Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds. Slit orifice method that was thought difficult to realize is used. Due to this structure, high absorbing performance and linear soft stop, etc., are achieved in slow speed operation range. Available for thrust energy Absorbing thrust energy of cylinder, etc., is efficient. An extremely soft stop is realized.
Smooth absorbing even if slowly operated Superior characteristics in slow speed range enable smooth impact absorption. Compact but large absorbing force Compact and slim design which absorbs a lot of energy. A shock absorber remarkably efficient at saving space. Slit orifice Structure in which the orifice area changes smoothly with piston travel.
Since the area of the slit orifice gradually decreases with the stroke, even higher resistance is generated and smooth stop is realized. A guide mechanism needs to be provided since piston rods can bend, rotate or buckle in response to forces such as lateral loads. Rodless cylinders differ from a basic air cylinder in that no piston rod extends outside the cylinder body. Instead, the internal piston is connected to an external carriage, by means of a magnetic or mechanical coupling system. A cylinder is a three-dimensional solid that consists of two parallel circular bases connected to each other with the help of a curved surface.
