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60mm
SL
The Characteristics of Linear Gearbox-Vertical Reduction Motor
Motor: This is the primary power source that provides rotational motion. It could be an electric motor (DC, AC, stepper) or any other type suitable for the application.
Gearbox: The gearbox is designed to convert the rotary motion of the motor into linear motion, specifically in a vertical direction. It includes gears or other mechanisms that transmit motion along a vertical axis.
Reduction Mechanism: Within the gearbox, there is a reduction mechanism that serves several purposes:
Speed Reduction: It reduces the high-speed rotation of the motor to a slower speed suitable for linear motion applications.
Torque Increase: By reducing speed, the gearbox increases the torque output, allowing the system to exert greater force when moving vertically.
Vertical Output Mechanism: This is the part of the gearbox that converts the rotary motion into linear motion along a vertical axis. Common mechanisms include lead screws, ball screws, belt drives, or other types of linear actuators optimized for vertical movement.
Applications of linear gearbox reduction motors include:
Lift Mechanisms: Used in elevators, lifting platforms, and other vertical transportation systems where controlled vertical movement is required.
Adjustable Height Tables: In desks, workstations, or medical equipment where adjustable height functionality is needed.
Industrial Automation: Used in machinery and equipment where precise vertical positioning or lifting is necessary, such as in assembly lines or packaging systems.
Solar Tracking Systems: In solar panels or dishes where the angle of inclination needs to be adjusted to optimize sunlight exposure.
Stage and Theater Equipment: Used for raising and lowering stage props, curtains, and lighting fixtures.
The Characteristics of Linear Gearbox-Vertical Reduction Motor
Motor: This is the primary power source that provides rotational motion. It could be an electric motor (DC, AC, stepper) or any other type suitable for the application.
Gearbox: The gearbox is designed to convert the rotary motion of the motor into linear motion, specifically in a vertical direction. It includes gears or other mechanisms that transmit motion along a vertical axis.
Reduction Mechanism: Within the gearbox, there is a reduction mechanism that serves several purposes:
Speed Reduction: It reduces the high-speed rotation of the motor to a slower speed suitable for linear motion applications.
Torque Increase: By reducing speed, the gearbox increases the torque output, allowing the system to exert greater force when moving vertically.
Vertical Output Mechanism: This is the part of the gearbox that converts the rotary motion into linear motion along a vertical axis. Common mechanisms include lead screws, ball screws, belt drives, or other types of linear actuators optimized for vertical movement.
Applications of linear gearbox reduction motors include:
Lift Mechanisms: Used in elevators, lifting platforms, and other vertical transportation systems where controlled vertical movement is required.
Adjustable Height Tables: In desks, workstations, or medical equipment where adjustable height functionality is needed.
Industrial Automation: Used in machinery and equipment where precise vertical positioning or lifting is necessary, such as in assembly lines or packaging systems.
Solar Tracking Systems: In solar panels or dishes where the angle of inclination needs to be adjusted to optimize sunlight exposure.
Stage and Theater Equipment: Used for raising and lowering stage props, curtains, and lighting fixtures.