Precision Brass Machining CNC Lathe Micro Turning Parts

The Precision Brass Machining CNC Lathe Micro Turning Parts we offer use brass as the main material. Brass is an alloy containing copper and zinc with good corrosion resistance and electrical conductivity. It is suitable for a variety of environments and conditions, especially in wet and corrosive environments. In addition, brass also has good mechanical properties and processing properties, making it suitable for CNC turning.

Specifically, brass has the following advantages in precision machining:

Corrosion resistance

Brass can form a dense zinc oxide layer on the surface, and this zinc oxide layer can prevent further oxidation of copper, thereby improving the corrosion resistance of copper and making it perform well in wet and corrosive environments.

Electrical conductivity

Brass has good electrical conductivity and is suitable for applications that require current conduction, such as wires and connectors in electronic devices

Good mechanical properties

Brass also has high strength and toughness, can withstand greater pressure and impact, and its processing performance is suitable for precision machining.

Processing performance 

Brass has good processing performance and can produce complex shapes and structures when precisely processed by equipment such as CNC lathes. It is also suitable for plastic processing such as stamping and bending.

Thermal conductivity

Brass has high thermal conductivity and is suitable for applications that require efficient heat dissipation, such as radiators and other heat exchangers.

Cost-effectiveness

Brass has a relatively low cost compared to other precious metals, making it suitable for large-scale production and applications.

Q: What are the main applications of these micro-machined parts?

A: These tiny parts are integral to a range of precision engineering applications, including industrial machinery, medical devices, optical equipment, and automotive systems. They are crucial for maintaining the efficiency and accuracy of these systems. For example, in industrial equipment, these micromachined parts are used in the internal components of precision machinery, such as gears, bearings, and seals, to improve the efficiency and longevity of the equipment. In medical equipment, they are used in the manufacture of surgical tools, medical instruments and diagnostic equipment to ensure that medical devices are accurate and reliable.

Q: What types of materials are typically used to make these micro-machined parts?

A：We are quite particular about the choice of material for these micromachined parts. The main material is brass, this thing is not only corrosion-resistant, there is also very good electrical conductivity, very suitable for precision machining. In addition to brass, we also use 12L14, 1215 these high-strength, high-toughness materials, as well as SUS303 stainless steel, their corrosion resistance is very strong, very suitable for those who need to be used for a long time. Depending on the needs of the project, we will choose the most appropriate material to ensure that each part is used to its fullest potential.

Q: What surface treatments do these micro-machined parts undergo?

A: These micro-machined parts undergo a series of surface treatments, such as zinc plating, nickel plating, and passivation. These treatments enhance the corrosion resistance of the parts, improve durability and aesthetics, and help ensure the service life and reliability of the parts.