LX Gas Spring Resource
Choose the right gas spring by reviewing application, force, stroke, length, fittings, mounting points, material, environment, and RFQ details.
The right gas spring depends on what the product needs to do. A cabinet door, truck toolbox lid, medical bed, industrial safety guard, marine hatch, and furniture table all have different motion requirements. Before choosing a part number, define whether the application needs lift support, position locking, controlled damping, corrosion resistance, or compact installation.
For simple lift support, start with lift gas springs /products/lift gas springs . For adjustable equipment, review lockable gas springs /products/lockable gas springs . For saltwater, washdown, medical, outdoor, or corrosive conditions, review SS316 stainless steel gas springs /products/stainless steel gas springs .
Force is important, but it cannot be selected alone. Extended length, compressed length, stroke, mounting point distance, hinge position, and opening angle determine whether the gas spring will fit and move correctly. Use the gas spring force calculator /resources/gas spring force calculator and dimensions guide /resources/gas spring dimensions together.
Too little force may allow the lid to fall. Too much force may make closing difficult or overload the bracket. A different bracket position can sometimes solve a force issue better than increasing the Newton rating.
End fittings should allow the required pivot movement. Ball joints are useful for changing angles. Clevis ends, eyelets, blade ends, brackets, and custom fittings may be better for fixed pivot designs or tight spaces. Material choice should match the environment: standard steel for many indoor uses, stainless steel for corrosion prone applications.
Also consider installation direction, side loading, rod protection, temperature, vibration, and maintenance access. The mounting guide /resources/gas spring mounting guide explains the main installation risks.
For faster quotation, send application photos, panel weight, desired open angle, stroke, extended length, compressed length, mounting points, end fitting type, force if known, material preference, working environment, quantity, and any drawings or sample information.
You can also browse gas spring applications /applications , compare product categories /products , or contact LX Gas Spring /contact for engineering review.
What is the first thing to know before choosing a gas spring?
Know the application and moving load. Then measure geometry, stroke, length, and mounting points.
No. Size must be combined with force, fittings, mounting geometry, and environment.
Send weight, dimensions, and mounting information. LX Gas Spring can help review an initial force recommendation.