gas spring

This comprehensive guide explains the mechanics of gas strut compression and compares four main types: compressed, lockable, dampers, and traction gas springs. Backed by Juteng's manufacturing experti...

Designing a lifting mechanism for heavy lids or machinery covers? Choosing between a single and dual gas strut setup is critical for stability, safety, and hinge longevity. This comprehensive guide co...

Selecting the right support mechanism is critical for equipment safety and lifespan. This guide compares telescopic gas springs with traditional mechanical springs, highlighting key differences in dam...

Choosing between adjustable (lockable) and standard gas springs? This comprehensive guide by Juteng compares their pros, cons, costs, and applications. Discover crucial engineering insights—including ...

Confused between a traction gas strut and a compression strut? This comprehensive 2026 guide breaks down the core differences in force direction, load capacity, and installation rules. Discover why Ju...

Struggling to choose between adjustable and fixed locking gas struts? This comprehensive showdown compares their flexibility, cost, and ideal applications across automotive, medical, and industrial se...

Looking to upgrade heavy lids and hatches? Our comprehensive guide explores the engineering behind easy lift gas struts. Learn how to calculate the exact F1 force for your project, the differences bet...

Looking to optimize your pull-to-close mechanisms? This comprehensive engineering guide breaks down the pros, cons, and technical limitations of tension (traction) gas springs. Unlike standard compres...

Selecting the optimal lockable gas spring requires precise engineering. This comprehensive guide covers F1 force calculations, rigid vs. elastic locking mechanisms, and critical installation rules. Di...