Achieve linear motion mechanism: Achieving linear motion typically involves converting rotary motion from a motor into straight-line movement along a specific axis. Linear reducer matching the suitable motor, can be easily achieve in horizontal or vertical linear motion. Unlike traditional motors that produce rotational motion, linear motion motors and systems translate rotary motion into straight-line movement. In this context, the gearbox plays a crucial role in converting the rotary motion of the motor into linear motion along a horizontal axis.
The effective use of space: After fixing the screw holes, can achieve the part of organism movement. it is especially suitable for limited installation space or special demand device.
Applications for horizontal linear gearbox reduction motors :Conveyor systems、Automated machinery、Robotics、Medical devices、Automated doors and windows etc.
Linear reducer can be used in combination with more kinds of motos of to achieve linear motion. at the same time, movement speed and stoke also has more kinds of specification, can be easily achieve pushing , pulling. up and down function.
Linear Actuators:Linear actuators directly convert rotary motion from a motor into linear motion. They often use mechanisms like lead screws or ball screws internally, but the actuator itself provides a compact and integrated solution for linear motion applications.
Cam Mechanisms:Cam mechanisms utilize cams (eccentric or non-circular discs) that rotate to impart linear motion to a follower. This method is suitable for applications requiring intermittent or oscillating linear motion.
