12mm N20 Gear Motor Model NFP-GM12-N20 Using in Soap Dispenser

12mm N20 Gear Motor Model NFP-GM12-N20 Using in Soap Dispenser

12mm n20 gear motor used in automatic soap dispenser home kitchen application

Automatic soap dispensers

have become essential in modern hygiene systems, especially in homes and public environments. Their touchless operation reduces contact and improves cleanliness, making them widely used in kitchens, bathrooms, and healthcare spaces.

The 12mm N20 gear motor model NFP-GM12-N20 is a compact and efficient solution for these devices. Its small size allows easy integration into limited internal space while still delivering sufficient torque for pump operation.

One of the key advantages of the NFP-GM12-N20 is its stable low-speed output. The built-in gearbox reduces motor speed and increases torque, ensuring smooth and controlled dispensing without splashing or inconsistent flow.

In practical applications, this motor is used to drive pump mechanisms such as piston pumps or gear pumps. Once the infrared sensor detects a hand, the control system activates the motor to deliver a precise amount of liquid or foam.

Another important benefit is its low power consumption, making it ideal for battery-operated soap dispensers. The motor operates efficiently at low voltage, helping extend battery life while maintaining reliable performance.

dc gear motor driving pump inside automatic soap dispenser structure

The NFP-GM12-N20 also offers low noise operation, which enhances user experience in quiet environments. Whether used in homes, offices, or hospitals, the motor ensures smooth and silent dispensing.

With flexible options for voltage, speed, and gear ratio, this motor can be adapted to different dispenser designs. Manufacturers can customize performance to match various pump structures and output requirements.

In conclusion, the 12mm N20 gear motor model NFP-GM12-N20 is a reliable and practical choice for soap dispenser applications. Its compact design, stable performance, and energy efficiency make it ideal for modern automatic dispensing systems.

N20 Gearbox Motor Performance


Motor Model NFP-GM12-N20
Rated Voltage 3V / 6V DC
No-load Speed 8rpm – 1,650rpm
No-load Current ≤0.04A / ≤0.045A / ≤0.08A
Output Power 0.2W – 0.6W
Shaft Diameter Φ3mm x L10mm
Rotation CW / CCW
Weight appr. 15g

 Order samples

People Also Refer Following DC Gear Motors


 

12mm 3V N20 Micro DC Gear Motor NFP-GM12-N20 Using in Automatic Fish Feeder

12mm 3V N20 Micro DC Gear Motor NFP-GM12-N20 Using in Automatic Fish Feeder

n20-micro-dc-gear-motor-automatic-fish-feeder

Automatic fish feeders

are designed to deliver food accurately and reliably, even when the owner is away. A stable drive system is essential to ensure consistent feeding without jams or missed cycles. The 12mm 3V N20 Micro DC Gear Motor is widely used in automatic fish feeders because it offers an excellent balance of size, torque, and power efficiency. Its compact structure allows easy integration into small feeder housings.

The NFP-GM12-N20 belongs to the popular N20 micro gear motor family, known for its reliable performance in compact devices. With a 12mm gearbox diameter, it provides higher torque than ultra-small motors while still maintaining a slim profile. Operating at 3V, it is perfectly suited for battery-powered fish feeders. This low-voltage design helps extend battery life while maintaining stable output.

In an automatic fish feeder, this micro DC gear motor is commonly used to drive a rotating food tray, dispensing wheel, or small flap mechanism. When the controller activates the motor, it rotates slowly and steadily to release a precise amount of fish food. The gear reduction ensures sufficient torque to handle variations in food size and resistance. This helps prevent stalling or uneven feeding.

n20-micro-dc-gear-motor-metal-gearbox-close-up

One key advantage of using the NFP-GM12-N20 in fish feeders is its controllable speed. By selecting an appropriate gear ratio and using PWM control, manufacturers can fine-tune the feeding quantity. This allows each feeding cycle to deliver consistent portions. Accurate control is especially important for maintaining water quality and preventing overfeeding.

Power efficiency is another important reason why the 12mm 3V N20 micro gear motor is favored in automatic fish feeders. The motor draws relatively low current, making it ideal for devices powered by AA batteries or small lithium cells. Short operating times during each feeding cycle further reduce energy consumption. As a result, the feeder can operate reliably for long periods without frequent battery replacement.

Durability and reliability are essential for devices exposed to humid environments near water. The NFP-GM12-N20 micro DC gear motor is designed for repeated start-stop operation, which is typical in automatic feeding systems. With proper sealing and housing design, it performs consistently even in high-humidity conditions. This reliability ensures long service life and reduced maintenance.

In conclusion, the 12mm 3V N20 Micro DC Gear Motor NFP-GM12-N20 is an excellent choice for automatic fish feeder applications. Its compact size, sufficient torque, low power consumption, and easy control make it well suited for precise and dependable feeding mechanisms. By using this motor, manufacturers can achieve stable performance and improved user experience in automatic fish feeding systems.

37mm Gear Motor High Torque Low Speed Model NFP-GM37-500 for Solar Panel

37mm Gear Motor High Torque Low Speed Model NFP-GM37-500 for Solar Panel

NFP-GM37-500-metal-gear-motor-for-sloar-panels
Smart Solar Panel Tracking with Precision: How 37mm Gear Motors Boost Energy Harvest
In the world of renewable energy, every watt counts — and optimizing the angle of solar panels is one of the smartest ways to maximize solar efficiency. That’s where our compact yet powerful 37mm DC geared motors come into play.
The Problem with Fixed Solar Panels
Fixed-position solar panels only get optimal sunlight for a short portion of the day. As the sun arcs across the sky, the panel’s exposure drops, limiting energy conversion. But what if your solar panel could follow the sun?
Enter Solar Tracker Motor 12V
Engineered for reliability, torque, and compact integration, our spur gear motors are the heart of DIY and professional-grade single-axis solar trackers. With a standard 1RPM output, these solar panel rotating motor gearbox offer precision movement — rotating the panel 4 degrees every 14–15 minutes, just enough to keep the sunlight perfectly aligned.
NFP-GM37-500-8rpm-gear-motor-for-solar-panel
Why 37mm Motors are Perfect for Solar Applications:
High Torque Low Speed: Essential for slow, steady motion throughout the day.
Durable Metal Gearbox: Built to last through years of outdoor use.
Stable Performance in Varying Conditions: Heat-resistant components and sealed casing available.
Flexible Voltage Options: Choose from 6V, 12V, or 24V DC depending on your setup.
Custom Shaft Configurations: Match your mounting design exactly.
A Day in the Life of a Solar Tracker
Morning: As the sun rises, a controller triggers the motor to hold position until sufficient light is detected.
Daytime Tracking: The motor moves the panel 4° clockwise every ~15 minutes, using just 5–6 seconds of runtime per shift with a 1RPM motor.
Dusk Pause: At sunset, the movement stops.
Night Reset: The motor reverses, slowly turning the panel back to the sunrise position, ready for the next day.
NFP-GM37-500-solar-rotating-motor
Built for Innovation: Applications Beyond the Basics
While perfect for off-grid solar farms, mobile solar units, and agricultural irrigation systems, our 37mm gearbox motors also serve in smart greenhouses, solar surveillance stations, and solar-powered IOT projects. Whether you're powering one panel or one hundred, precision motion means power saved — and power generated.
Looking for a Gear Motor That Works as Hard as the Sun?
Our gear motor NFP-GM37-500 are the ideal choice for solar tracking systems that demand durability, efficiency, and control. If you're building a next-gen solar application, start with the right motor — and let the sun do the rest.
Using 8RPM solar tracking motor, you'll get faster movement and even shorter tracking times — ideal for solar systems needing tighter timing control or faster resets.

Solar Panel Rotating Motor Gearbox Data Sheet


Motor Model NFP-GM37-500
Rated Voltage 6V / 12V DC
No Load Speed 4rpm – 952rpm
No Load Current ≤0.035A / ≤0.045A
Power Max 0.5W / 2W
Shaft Diameter 6mm
Shaft Length 21mm
Rotation CW / CCW
Weight appr. 120g
More Details Click 

 

Lists of 10mm-37mm Spur Gear Motor - Getting Stronger


 

Spur Gearbox Motor with Encoder NFP-JGA12-N20-EN for Edwards HemoSphere Monitor

Spur Gearbox Motor with Encoder NFP-JGA12-N20-EN for Edwards HemoSphere Monitor

NFP-JGA12-N20-EN-gear-motor-with-encoder
 

Edwards HemoSphere Emodynamic Monitor Gearbox


In Hemodynamic Monitoring Systems, N20 gear motors NFP-JGA12-N20-EN are used in various components for precision movement and control. For instance, in devices like the HemoSphere advanced monitoring platform, motors could be involved in the mechanical operation of sensors, cuffs, or catheters. They might assist in the accurate positioning of these elements, ensuring reliable data collection and monitoring of the patient's cardiovascular status. The precise operation of these components essential for patient care in critical conditions. The NFP gearbox enables body ensures that emodynamic monitor are stable, comfortable, and convenient.
In the case of transcatheter heart valve systems, like the EVOQUE transcatheter tricuspid valve replacement system, micro gear motors could play a role in the deployment mechanisms of the valve replacement devices. These motors would need to be highly precise and reliable, as they would be responsible for the controlled deployment and positioning of the valve within the heart.
NFP-JGA12-N20-EN-high-torque-gear-motor
 

Gear Reduction Motor for Medical & Laboratory Equipment


The medical industry places high demands on electromechanical drives: precise, small size, energy-efficient, and low-noise. NFP has designed and optimized micro transmission modules and precision gear parts - spur gears, planetary gearboxes worm gearboxes that can be customized for the desired motors, serve performance-critical motion applications with a broad offering of miniature electronic motor product technologies – DC motors, BLDC gear motors, worm gear motors, coreless motors etc. There are four different transmission changes available for the gearbox structure: one-stage, two-stage, three-stage and four-stage.
NFP-JGA12-N20-EN-gear-motors
 

Brushed Gear Motor with Encoder Values


✔️HALL SENSOR SIGNAL FEEDBACK
✔️COMPACT STRUCTURE LIGHTWEIGHT
✔️SMALL CURRENT LOW STARTING VOLTAGE
✔️NO COGGING TORQUE ALL-METAL HOUSING
✔️LOW EMI STABLE OUTPUT
✔️HIGH TEMPERATURE RESISTANCE
✔️HIGH EFFICIENCY ENERGY SAVING

Motor Model NFP-JGA12-N20-EN
Rated Voltage 3V / 6V / 12V DC
No Load Speed 7.5rpm – 6,000rpm
No Load Current 0.017A – 0.035A
Output Power 0.2A – 2.4W
Shaft Diameter Φ3mm x L10mm
Rotation CW / CCW
Ratio 5:1 - 1,000:1
More Information Click 

 

You May Also Be Interested In These Spur Gear Motor


 

DC Spur Gear Motors NFP-GM1024-N20V Used in Unlimited Robotics

DC Spur Gear Motors NFP-GM1024-N20V Used in Unlimited Robotics

NFP-GM1024-N20VA-dc-gear-motor-use-in-robot
 

Design Reasonable Motor Gearbox for Robot


In modern robots, commonly used types of small electric motors include brushless dc motor (BLDC) · stepper motor · brushed dc motor · small dc motor. Spur gear motors are indeed less common in some robotic applications, but there are still cases where they are used such as robotic arms or robotic vehicles that require high torque and low speed motion, small spur gear motors are a nice choice. unlimited-robotics is one and Model NFP-GM1024-N20VA is used for it.
NFP-GM1024-N20VA-precision-micro-gear-motor
 

Gearbox Motor Reducer Plays An Important Role in Unlimited-Robotics


  • Torque amplification: Gearbox motor reducers are used to increase the torque output of motors, allowing robots to exert greater force and handle heavier loads, such as lifting objects or manipulating tools.
  • Speed reduction: Robots often require slower and more controlled movements for tasks like precise positioning or delicate operations. The gearbox helps to achieve the desired speed and accuracy.
  • Power transmission: Speed reduction gear Motor that the motor's power is effectively utilized and distributed, enabling the robot to perform its intended tasks with optimal efficiency.
  • Mechanical advantage: By utilizing different gear ratios electric gear box motor. They allow robots to achieve higher torque or speed outputs compared to the motor alone, enhancing their overall performance capabilities.
NFP-GM1024-N20VA-micro-gear-motor-specifications

Automated service robot for retail, supermarkets, convenient stores and truck service stations.
 

NFP-GM1024-N20VA-micro-dc-gear-motors

Robot Gary for window cleaning, delivery, room service, concierge, replace worker to a certain extent.

NFP-GM1024-N20VA-small-gear-motor-factory

Offering services such as cleaning, concierge, room service, sanitation and recommendations.

 

NFP-GM1024-N20VA-dc-geared-motor-techinical-data

When you out of residence/home, not worry about your beloved plants more. Robot back watering.

NFP-GM1024-N20VA-dc-gear-motor-application

Caring homes. Do house work - - Sweeping, help in time-saving and operational cost saving.
 

NFP-GM1024-N20VA-dc-gearhead-motor-datasheet

Automated service robot for hospitals, providing human staff with sufficient time to do other duties.

Leave It to A Reliable DC Motor Gearbox Manufacturers


When it comes to finding reliable DC motor gearbox manufacturers, it's important to consider factors such as quality, reputation, experience, and customer reviews. Microdcmotors will be your best cooperator.
NFP-GM1024-N20VA-metal-gear-motor-gearbox-spur-gear
 

2.4V 3V 6V 12V 24V 36V DC Small Gear Motor Supplier


Model NFP-GM1024-N20VA-13110 NFP-GM1024-N20VA-09220 NFP-GM1024-N20VA-05430
Voltage 2.4V 5.0V 12.0V
No-load speed 14,800rpm 14,800rpm 16,000rpm
No-load current 60mA 30mA 15mA
At maximum efficiency speed 12,000rpm 12,000rpm 12,500rpm
At maximum efficiency torque 2.5g.cm 2.5g.cm 3.0g.cm
At maximum efficiency current 200mA 120mA 60mA
Output 0.31W 0.31W 0.35W
Stall torque 13g.cm 13g.cm 13g.cm
Stall current 1.20A 0.52A 0.25A
Details Click 

 

People Also View Following High Torque DC Gear Motor


 

12mm Small Geared DC Motor NFP-JGA12-N20 Coreless Motor Using in Prosthetic Hands

12mm Small Geared DC Motor NFP-JGA12-N20 Coreless Motor Using in Prosthetic Hands

Coreless Gear Motor Using In Prosthetic Hands

Compact DC Gear Motor Full Metal Gearmotor Using in Prosthetic Hands


Smart prosthetic hands designed for people with missing upper limbs to live an active life easily
Due to the continuous advancement of science, the power and speed of the prosthesis to complete the work for you, it combines a powerful coreless dc gear motor NFP-JGA12-N20 and can withstand up to 11 pounds. The coreless gear motor has the characteristics of low consumption, lightweight, low starting current, high torque, fast response and long life. To help prosthetic patients get as much function and mobility as possible, and improve self-confidence
1215 coreless motor series small gear motor for prosthetic hands, make the arm easier
—You can adjust the speed and grip of your hands during your daily routine. Help you bend and stretch your elbows.
Functions of prosthetic hands:
—Lighter aluminum structure,
—Use muscle signals to bend and stretch your elbows
—Able to stretch index finger to point or press button
—Multiple grip options and arm positions

Standard Miniature Gear Box Motor Data Sheet


Motor Model NFP-JGA12-N20
Rated Voltage 3V, 6V, 12V
No load speed 5rpm -6,000rpm
No load current 0.01A-0.05A
Output 0.2W-2.4W
Shaft diameter Φ3mm x L10mm
Rotation CW/CCW
Details Click 

 

Customers Also Check Following DC Gear Motor


MDM
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.