AI Intelligent Companion Robot Solution

Technical Parameters of Intelligent Companion Robot Motors

• Product Category: Plastic Planetary Gearbox
• Product Models: 12FN20, 16P030, 12PN20
• Product Sizes: Φ10MM, Φ12MM, Φ16MM
• Voltage: 4.2V–24V (customizable)
• No-load Speed: 10–4233 rpm (customizable)
• No-load Current: 10–100 mA (customizable)
• Load Speed: 8–3111 rpm (customizable)
• Load Current: 100–200 mA (customizable)
• Drive Motor: DC motor, gear motor, planetary motor, hub motor, stepper motor, coreless motor (customizable)
• Product Features: Small size, low noise, wide reduction range, high torque, long service life, wide application range.

• Custom Development Service for AI Intelligent Companion Robot Motors                                   

• Project: Reduction Gear Motor for Intelligent Companion Robot

  Solutions:

• In the voice interaction system: Using the integrated gearbox design platform, automated parameter design of mechanisms such as involute planetary gear systems, bevel gears, and face gears can be realized. By optimizing gear parameters (modification coefficient, tooth coefficient, pressure angle, center distance), the meshing impact speed is reduced, and the ratio of meshing-out impact speed to meshing-in impact speed is controlled within a specific range. This gear design method reduces or eliminates pitch circle impact, meeting the product’s ultra-quiet (low noise) operation requirement.
• In the safe range of transmission interaction: The micro reducer is a key functional component in robots, known as the "joint" of robots. Equipped with Zhaowei planetary gear reducers, the motors for children’s intelligent companion robots greatly improve product quality and efficiency. Our company designs multi-layer convertible transmission ratio mechanisms; the products feature 2-stage, 3-stage, and 4-stage transmission variations, allowing adjustment of the reduction ratio, input speed, and torque of the gearbox according to design requirements.
• In fast-response communication interaction: DC gear motors drive the joints of children’s intelligent companion robots, requiring high power-to-mass ratio, high torque-to-inertia ratio, high starting torque, low inertia, and a wide, smooth speed regulation range. Especially for end-effectors (grippers) of robots, motors with minimal volume and mass and strong short-term overload capacity are required. Our gearboxes for children’s intelligent companion robot motors feature low voltage, low power, low speed, low noise, long service life, miniaturization, and high torque.