Small module gears, for smaller modules, have compact size and compact weight, ideal for precision and high-speed transmission needs. Although their load-bearing capacity is relatively weak and their manufacturing standards are more stringent, they are widely used in aerospace and precision instrument industries. The advantages of using small module gears include:
1. Weight reduction: Due to smaller tooth thickness and tooth root circle diameter, small module gears are lighter overall, which is crucial in fields such as aerospace and precision machinery as it helps reduce system energy consumption and improve efficiency.
2. Reduced costs: Small-module gears require less material and are less expensive to manufacture, and the associated support structures and gearboxes are more economical due to the reduced weight.
3. Improve transmission accuracy: The smaller tooth pitch allows small module gears to provide higher transmission accuracy, which is extremely critical for precision instruments and high-speed transmission systems.
4. Space saving: The small size of small module gears helps reduce the volume of the gearbox, especially suitable for environments with limited space.
5. Reduce noise and vibration: During high-speed operation, small module gears can reduce noise and vibration, thereby improving system stability.
6. Improved operating speed: The smaller size and weight enable small-module gears to support higher operating speeds, making them suitable for high-speed transmission applications.
Dingsco has focused on the design, development, manufacturing and sales of small module spiral bevel gears for 30 years. Welcome to consultation.
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