JZP-7.0-SC Rubber Shock Absorber Predictable Dynamic Stiffness 3-Axis FEA Tuned Resonance Avoidance

JZP-7.0-SC Rubber Shock Absorber with Predictable Dynamic Stiffness

The JZP-7.0-SC is a friction-damped rubber-to-metal mount engineered for engineers who must know how a support will behave before it is installed. Rather than tuning stiffness by trial fits, the element is characterised through three-axis finite element analysis, producing a stiffness signature that is stable, repeatable and matched to the load path of the machine it carries.

Performance Highlights

• Predictable dynamic stiffness — vertical, lateral and longitudinal rates stay inside a narrow band across the working frequency range, so the supported mass follows a known response curve.
• Three-axis FEA tuning — the rubber profile, the metal insert and the bond line are co-optimised, which removes the guesswork of trial-and-error mounting.
• Resonance frequency avoidance — the natural frequency sits clear of the excitation bands met on most precision benches, so amplification is prevented instead of corrected after commissioning.
• Mechanical friction damping — energy is dissipated inside the element itself, keeping the isolation effective without hydraulic or pneumatic support circuits.

Dimensional Data

Technical Parameters

Typical Installations

• Precision measuring benches and calibration rigs
• Optical inspection stages and alignment frames
• Analytical and laboratory instruments
• Electronic assembly and test stations