Helical Gear – Module 1.0 – 20T – 8mm Bore

Smooth, Quiet, and Built to Last:

Introducing the Helical Gear – Module 1.0- 20T – 8mm Bore

Experience the difference in power transmission with our state-of-the-art Helical Gear Module 1.0. Designed to outperform traditional spur gears, this precision-engineered component boasts a unique helical tooth profile that sets it apart from the competition.

In the realm of CNC machines, the choice between helical and spur gears significantly impacts performance and efficiency. Helical gears, distinguished by their angled teeth spiraling around the gear axis, offer distinct advantages over traditional spur gears.

Helical gears ensure a quieter operation and minimal vibrations due to their smoother engagement, vital for CNC machines demanding precision and accuracy. This characteristic facilitates smoother motion control and minimizes disturbance during operation.

Their helical design provides a larger face width compared to spur gears of the same module, enabling more efficient load distribution. This wider contact area reduces wear and tear on other components and ensures consistent performance over prolonged usage. This is critical for CNC machines requiring repetitive, high-precision movements.

Unlike spur gears with sudden tooth engagement, helical gears facilitate gradual engagement as they rotate. This even distribution of loads across the tooth surface reduces stress concentrations, enhancing durability. In CNC machines handling heavy workloads and frequent gear engagement, this feature translates to smoother operation and prolonged gear life.

Helical gears boast a higher contact ratio compared to spur gears, resulting in lower bending and compression stress during engagement. This characteristic enhances the gear’s torque-carrying capacity, making it suitable for high-torque transmission applications like CNC machines. With the ability to withstand greater loads and stresses, helical gears ensure reliable performance in demanding machining tasks.

In essence, the utilization of helical gears in CNC machines offers numerous benefits, including reduced noise and vibrations, enhanced load distribution, smoother engagement, and increased torque-carrying capacity. These advantages not only improve machine performance but also contribute to prolonged gear life and overall operational efficiency, making helical gears the preferred choice for precision engineering applications like CNC machining.

Why Choose The Helical Gear – Module 1.0 – 20T – 8mm Bore?

• • • Standardized Shaft & Mounting
      The helical pinion is designed for use with 8mm diameter shafts. It features two M5 threaded mounting holes to allow for secure attachment to the shaft. Additionally, the package includes two M5 set screws that are 5mm long to facilitate the installation process.

   

  • • Top Quality Material & Finish
      This helical pinion is manufactured from hardened C45 steel, which provides excellent wear resistance and durability. The surface is finished with a black oxide coating to protect against corrosion.

   

  • • Tried & True Design
      The helical gear design is a key feature of this pinion. The angled teeth create a smoother and more gradual engagement between the pinion and its mating gear. This results in reduced noise and vibrations, as opposed to the more abrupt engagement of traditional spur gears. Additionally, the durable construction from hardened steel and the easy-to-install design with M5 mounting holes and set screws contribute to the overall quality and convenience of this helical pinion.

   

   

• High Performance
  The helical tooth design offers several performance advantages. The gradual engagement of the teeth helps to distribute the load more evenly, leading to reduced noise and vibrations during operation. Additionally, the helical configuration allows for a higher contact ratio between the pinion and gear, which translates to a higher torque-carrying capacity compared to spur gears of the same size.