Unveiling of Damping Spring Shock Absorbers: Precise Vibration Reduction Solutions from Structure to Application
Among numerous vibration reduction devices, damping spring shock absorbers have become the key to ensuring stable operation of precision equipment due to their unique advantages. Below is a detailed introduction for everyone.
Analysis of the principle of damping spring shock absorber
The core of a damping spring shock absorber lies in the synergy between the spring and damping. Springs provide elastic support and cushion vibration and impact; Damping is achieved through internal special structures, such as multi hole air damping, which converts vibration energy into thermal energy for dissipation and reduces the risk of resonance.
Just like LeadTop’s ordinary air floating vibration isolator ZDT-P series, the external adjustable damper can flexibly set the damping according to the on-site environment, effectively avoiding resonance and ensuring equipment stability.
Structural Features and Advantages of Damping Spring Shock Absorbers
The damping spring shock absorber has a sophisticated structure. Taking the ZDT-P series as an example, the ultra-thin airbag design is a major highlight. Its thickness is only 0.5% of the effective area diameter, which is half the thickness of a typical airbag. It is softer and more sensitive, and can reduce the impact of its own stiffness on the natural frequency of the system.
High precision pneumatic control system, sensitive, fast, safe and stable, automatic leveling and inflation, equipped with a silent air compressor source, low noise. LeadTop provides users with a high-quality vibration isolation experience through these innovative designs.
Performance indicators and parameter interpretation of damping spring shock absorbers
Performance indicators are the key to measuring the quality of shock absorbers. The ZDT-P series has a low natural frequency of 1.0-2.0Hz in both vertical and horizontal directions, with high isolation efficiency. At 5Hz and 10Hz, the isolation efficiency in both vertical and horizontal directions can reach 78% -95%, respectively.
The isolation method is air spring, and the leveling method is pneumatic leveling. The working pressure is 0.2-0.4MPa, the repeat positioning accuracy is ± 0.1mm, the adjustment height is ± 10mm, and the recovery time is less than 5S. You can also choose to install casters, and all parameters perform well.
The application fields of damping spring shock absorbers are widely covered
Damping spring shock absorbers are widely used. In the fields of microscopy and medical biology, it can reduce the interference of vibration on observation and experimentation; Optical path testing, optical measurement, laser scanning, laser interferometry, spectral experiments, precision testing and other optical related fields to ensure accurate operation of equipment; Integrate the electronics industry to avoid vibration affecting product quality; Instruments and equipment with extremely high vibration requirements can also provide stable support with their excellent performance.
Damping spring shock absorbers have become a powerful tool for vibration reduction in many fields due to their unique principles, exquisite structure, excellent performance, and wide applicability. As a professional supplier of vibration isolation optical platforms and accessory products, LeadTop continuously researches and innovates to provide users with high-quality damping spring shock absorber products, helping equipment in various industries operate stably.