RIC MOTOR Launches Hightorque Micro Precision Gear Motor

Engineers and designers working with miniature mechanical systems often face significant challenges when sourcing compact yet powerful drive solutions. Whether creating intricate model movements, developing lifelike toy mechanisms, or designing precision medical equipment, the limitations of conventional micro motors can hinder innovation.

The RIC-13GB1627 series micro precision DC gear motor represents a significant advancement in compact drive technology. Measuring just 15.5mm in diameter with a 37.7mm body length, this motor delivers exceptional torque while maintaining whisper-quiet operation - a combination rarely achieved in such a small form factor.

• Broad Voltage Compatibility: Operates efficiently across 3V to 24V, accommodating diverse power requirements from low-energy applications to high-torque scenarios.
• High Torque Density: Precision gear reduction enables substantial torque output even at low speeds, outperforming conventional motors of similar size.
• Ultra-Quiet Operation: Optimized gear design and construction minimize vibration and acoustic noise, making it ideal for medical devices and premium consumer products.
• Precision Control: Manufacturing tolerances ensure consistent performance for applications requiring exact positioning and speed regulation.
• Space-Efficient Design: The compact footprint allows integration into tightly constrained designs without compromising performance.

The RIC-13GB1627 series offers multiple gear ratio options to suit various application requirements. Below are the key performance metrics at 6V and 12V operating voltages.

Note: L(mm) represents additional gearbox length, with standard values shown above.

The gearbox pairs with high-performance micro DC motors. Two common motor specifications are shown below:

The RIC-13GB1627 series serves diverse industries requiring compact, high-performance motion control:

• Model Engineering: Powers sophisticated mechanisms in RC vehicles, aircraft, and architectural models
• Advanced Toys: Enables realistic movements in robotic and interactive play systems
• Medical Technology: Drives precision components in diagnostic equipment and drug delivery systems
• Laboratory Instruments: Provides accurate motion control for optical systems and automated lab equipment
• Smart Home Devices: Integrates into automated furniture, window treatments, and security systems

The motor system supports various customization features to meet specific application requirements:

• Shaft dimensions and configurations
• Motor specifications for specialized performance needs
• Application-specific voltage and protection requirements