GMP16T-TDC1625 Permanent Magnet 12V High Torque Micro DC Coreless Motor with Planetary Gearbox
1. High efficiency and energy saving, low heat loss
The coreless rotor has a coreless structure, which reduces eddy current loss, has an energy conversion efficiency of more than 80%, generates low heat during operation, and is suitable for long-term continuous working scenarios (such as medical equipment).
2. High dynamic response and precise control
The rotor inertia is extremely low, the start/stop response time is short (milliseconds), and it supports instantaneous load changes. It is suitable for precision equipment that requires fast feedback (such as micro-injection pumps and automated instruments).
3. Ultra-low noise and vibration
No core friction and hysteresis loss, combined with a precision gearbox design, it runs smoothly and quietly (noise <40dB), and is suitable for scenarios with high requirements for silence (such as sleep apnea machines and home massagers).
4. Lightweight and compact design
Small size and light weight save equipment space, especially suitable for portable medical tools (handheld ultrasound probes) or small household appliances (electric toothbrushes, beauty devices).
5. Long life and high reliability
Using wear-resistant carbon brushes or optional brushless design, combined with high-quality gearboxes (metal/engineering plastics), the life can reach thousands of hours, meeting the high stability requirements of medical equipment.
1. Wide voltage compatibility
Supports 4.5V-12V wide voltage input, adapts to a variety of power supply solutions, and flexibly matches the power consumption requirements of different devices.
2. High torque output + adjustable reduction ratio
Integrated precision gearboxes (such as planetary gears) provide high torque, optional reduction ratio, and balance speed and torque requirements (such as slow high torque drive of electric curtains).
3. Core-less technical advantages
The coreless rotor avoids magnetic saturation, has excellent linear speed regulation performance, supports PWM precise speed regulation, and is suitable for closed-loop control systems (such as infusion pump flow regulation).
4. Low electromagnetic interference
Optimized winding design reduces electromagnetic radiation, passes medical-grade EMC certification, and ensures compatibility with sensitive electronic equipment (such as monitors).
1. Medical equipment field
Diagnostic instruments: biochemical analyzer sample transmission, endoscope joint drive.
Treatment equipment: insulin pumps, dental drills, surgical robot precision joints.
Life support: ventilator valve control, oximeter turbine drive.
2. Household appliances
Smart home: sweeper wheel drive, smart door lock drive, curtain motor.
Kitchen tools: coffee machine grinder, juicer blade, electric cooking stick.
Personal care: electric shaver, curling iron, massage gun high-frequency vibration module.
3. Other high-precision fields
Industrial automation: micro robot joints, AGV guide wheel drive.
Consumer electronics: gimbal stabilizer, drone servo, photography equipment zoom control.
