in China, welcome to get pricelist and quotation from our factory. Also, customized service and OEM&ODM service are available.
Hansheng Automation has been manufacturing and developing precision components for over a decade.It offers a wide range of metal turned parts and its metal turned parts are favored by various industries for their superior performance and reliable quality. With continuous technological advancements, Hansheng Automation will explore more possibilities in the field of turning machining, providing customers with high-quality metal turned parts.
Product Features
High-precision processing
Compared with other metal processing methods, turning processing has higher precision. Through the precise control of lathes, sub-millimeter processing accuracy can be achieved. It can meet the requirements of fields which need high-precision metal parts, such as aerospace and medical equipment.
Strong ability to process complex metal parts
Turning can process metal parts of various complex shapes. By rationally selecting cutting tools and tool paths, turning processes can produce complex geometric shapes. It has wide adaptability and can meet the requirements of different industries.
High production efficiency
The speed of turning processing can be increased through appropriate cutting parameters and process optimization. In addition, during the turning process, multiple tools can be used simultaneously, reducing the frequency of tool changes and enhancing production efficiency. Turning processing can perform high-speed rotary cutting and cut materials by using a high-speed rotating tool. It can quickly remove unnecessary parts and form the required shape. It supports automatic loading and unloading, improving production efficiency.
High flexibility
Turning processing can be adjusted according to the requirements of different metal turned parts. For example, different materials and metal parts can be adapted by adjusting parameters ,such as the cutting speed and feed rate of the tool.
Large cutting force
During turning operations, the cutting force exerted by the tool on the metal turned parts is relatively large. It will reduce the wear of the cutting force on the tool and prolong the service life of the tool by rationally choosing the material and shape of the cutting tool,
Good processing effect
Turning processing can achieve good surface quality and roughness. A surface with a relatively high degree of smoothness can be obtained by choosing appropriate cutting parameters and tools . It can meet the surface requirements of specific metal parts. After turning, the metal surface usually has a high degree of smoothness and is suitable for subsequent surface treatment.
Diversified surface treatment
After turning, the metal surface can perform surface treatments such as spraying, polishing, pearlescent treatment and heat treatment.
Batch processing
Turning processing can achieve large-scale batch processing. Through automated equipment and processes, continuous and efficient batch production can be achieved which enhance production efficiency and product quality. Turning processing is suitable for multi-variety and small-batch production and can make samples quickly.
Products Description
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Parameter | Specification & Capability |
| Precision | Standard turning: ±0.01mm, Precision turning: ±0.005mm | |
| Material Selection | Common materials include stainless steel, brass, aluminum alloy, and carbon steel. | |
| Surface Treatments | Milling and grinding, sandblasting, galvanizing, anodizing, powder coating |
Process
Install the cutting tools and materials
First, install the cutting tools and materials used for turning. It must be installed firmly and thoroughly to ensure that it does not loosen during processing. If the installation position is offset, it will lead to a decrease in accuracy. Therefore, it is very important to implement high-precision positioning.
Rough machining
Then, rough machining is carried out. It turn out the approximate shape of the product. This process does not require very high precision, but it is necessary to be careful not to turn too much. In addition, The rotational state of the material and the occurrence of chips need to be noticed.
Fine processing
After rough machining and turning to roughly shape the product, fine machining is carried out finally . As high precision is required, close attention should be paid to the rotational speed and feed rate during the finishing process. If burrs occur, it is necessary to carefully remove them with a file without damaging the machined surface.
Application


Landing gear, turbine blades, and structural components.

Surgical instruments, implants, and diagnostic equipment.

Connectors, housings, and heat sinks.

Shafts, gears, and hydraulic components.
FAQ
Q: Why should CNC turning be used for metal parts?
A: Precision: CNC machines can achieve strict tolerances (typically within ±0.005 millimeters).
High efficiency: Automatic tool changing and continuous operation reduce production time.
Versatility: Capable of processing complex geometric shapes such as threads, grooves and conical surfaces.
Material flexibility: Suitable for steel, aluminum, brass, titanium and special alloys.
Q: What are the key elements of CNC metal turning parts?
A: CNC metal turning parts are precision engineering components produced by computer-controlled lathes. Its structure usually includes:
Base material: The original metal raw materials that form the foundation of the component (such as aluminum, steel, brass)
Machining features: Geometric shapes created through turning operations (such as diameters, threads, grooves)
Surface treatment: The final texture achieved through cutting parameters or post-processing
Tolerance zone: Precisely control dimensional changes to ensure correct installation
Q: Can environmental factors affect CNC metal turning parts?
A: Yes! Humidity, temperature fluctuations and particulate matter in the air can all affect the quality of components. If necessary, please use a constant-temperature workspace and protective coating. In addition, during storage or transportation, avoid exposing the components to corrosive chemicals or overly humid environments.
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