Low-Noise Grinding Bevel Gear with Extra-Long Shaft and ISO 4-6 Grade Accuracy for High-Efficiency Transmission

Low-Noise Grinding Bevel Gears with Extra-Long Shaft for Efficient Transmission

This precision-grinding orthogonal gear set with an extra-long integral shaft is engineered for high-performance industrial drive systems that require exceptional accuracy, stability, and durability. Manufactured with advanced grinding technology and produced under ISO 17485:2006-6 standards, the gear set delivers superior meshing quality, reduced noise, and high transmission efficiency—making it suitable for demanding machinery applications.

This gear assembly consists of a spiral bevel gear pair (Z = 44:11, Modulus 3M) combined with a one-piece extended shaft. The integrated design eliminates joint weaknesses and ensures excellent coaxiality, making the product ideal for long-distance torque transmission and high-speed operation.

The ground tooth surfaces significantly enhance precision and reduce backlash, while the optimized geometry enables smooth, quiet, and efficient power transfer even under heavy loads.

Low-Noise Grinding Bevel Gears with Extra-Long Shaft Product Structure Description

● Bevel Gear

Precision-ground tooth surfaces ensure high tooth profile consistency.

Gear Ratio: Z = 44 : 11

Module: 3M

Suitable for medium-to-high speed and high-torque orthogonal transmission structures.

● Extra-Long Integral Shaft

Machine-machined as a single piece, without splicing or welding, avoiding structural weaknesses.

High straightness and excellent coaxiality.

Suitable for deep cavity installation, long-distance transmission structures, and precision mechanical equipment.

● Manufacturing Standards

ISO 17485:2006-6 Precision Grade

Manufacturing Advantages

✓ Precision Grinding Process

Uses a high-precision gear grinding machine for profile grinding.

Low tooth surface roughness, smoother meshing.

Significantly reduced operating noise.

✓ Integral Milling and Turning

Gears and shafts are machined as a single unit.

Avoids eccentricity or fatigue points associated with traditional welded shafts.

Better stability under high speed and high load.

OUR FACTORY