Fine-processed parts have the following significant advantages:
Improve accuracy and precision
It is able to control the dimensional tolerance of parts within a very small range, ensuring more precise fit between parts. For example, in the manufacturing of automotive engines, fine-processed pistons and cylinders can achieve a tighter fit, improving combustion efficiency and power output.
Reduce errors, enabling the shape and position accuracy of parts to reach higher standards. For instance, in the aerospace field, fine-processed wing parts can ensure the stability and safety of the aircraft during high-speed flight.
Improve surface quality
Obtain a smooth and flat surface, reducing surface roughness. This not only reduces the friction coefficient and extends the service life of the parts. For example, the surface of fine-processed bearings can reduce wear and improve the smoothness of their operation.
Improve the corrosion resistance and fatigue strength of parts because a smooth surface is not prone to accumulate dirt and moisture, thereby reducing the occurrence of corrosion.
Enhance mechanical properties
Through precise processing techniques, internal stress is eliminated, and the strength and hardness of parts are improved. For example, in mechanical manufacturing, fine-processed gears can withstand greater loads.
Optimize the organizational structure of parts to make them have better toughness and ductility. For instance, in mold manufacturing, fine processing can prevent molds from breaking easily during repeated use.
Improve reliability and stability
Ensure that parts can operate stably under various working conditions and reduce the probability of failure. For example, in the field of medical devices, fine-processed components can ensure the accurate diagnosis and treatment of equipment.
Make parts of the same batch have a high degree of consistency, facilitating subsequent assembly and maintenance.
Meet complex design requirements
It is capable of manufacturing parts with complex shapes and structures to meet the demand for innovative designs in modern industry. For example, the combination of 3D printing technology and fine processing can produce parts with unique geometric shapes.
Achieve the processing of features such as high-precision holes, slots, and threads to meet various functional requirements.
In conclusion, fine-processed parts play a crucial role in improving product quality, performance, and reliability and are an indispensable link in modern manufacturing.
Product mainly used: Telecommunication (power, main plates), audio converters and dividers (partials),
Audio amp, automotive electronics products, speaker, Horn.
By: ISO 9,001:2015certification, SGS environmental certification, comply with the REACH regulations.
