Define the part
Start with geometry, material, interfaces, performance, volume, and timing.


MANUFACTURING PATH 06.4
A gas spring is a sealed hydropneumatic actuator, but successful selection depends on the mechanism geometry, force through travel, stroke, package, end fittings, mounting angles, temperature, cycle rate, damping, locking behavior, and safety strategy.
Lupton helps organize the open questions so the proposed manufacturing resource can confirm process, capability, tooling, quality evidence, pricing, and lead time against the actual program.
Start with geometry, material, interfaces, performance, volume, and timing.
Compare tooling, piece economics, secondary operations, change risk, and delivered scope.
Verify the facility, equipment, quality plan, capacity, test method, and responsible team.
Each card remains a starting point. The drawing and program requirements determine the actual manufacturing fit.
The force requirement changes with mechanism geometry and position.
Define how the mechanism should move, hold, release, and stop.
Treat the gas spring as part of the safety and service strategy.
Published photography is preserved where available. Concept visuals appear only on routes with a verified photography gap and are labeled accordingly.



Legacy equipment, certification, capacity, tolerance, savings, product-performance, and service-life claims are not treated as blanket Lupton capabilities. Verify them against the product and manufacturing resource actually quoted.
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