Classification and application of micromotors in dental clinics
There are many types of micromotors in dental clinics, which can be roughly divided into DC motors, stepping motors, linear motors, piezoelectric motors, etc. The application fields of different types are different.
1. Micromotor for dental clinic
Dental clinic micro-motors are the fastest-growing type in the small-motor industry in recent years. With the increasing demand for "small, light and thin" audio-visual products and the quietness of home appliances, the demand for brushless DC motors is increasing rapidly. It replaces brushes and commutators with electronic commutation. Many companies have applied brushless DC motors to digital cameras, storage drives, mobile phones, and automotive air conditioners, washing machines, vacuum cleaners, electric vehicles, and heart pumps.
2. Micromotor in dental clinic
In recent years, the demand for micro and small motors has increased rapidly, especially for small motors with diameters of 3 mm to 6 mm (hollow and solid types) and button motors with diameters of 8 mm to 12 mm. A large number of micro and small motors are also needed in home game consoles, elderly health massages and toys, and small home appliances. Most of these products are consumer products.
3. Linear motor
Linear motors have the advantages of simple structure, non-contact movement, low noise, high speed and precision, easy control, convenient maintenance and high reliability. With the continuous innovation of industrial automation level, the application fields of linear motors are becoming wider and wider. Such as high-speed punches, high-speed cutting machines, satellite antennas, plotters, printers, copiers, scanners and electric doors.
4. Micromotors in dental clinics
Micro-motors in dental clinics are different from traditional motors in their working principle and structure. They have the characteristics of small size, precise structure, large torque, low noise, and fast response. Due to the remarkable advantages of ultrasonic motors, they have been used in technical fields such as aerospace, precision instrumentation, micro-mechanical technology micro-drives, strong electromagnetic interference or where electromagnetic interference is not allowed, and various types of optical lens focusing.
