Por que o eixo de giro CNC da motocicleta e como escolher um fornecedor desejável para sua motocicleta?

Eixo de giro CNC da motocicleta

These are CNC turning motorcycle shaft produced by Swiss-typed machine. A shaft is a rotating machine element, usually circular in cross-section, which is used to transmit power from one part to another, or from a machine that produces power to a machine that absorbs power, like the motorcycle jackshaft. For the transmission of power, one end of the shaft is connected with power source e the other end is connected with the machine. The straight shafts are commonly used for transmitting the power.

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O que é o eixo?
Shaft is a fundamental element of a machine. It serves as a support in rotating parts like Engrenagens e roldanas e itself is supported by bearings resting in the rigid machine housing. The Engrenagens e roldana which is placed on shaft help in transmitting the motion. Many other rotating elements are mounted on the shaft by the help of key. They are subjected to bending moment e torque due to the reactions on the members which is supported by the shaft e torque due to the transmissão de energia. Os eixos são comumente projetados como barras cilíndricas escalonadas, o que se diz que eles têm vários diâmetros ao longo de seu comprimento, embora eixos de diâmetro constante sejam fáceis de produzir. Os eixos escalonados correspondem à magnitude da tensão que varia ao longo do comprimento.

Como escolher o material?
The material used for ordinary shafts is mild steel. When high strength is required, alloy steel such as nickel, nickel-chromium, or chromium-vanadium steel is used. Shafts are generally formed by hot rolling e finished to size by cold drawing or turning e grinding.

O material utilizado para os eixos deve ter as seguintes propriedades:

Deve ter alta resistência.

Deve ter uma boa mecanização.
Deve ter um fator de sensibilidade de baixo nível.

Deve ter boas propriedades de tratamento térmico.

Deve ter propriedades de alta resistência ao desgaste.

motorcycle shaft

The materials used for regular shafts are carbon steel of grade 40, 45, 50, e Stainless steel P17-4 e etc. The cnc turning motorcycle shafts we produced are 4140 wwith black zinc coating for corrosion resistance.

What's the application of shaft?

Indústria automotiva: In automobiles, shafts are used in engines, transmissions, e drivetrains. For example, the driveshaft transmits power from the engine to the wheels, while the camshaft controls the opening e closing of the engine's valves.
Indústria aeroespacial: In aircraft, shafts are used in engine components such as turbines e compressors, as well as in flight control systems such as ailerons e elevators.
Máquinas industriais: In industrial machinery, shafts are used in a wide range of applications, such as pumps, compressors, e conveyors.
Geração de energia: In power generation systems such as wind turbines e hydroelectric power generators, shafts are used to transmit mechanical power from the rotor to the generator.
Dispositivos médicos: In medical devices such as surgical instruments e implants, shafts are used to transmit motion e force between different components.

How to produce Shaft?
Overall, shafts are critical components in many mechanical systems e are essential for transmitting power e motion between different components. Their precise design e manufacturing are critical to ensuring that they operate reliably e efficiently. CNC Turning is one of the primary manufacturing techniques used for producing shafts due to its ability to create complex geometries with tight tolerances. The precision e solid steel shafts can be machined by Swiss-type machine. Swiss-type machine is a highly automated lathe, which can produce round e long parts, like shaft e pin, in one procedure. There are two spindles on a swiss-type machine e while one is cutting the material, the other one is in preparation, e as soon as the material ready, the secondary spindle will rotate e process the material. It's said that one end inputting the material e the other end outputting the finished product. For achieving concentricity e roundness, the rotating tools should be facing each other in centerline. It’s highly a aautomated e accurate. Transmission shafts e motors are usually made by this process. Learn more about our CNC lathe production capability.
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