- Not only can the height be adjusted, but also the front and rear positions of the seat can be fine-tuned. For example, the seats of some high-end models can be adjusted in multiple directions through gas springs to meet the comfort needs of drivers and passengers of different body sizes. During long-distance driving, passengers can adjust the seat position at any time according to their own fatigue level to relieve physical stress.

The application of gas springs in office chairs is not limited to height adjustment. It can also realize the tilt adjustment of the seat and the height adjustment of the armrests. For example, some ergonomic office chairs can provide the best sitting posture support for users through the precise adjustment of gas springs, reducing the pressure on the neck, back and waist caused by long hours of office work.
- The rotating function of office chairs is often realized by gas springs for smooth rotation. In a multi-person office environment, users can easily adjust the seat direction to communicate with colleagues or obtain different working perspectives without generating noise or jamming. Applicable gas springs: Ordinary elastic lockable gas spring, Tensile rigid lockable gas spring (semi - rigid), Compression rigid lockable gas spring (single - tube), Compression rigid lockable gas spring (double - tube), Compressed gas spring (support rod)

In automated production lines, gas springs can be used to adjust the height and angle of the workbench to adapt to different production processes and the needs of operators. For example, in the assembly line of electronic products, the workbench can be adjusted in height and angle according to different product specifications and operation steps to improve production efficiency and product quality.

The application of gas springs on hospital beds is very extensive. It can realize the overall lifting of the hospital bed, and the angle adjustment of the back and legs. For patients who need to stay in bed for a long time, adjusting the position of the hospital bed through gas springs can prevent pressure sores, promote blood circulation and improve patient comfort. For example, when the patient needs to eat, the back of the hospital bed can be raised to let the patient be in a semi-sitting position; when the patient needs to rest, the legs can be raised to promote blood return.
- Some high-end hospital beds are also equipped with side rails with gas springs, which can not only play a protective role but also be convenient for medical staff to operate. The side rails can be easily raised and lowered without causing a sense of oppression to the patient. At the same time, it is also convenient for medical staff to take care of and treat the patient.
Applicable gas springs: Ordinary elastic lockable gas spring, Tensile rigid lockable gas spring (semi - rigid), Compression rigid lockable gas spring (single - tube), Compression rigid lockable gas spring (double - tube), Compressed gas spring (support rod)

In train carriages, gas springs can be used for seat adjustment and sleeper support. Similar to car seats, train seats can realize functions such as height adjustment and backrest angle adjustment through gas springs to provide passengers with a comfortable riding experience. Sleepers can be provided with stable support force through gas springs to ensure the comfort and safety of passengers during sleep.
- The doors and windows of train carriages can also use gas springs to realize opening and closing. Gas springs can provide stable support force and buffering effect for doors and windows to ensure that doors and windows operate smoothly during opening and closing without causing harm to passengers. At the same time, the sealing performance of gas springs can also improve the sound insulation and thermal insulation effects of carriages.
Applicable gas springs: Ordinary elastic lockable gas spring, Tensile rigid lockable gas spring (semi - rigid), Compression rigid lockable gas spring (single - tube), Compression rigid lockable gas spring (double - tube), Compressed gas spring (support rod)

In automated production lines, gas springs can be used to adjust the height and angle of the workbench to adapt to different production processes and the needs of operators. For example, in the assembly line of electronic products, the workbench can be adjusted in height and angle according to different product specifications and operation steps to improve production efficiency and product quality.
- Gas springs can also be used for the opening and closing of doors, covers and protective covers of automated equipment. These devices usually need frequent maintenance and repair. Gas springs can keep the doors, covers and protective covers in a stable position after being opened, which is convenient for operators to operate and also ensures the safe operation of the equipment.
Applicable gas springs: Ordinary elastic lockable gas spring, Tensile rigid lockable gas spring (semi - rigid), Compression rigid lockable gas spring (single - tube), Compression rigid lockable gas spring (double - tube), Compressed gas spring (support rod)