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A geared motor is a part whose mechanism regulates the motor’s speed, causing them to run at a specific speed. Because the gearhead acts as a torque multiplier and enables small motors to produce higher speeds, geared motors may deliver significant torque at low speeds.
Any electric motor connected to a gear train is a gear motor. Either AC (alternating current) or DC (direct current) electricity is used by gear motors. The gear reducer is typically designed to increase the output torque while retaining a compact size, without increasing the motor’s power consumption.
The cost of torque multiplication is a corresponding decrease in output shaft speed and a loss of overall efficiency. The best output and speed profiles can be attained, together with the ideal mechanical fit, by using the appropriate gear technology and ratio for certain applications. This will unlock the full potential of your OEM equipment.
The Global ultra compact geared motor for medical device market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Whatever their intended usage in a surgical, clinical, or laboratory setting DC Gear Motors from Microdrives are expertly crafted for use in essential medical applications. These geared motors are utilised in applications that give medical practitioners better accuracy and control, such as a robotic surgical arm and joysticks that allow for the precise manipulation of delicate tools and instruments.
DC Gear Motors are tiny geared motors that can also be utilised in small fluid pumps, rotating trays in sterilisers, and other automated laboratory tasks.
Precision Microdrives DC gear motors are ideal for all medical applications because they have high-quality traits including dependability, robustness, and compactness in addition to the variable speed and torque control needed in healthcare facilities.
Due to their linear performance characteristics, they are suited for a wide range of applications that call for further user control. The future advancements in medical and surgical product development can be aided by Precision Microdrives’ high-quality datasheets and technical support.
For instance, Precision Microdrives Nano PlanetaryTM gear motors use premium injection-moulded composite planetary (epicyclic) gearboxes with a coreless design that utilises Neodymium rare earth magnets, making them perfect for premium medical equipment.
