The parallel axis helical gear motor adopts a helical gear meshing design, which has the following significant advantages compared to traditional spur gear motors:

1. Higher transmission efficiency: The meshing method of helical gears increases the contact area of the gears, making the transmission smoother and reducing energy loss. Efficiency can be improved by 5% -10%.

2. Lower operating noise: The progressive meshing of helical gears effectively reduces the impact and vibration during gear meshing, making the motor run quieter and suitable for noise sensitive application scenarios.

3. Stronger load-bearing capacity: The helical structure of helical gears allows them to withstand greater torque in the same volume, making them suitable for high load, high-precision industrial equipment.

4. Longer service life: The optimized gear meshing method reduces wear, extends the service life of the motor, and reduces maintenance costs.

Parallel axis helical gear motors have been widely used in multiple industries due to their high performance and reliability, including:

• Industrial automation: used for robotic arms, automated production lines, CNC machine tools, etc., providing high-precision and high stability power output.

• Logistics and warehousing: play an important role in AGV (Automated Guided Vehicles), conveyor belt systems, and sorting equipment to improve logistics efficiency.

• New energy industry: applied to wind power variable pitch systems, solar tracking devices, etc., to meet high torque and low noise requirements.

• Medical equipment: Ensure smooth and low-noise operation in high-end equipment such as precision medical instruments and surgical robots.

With the increasing demand for intelligent manufacturing and energy conservation and environmental protection, the parallel axis helical gear motor market is experiencing rapid growth. According to industry analysis agencies, the compound annual growth rate (CAGR) of the global gear motor market is expected to exceed 6% from 2023 to 2028, with helical gear motors accounting for a significant share due to their technological advantages.