Operating Conditions & Risk Assessment
· Load Profile:
A 10 kg steel base supports a 2 kg high-value crystal component, with a total load of 12 kg.
· Key Challenge:
The crystal material is highly brittle and low in toughness, making it extremely sensitive to vibration and sudden shocks.
Elevator start-up and braking can generate transient accelerations that risk damaging the fragile crystal.
Keywords: precision equipment protection, high-value crystal components
Recommended Solution
· Model: ALJ-11002 Silicone-Spring Composite Vibration Isolator
· Design Concept:
A dual-mode vibration isolator and shock absorber engineered for low-load precision equipment, combining elastic support with efficient energy dissipation.
Keywords: vibration isolator, shock absorber, precision equipment
Core Advantages & Technical Highlights
Unique Rigid-Flexible Damping Mechanism
· Helical Spring:
Provides linear stiffness to effectively isolate continuous vibrations, ensuring the system’s natural frequency stays away from operational interference.
· 0° Silicone Element:
Offers auxiliary elasticity and leverages viscoelastic properties to generate substantial damping, absorbing vibration energy efficiently.
· Zero-Gap Preload Design:
The 0° silicone structure ensures immediate damping under static preload, suppressing spring oscillation during transient shocks.
This delivers full-stroke protection for sensitive components during elevator start/stop cycles.
Keywords: vibration control, shock absorption, precision equipment protection
Product Specifications – ALJ-11002
Height (H) | Diameter (D) | Thread (M×L) | Natural Frequency |
23mm | 28mm | 6×12mm | About 6Hz |
About Us
Anlijing Vibration Control Technology Co., Ltd.
We specialize in vibration control and precision equipment protection for electromechanical systems.
Our data-driven approach ensures optimal model selection, precise design, and one-stop solutions for vibration isolation and shock absorption.
