Orthogonal 10:1 Ratio Gear with 90° Intersecting Shaft Design and ISO 4-6 Grade Accuracy for Precision Reducers

Orthogonal 10:1 Ratio Gear for Reducers – Precision Engineering & Manufacturing

The orthogonal 10:1 ratio gear adopts a 90° intersecting shaft design, enabling efficient power transmission in compact spaces. With a 10:1 gear ratio, it effectively reduces motor speed while significantly increasing output torque, making it ideal for reducers that require high torque and stable performance.

Materials and Heat Treatment

This gear is typically made of premium alloy steels (such as 20CrMnTi) and undergoes carburizing, quenching, and gear grinding processes. The tooth surface hardness can reach 58–62 HRC, providing excellent wear resistance and high fatigue strength to ensure long-term operational reliability.

Machining and Precision of Orthogonal 10:1 Ratio Gear

The gear is manufactured using CNC precision machining and tooth surface grinding, with strict control over tooth alignment errors and backlash. This ensures low noise and high efficiency during high-speed and heavy-load operation. Backlash can be controlled to ≤20 arc-min, with high-precision versions achieving ≤5 arc-min, making it suitable for automation and precision transmission applications.

Performance Parameters of Orthogonal 10:1 Ratio Gear

• Transmission Efficiency: approx. 90%–96% (depending on gear geometry and lubrication)

• Rated Torque: Peak load capacity up to 1.5–2 times the rated torque

• Input Speed: Typically 1500–3000 rpm

• Operating Temperature: –20℃ to +100℃ (higher with premium lubrication)

• Service Life: 20,000–50,000 hours under normal industrial conditions

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Application Fields of Orthogonal 10:1 Ratio Gear

• Industrial reducers and gearboxes

• Automation and robotic drive systems

• Conveyor lines and material handling equipment

• Packaging machinery, textile machines, and mining equipment

• Heavy-duty machinery and OEM power transmission systems

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Technical Advantages Summary

• High Reliability: Alloy steel + advanced heat treatment ensures long service life

• High Precision: CNC machining and grinding, low backlash operation

• High Load Capacity: Stable 10:1 ratio supports heavy-duty applications

• Low Noise: Optimized tooth geometry and surface finishing for quieter performance

• High Adaptability: Customizable tooth number, module, and installation dimensions

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