Lockable gas spring (angle adjuster)

Lockable gas springs are also called self-locking gas springs and angle adjusters. The gas spring can be stopped at any position in the stroke by means of some release structures, and there is a large locking force after the stop.

Due to its large locking force, it has been widely used in medical equipment, automobiles, furniture and other industries.

Ordinary elastic lockable gas spring

 

It is characterized by elastic locking in the stretching and compression directions, the force value curve is relatively stable, the elastic ratio is small, the cylinder of a certain length, the stroke can be maximized, the cylinder and stroke ratio is small, can be applied to any angle adjustment For vertical adjustment of height, or horizontal adjustment of mechanical mechanism, a variety of connection methods are applicable to the connection at both ends.

 

Tensile rigid lockable gas spring (semi-rigid)

 

Its characteristic is that it can be rigidly locked in the stretching direction. Because the gas space is small and the compressible range is small, the locking force in the compression direction is relatively large. The elastic ratio can be adjusted according to the change of the floating piston position. The disadvantage is that the cylinder has a certain length. The stroke is relatively small, and the ratio of stroke and cylinder is large. It can be applied to any mechanical mechanism that requires angle adjustment and vertical adjustment of height, or horizontal adjustment, and has rigid locking in the stretching direction or a certain locking force in the compression direction. A variety of connection methods are available for connection at both ends.

 

Compression rigid lockable gas spring (single tube)

 

Its characteristic is that the compression direction can be rigidly locked. Because the gas space is small and the compressible range is small, the locking force in the tensile direction is relatively large. The elastic ratio can be adjusted according to the change of the floating piston position. The disadvantage is that the cylinder has a certain length. The stroke is relatively small, and the ratio of stroke and cylinder is large. It can be applied to any mechanical mechanism that requires angle adjustment and vertical adjustment of height, or horizontal adjustment, and has a rigid locking in the compression direction or a certain locking force in the stretching direction. A variety of connection methods are available for connection at both ends.

 

Compression rigid lockable gas spring (double tube)

 

Its characteristic is that the compression direction can be rigidly locked. Because the gas space is large and the compression range is large, the locking force in the stretching direction is relatively small. The elastic ratio can be adjusted according to the change of the position of the floating piston. To maximize, the cylinder and stroke ratio is very small, can be applied to any need for angle adjustment and vertical adjustment of height, or horizontal adjustment, at the same time there is rigid locking in the compression direction or less locking force in the stretching direction or locking in the stretching direction For mechanical mechanisms with no requirements, a variety of connection methods are available for the two ends.

 

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