The servo gear box was designed as a serial equipment to various servo motors. It is a traditional power transfer device that rotates the output shaft as the servo motor transfers power to the sun gear. It rotates from gear to planet carrier, and from planet gear to ring gear. Due to the characteristics of the decelerator, it demands simplicity, sturdiness, and precision as a device that provides various deceleration ratios and transfers power even during poor operation environments, having the strengths of ease of operation with the motor and not requiring maintenance.
The epicyclic gear method that is more efficient and which produces more torque compared to any other form of power transfer method is the most universal and ideal power transfer device.
Characteristics 01
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stat_3
Output torque of more than 30% compared to normal bevel gear due to the application of spiral bevel gears
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speed
Allows up to 8x higher input speed compared to normal bevel gear
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screenshot_region
Increased weight dispersion ability through precise gear design, along with extending its lifespan
Characteristics 02
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precision_manufacturing
The gear is designed and processed through precise gear design programs, operating naturally and quietly even with low backlash (≤ 2 arcmin)
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build_circle
Maintains high strength by applying light but high-tension aluminum housing
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oil_barrel
Does not require maintenance as high-performance lubricant is applied
Characteristics 03
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autorenew
Applied sealing design specialized for high speeds and repeated operation
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volume_down
High efficiency of 95% and low noise of 61B
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tune
Retains various moderation ratios from 3 to 20