The gear motor is an equipment that converts electrical energy into mechanical energy. There are lots of gear motors applied to driving work. Different driver request variety of torques and speeds. DC geared motors, also called geared motors, are based on ordinary DC motors and are equipped with matching gearboxes. The role of the gear reducer is to provide lower speed and higher torque.

It has low noise, long life and small size, mainly used in electronic locks, smart cars, robots, cameras, etc. This small gearmotor is widely used, can make different torque, speed according to demand, the highest reduction ratio can reach 1000:1. N20 gear motor with long shaft(worm or screw) is mainly used for high-power trams, model aircraft, high torque, and metal gears are not easy to damage. Custom design of the reduction gear motor with wire and connectors are available. So there are more choices for DIY models.

is one of the most used gear motors, and the specifications are also suitable. It is a regular customer in DIY toy production. The motor shaft is generally divided into round shaft or D-section shape shaft, and the shaft length, speed, torque voltage can be customized according to needs. Subsequent upgraded versions have wires and are equipped with JST/Molex connectors, which is more convenient for application.

is more extensive, such as mobile phones, jewelry, watches, crafts, gifts and other display racks, which has the advantage of small size, and can also shine on rotating mechanisms and automatic controls such as rotating watch boxes and gift boxes. , And low noise, high transmission efficiency.

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  To choose the right BLDC motor, assess the required torque (e.g., 10 Nm), power (e.g., 2000 watts), and the optimal efficiency (e.g., 90%) for your specific application.

Voltage levels are essential because they specify what kind of power supply would be compatible with the motor. For example, BLDC motors can range widely in their voltage specs from relatively low-voltage devices of 12V or 24V, which are typical of bats supply for the portable tools, to 48V for more powerful portable tools and even up to 310V for industrial appliances. Thus, the first consideration is to ensure that the motor chosen will have the voltage required for the application with a level of safety. For instance, in the case of the robotic arm, the 24V motor will be safe and compatible with the standard controller available on the market.

Calculating the power demand is important because it directly affects both torque and speed – in other words, how much weight the arm can lift and how fast, it can sweep. For example, the conveyor lifts a load of 100 kg with the speed of 1 meter per second, one has to ensure that the motor will be able to provide the necessary torque.

When choosing the motor, it is also important to consider how different subject will do in the conditions of increased loads, and if those are present occasionally, the motor should not go the extremes. Thus, it would be wise to choose the BLDC motor from a reliant manufacturer.