Custom Gas Spring Manufacturer For OEM Applications
Build A Gas Spring Around Your Application
Custom gas springs are selected around the actual motion problem: load weight, hinge geometry, stroke, force, opening angle, compressed length, extended length, mounting space, end fitting style, environment, and expected use. LX Gas Spring can help review these inputs before quotation so the gas strut is matched to the real assembly rather than a catalogue photo.
Common Customization Options
Typical customization options include force rating, stroke, tube size, rod size, total length, end fittings, brackets, material choice, corrosion-resistant finish, stainless steel construction, release mechanism, damping behavior, private-label marking, and packaging requirements for OEM supply.
RFQ Checklist For Custom Gas Struts
Prepare the application type, load weight, center of gravity, hinge or pivot location, opening angle, extended length, compressed length, stroke, target force, end fittings, bracket position, operating environment, sample quantity, annual quantity, drawing, and photos. If force is unknown, the geometry can be reviewed first.
Sample Approval And Validation
Install samples in the final assembly and check opening effort, closing effort, full-travel clearance, bracket load, damping, lockable release operation if applicable, and motion at each angle. Approved samples should be connected to a drawing revision before batch production.
Custom Gas Spring Manufacturing Range
Custom options can include force, stroke, extended length, compressed length, rod diameter, tube diameter, end fittings, brackets, material, corrosion-resistant finish, damping behavior, lockable release style, marking, packaging, and private-label requirements. For stainless steel or lockable designs, include the environment and user operation details in the first RFQ.
Applications For Custom Gas Struts
Custom gas struts are commonly requested for industrial machine covers, safety guards, medical beds, treatment chairs, truck toolboxes, vehicle compartments, marine hatches, furniture lift mechanisms, storage beds, cabinet doors, RV compartments, windows, and outdoor enclosures. Each application changes the force calculation and mounting review.
How To Reduce Sample Iterations
The fastest custom projects start with a dimensioned drawing, installed sample, or clear photos of the mechanism. Include the hinge location, mounting points, moving load, desired open angle, available space, and target annual volume. This helps engineering propose a part that is closer to production requirements from the first sample round.
Custom Force And Geometry Review
Custom gas spring force should be reviewed with the real lever arm, not only the load weight. If the mounting point is too close to the hinge, the required Newton force may increase sharply and overload the bracket. In many projects, changing bracket position gives a better result than simply increasing force.
Custom End Fittings And Brackets
End fittings determine whether the gas spring can pivot cleanly through the stroke. Ball joints, clevises, eyelets, blade ends, U brackets, nylon ends, and custom brackets should be selected according to load path, angle change, available space, corrosion exposure, and service access. Poor fitting selection can cause side load and seal wear.
Documentation For OEM Custom Gas Springs
Once a custom gas spring sample is approved, record the force range, stroke, extended length, compressed length, rod and tube diameter, fitting type, material, surface treatment, release system if applicable, marking, packaging, and drawing revision. This documentation helps turn a successful sample into repeatable manufacturing.