Albero ingranaggio elicoidale di precisione lavorato a CNC per la trasmissione di potenza

Asse di cambio
August 07, 2025
Category Connection: Asse di cambio
Brief: Discover the Precision CNC Machined Helical Gear Shaft, designed for efficient power transmission in industrial applications. Featuring high transmission efficiency, customizable helix angles, and durable heat treatment, this gear shaft is ideal for cranes, mining machinery, and more. Learn about its advanced CNC machining and superior performance.
Related Product Features:
  • High transmission efficiency with smooth meshing process for minimal energy loss.
  • In grado di trasmettere grandi carichi di potenza, superando gli alberi a ingranaggi cilindrici delle stesse dimensioni.
  • Customizable helix angle (5°-45°) to adjust transmission efficiency and axial force.
  • L'elaborazione CNC di precisione garantisce prestazioni accurate e affidabili.
  • Heat-treated with carburizing for enhanced durability and surface hardness (58-62HRC).
  • Polished surface finish for reduced friction and improved longevity.
  • Widely used in cranes, mining machinery, and other high-power transmission systems.
  • Custom-made options available with various gear profiles and specifications.
Domande frequenti:
  • What is the advantage of a helical gear shaft over a spur gear shaft?
    Helical gear shafts offer higher transmission efficiency and can transmit more power under the same size due to their smooth meshing process and gradual force distribution.
  • How is the transmission efficiency of the helical gear shaft adjusted?
    The transmission efficiency and axial force can be adjusted by changing the spiral angle, which is customizable between 5° and 45°.
  • What industries commonly use helical gear shafts?
    Helical gear shafts are widely used in transmission systems of cranes, mining machinery, and other equipment requiring efficient high-power transmission.
  • What heat treatment methods are applied to the helical gear shaft?
    The helical gear shaft undergoes carburizing heat treatment, resulting in a surface hardness of 58-62HRC for enhanced durability and performance.