A nail polisher with UV lamp, comprising: a shell; a nail polishing assembly; a motor; a UV lamp assembly; a PCB board; a power supply assembly; the shell is provided with an accommodation cavity, and both ends of the shell are respectively provided with a first through hole and a second through hole communicating with the accommodation cavity; the nail polishing assembly comprises a transmission mechanism installed in the accommodation cavity. With the connection and cooperation between the motor output end and the transmission mechanism, the motor can drive the transmission mechanism to rotate, and then drive the polishing head to rotate, thereby polishing the nails. As for the UV lamp assembly, it is disposed in the accommodation cavity and close to the second through hole for curing the nail polish. It can avoid damaging the back of the hand and only treat the nails, which improves safety.

A nail polisher with UV lamp, comprising: a shell; a nail polishing assembly; a motor; a UV lamp assembly; a PCB board; a power supply assembly; the shell is provided with an accommodation cavity, and both ends of the shell are respectively provided with a first through hole and a second through hole communicating with the accommodation cavity; the nail polishing assembly comprises a transmission mechanism installed in the accommodation cavity. With the connection and cooperation between the motor output end and the transmission mechanism, the motor can drive the transmission mechanism to rotate, and then drive the polishing head to rotate, thereby polishing the nails. As for the UV lamp assembly, it is disposed in the accommodation cavity and close to the second through hole for curing the nail polish. It can avoid damaging the back of the hand and only treat the nails, which improves safety.

A nail grinder includes: a housing, a master control module, a drive assembly, a nail grinding member, a power supply, and a display. The housing has a receiving cavity, and a cavity wall defines a first through opening communicating with to an exterior of the housing, a mounting structure is arranged on an outer surface of the housing. The master control module is received in the receiving cavity. The drive assembly is received in the receiving cavity and electrically connected to the master control module. The nail grinding member is at least partially exposed out of the receiving cavity and connected to the drive assembly. The drive assembly drives the nail grinding member to rotate. The power supply is received in the receiving cavity and electrically connected to the master control module. The display is mounted on the mounting structure and electrically connected to the master control module.

A nail grinder includes: a housing, a master control module, a drive assembly, a nail grinding member, a power supply, and a display. The housing has a receiving cavity, and a cavity wall defines a first through opening communicating with to an exterior of the housing, a mounting structure is arranged on an outer surface of the housing. The master control module is received in the receiving cavity. The drive assembly is received in the receiving cavity and electrically connected to the master control module. The nail grinding member is at least partially exposed out of the receiving cavity and connected to the drive assembly. The drive assembly drives the nail grinding member to rotate. The power supply is received in the receiving cavity and electrically connected to the master control module. The display is mounted on the mounting structure and electrically connected to the master control module.

The present disclosure relates to the technical field of mills, and discloses a mill transmission device. In the mill transmission device, an output end of a motor is provided with a cross column that is the same as that at a top of a connecting shaft rod, and the cross column at the output end of the motor is inserted into a first connection port A, which drives a shaft tube to rotate. A rubber ring A embedded in the first connection port A is capable of reducing vibration and noise caused by rotation. Similarly, the shaft tube is detachably connected to the connecting shaft rod through a second connection port B and a rubber ring B, and the rubber ring B is also capable of reducing the noise and vibration caused by rotation of the shaft tube.

The present disclosure relates to the technical field of mills, and discloses a mill transmission device. In the mill transmission device, an output end of a motor is provided with a cross column that is the same as that at a top of a connecting shaft rod, and the cross column at the output end of the motor is inserted into a first connection port A, which drives a shaft tube to rotate. A rubber ring A embedded in the first connection port A is capable of reducing vibration and noise caused by rotation. Similarly, the shaft tube is detachably connected to the connecting shaft rod through a second connection port B and a rubber ring B, and the rubber ring B is also capable of reducing the noise and vibration caused by rotation of the shaft tube.

The present disclosure discloses a pet nail polisher, includes: a main body, an end portion of the main body is provided with a polishing head; wherein carborundum is attached outside the polishing head; and the main body includes a surface housing and a bottom housing, and the top of the surface housing and the bottom housing is provided with a detachable mounting head. A user may replace the mounting head with a nail polisher head, a hair trimmer head, a vacuum cleaner head, a vacuum brush head, a hair dryer head, or a dog brush head according to needs. The present disclosure sprays the carborundum on the outside of the polishing head, to improve the hardness of the polishing head, accelerate the speed of nail polishing, increase the service life of the polishing head, reduce the frequency of changing the polishing head, the usage cost of the user is saved.

The present disclosure discloses a pet nail polisher, includes: a main body, an end portion of the main body is provided with a polishing head; wherein carborundum is attached outside the polishing head; and the main body includes a surface housing and a bottom housing, and the top of the surface housing and the bottom housing is provided with a detachable mounting head. A user may replace the mounting head with a nail polisher head, a hair trimmer head, a vacuum cleaner head, a vacuum brush head, a hair dryer head, or a dog brush head according to needs. The present disclosure sprays the carborundum on the outside of the polishing head, to improve the hardness of the polishing head, accelerate the speed of nail polishing, increase the service life of the polishing head, reduce the frequency of changing the polishing head, the usage cost of the user is saved.

The present disclosure discloses a nail drill for easy control, including a shell assembly, a polish head, a motor assembly, a speed regulating assembly, and a flexible top cover assembly. The speed regulating assembly regulates a rotational speed of the motor assembly and a start or stop of the motor assembly. The flexible top cover assembly is rotatably provided at one end of the shell assembly away from the polish head and covers the speed control assembly. Users can adjust the rotation speed of the motor assembly, the start or stop of the motor assembly by tilting the flexible top cover assembly to the desktop for sliding. Pressing a top of the flexible top cover assembly stops the motor assembly, pressing the top of the flexible top cover assembly again rotates the motor assembly, achieving a pause function of the motor assembly.

The present disclosure discloses a nail drill for easy control, including a shell assembly, a polish head, a motor assembly, a speed regulating assembly, and a flexible top cover assembly. The speed regulating assembly regulates a rotational speed of the motor assembly and a start or stop of the motor assembly. The flexible top cover assembly is rotatably provided at one end of the shell assembly away from the polish head and covers the speed control assembly. Users can adjust the rotation speed of the motor assembly, the start or stop of the motor assembly by tilting the flexible top cover assembly to the desktop for sliding. Pressing a top of the flexible top cover assembly stops the motor assembly, pressing the top of the flexible top cover assembly again rotates the motor assembly, achieving a pause function of the motor assembly.