CNC Turning has important applications in the transportation industry:
Axis parts:
Transmission shaft: used for transmitting power, its cylindrical surface and shaft shoulder require high accuracy, and the smoothness of the transmission is ensured through CNC turning.
Half shaft: connecting the wheels and differential, CNC turning can ensure its precise dimensions and good surface quality.
Engine parts:
Piston pin: requires high-precision cylindrical surface and chamfering at both ends to reduce friction and wear.
Camshafts: Complex cam profiles and journals are typically completed through turning and subsequent grinding.
Braking system:
Brake drum: The machining accuracy of the inner cylinder surface affects the braking effect, and CNC turning can meet its requirements.
In the production of automotive transmission shafts, CNC Turning can manufacture transmission shafts with extremely low surface roughness and extremely high cylindricity, effectively reducing vibration and noise, improving transmission efficiency and service life.
Motorcycle industry:
Axles and bushings: provide stable support and rotation for the operation of motorcycles.
Front wishbone: bears the weight and steering force of the vehicle, and precise turning ensures its performance.
In the field of motorcycle manufacturing, CNC Turning can be used to produce key components such as crankshafts and connecting rods in engines. Taking the crankshaft as an example, its complex shape and high precision requirements can only be efficiently and accurately achieved through CNC Turning, thereby ensuring the efficient operation of the engine.
Aircraft engine parts:
Turbine shaft: Working in high temperature and high pressure environments, high-precision turning ensures its reliability.
For aircraft manufacturing, CNC Turning plays a crucial role in processing landing gear components, engine shafts, and other aspects. Some axle components in the landing gear require extremely high precision and strength, and CNC Turning can meet these strict requirements to ensure safe takeoff and landing of the aircraft.
In the field of rail transit:
Wheel axle: Carrying the enormous weight of the train, strict dimensional and positional tolerances are achieved through CNC turning.
In the shipbuilding industry, CNC Turning can be used to process large shaft components such as propeller shafts and rudder shafts. These parts have large dimensions and high precision requirements, and their quality and performance can be guaranteed through CNC Turning.
CNC Turning, with its high precision, efficiency, and reliability, provides important technical support for the development of the transportation industry, effectively promoting the performance improvement and safety guarantee of transportation vehicles.