Vibration Isolator Solutions
for All Applications

Vibratac is a high-tech enterprise offering a comprehensive range of high-quality vibration isolators. Our products, especially the advanced anti-shock wire rope isolators, deliver superior performance and reliability across various applications, from industrial machinery to aerospace and military environments. Backed by industry certifications and dedicated after-sales support, our solutions meet the highest standards for diverse market needs.

Our Products: Features and Applications

Camera Vibration Isolator
JMZ Series

Features:
  • Compact design with high damping capacity.
  • Wide frequency range, effective vibration isolation in any direction.
Application:
  • Energy & Mining, Defence, Naval System.

Rubber Shock Absorber
JZP Series

Features:
  • High shock resistance, large load capacity.
  • Excellent fatigue resistance and environmental durability.
Application:
  • Vehicle Mounted Equipment Electronics.

Anti-Vibration Mount
JMZ Series

Features:
  • Low natural frequency with adjustable damping.
  • Wide load range and excellent environmental resistance.
Application:
  • Energy & Mining, Defence, Naval System.

Wire Rope Vibration Isolator
JMZ Series

Features:
  • Long lifespan with broad load range and good environmental resistance.
  • All-metal multidirectional anti-vibration mounts.
Application:
  • Naval System, Trailer, Satellite, Antenna Unit, Launcher, Engine Stand.

Patented Vibration Isolator
GX-N Series

Features:
  • Impact-resistant and environmentally durable.
  • Provides 360° all-directional vibration isolation.
Application:
  • Vehicle Mounted Equipment Electronics.

Gimbal Vibration Isolator
GR Series

Features:
  • Lightweight design with various specifications.
  • High impact resistance.
  • Excellent reliability and long lifespan.
Application:
  • Camera Gimbal, camera Accessories, camera Accessories.

What Are the Applications of Vibration Isolators?

Aviation

Vibration isolators protect sensitive aircraft electronics and instruments, ensuring reliability and safety by absorbing shocks and reducing high-frequency vibrations.

Defense

 In defense, isolators prevent distortions in military equipment, ensuring accurate operation under extreme conditions by withstanding heavy shocks and vibrations.

Navy

Naval isolators protect vessels and machinery from vibrations and corrosive seawater, reducing maintenance costs and ensuring smooth operation in harsh maritime environments.

Transport

Transport isolators safeguard vehicles and cargo from road-induced vibrations, ensuring the durability of equipment and the integrity of goods during transit.

Industry

Industrial isolators enhance machinery efficiency by reducing vibrations, protecting equipment from wear, and ensuring uninterrupted production processes.

Rail

In rail transport, isolators improve passenger comfort and safety by reducing vibrations, protecting train components, and minimizing noise for a smoother ride.

Why Vibration Isolators Are Essential ?

Vibration isolators are crucial components designed to reduce or eliminate vibrations and shocks that can damage equipment, affect precision, create noise, and compromise structural stability. Here’s why they are essential:

Protect Equipment

Vibration isolators safeguard machinery from damaging vibrations and shocks, enhancing performance and extending lifespan.

Improve Precision

For high-precision equipment, isolators minimize vibrations, ensuring accuracy and consistent operation.

Reduce Noise

By dampening vibrations, isolators significantly decrease noise levels, creating a quieter work environment.

Enhance Structural Safety

In construction, isolators protect buildings from seismic activity and other external forces, ensuring safety and stability.

How to Select Vibration Isolator?
A Step-by-Step Guide

To ensure you select the ideal vibration isolator for your application, we need specific information about your environment and requirements. By providing the following details, we can help you choose a product that delivers optimal performance and reliability.
Identify
Application Environment
Understand the specific application scenario, including shock characteristics, load requirements, energy spectrum density, and installation conditions.
Determine
Load Requirements
Assess the total weight and vibration characteristics of the equipment to ensure the selected isolator can handle static and dynamic loads.
Evaluate
Environmental Conditions
Analyze the energy spectrum density to choose an isolator with a resonance frequency that avoids potential issues like resonance or equipment failure.
Consider
Installation Requirements
Account for space constraints and mounting orientation (horizontal, vertical, or angular) to ensure optimal performance and fit.
Address
Additional Needs
Discuss any specific conditions (e.g., temperature extremes, chemical exposure) with our engineers to ensure the selected product meets all operational demands.
Finalize
Ideal Customization
Based on the gathered information, select and customize the appropriate shock absorber model to match the application’s exact needs, ensuring reliable and efficient performance.

Case Study
Vibration Isolation for Armored Vehicles

Where Innovation Meets Customization
Our client faced repeated failures with vibration isolators in their armored vehicles due to the severe conditions of operations. Standard isolators on the market frequently fractured under extreme impacts, necessitating a custom solution.
Vibratac conducted extensive consultations and identified that conventional stainless steel isolators lacked the necessary strength. We collaborated with our raw material suppliers to develop a unique, stronger alloy and integrated vulcanized rubber pads into wire rope isolators. This innovative design enhanced shock absorption and significantly improved durability, expanding the isolators’ effective vibration isolation across a broader frequency range.
The custom-designed isolator underwent rigorous testing and successfully met the demanding requirements of armored vehicle operations. The project’s success led to the creation of the GX series, which quickly became a key component in military and industrial applications, earning a patent and solidifying Vibratac’s reputation as a leader in advanced vibration isolation technology.
Lee W. S.

International Defense Contractor

Our Outstanding
R&D Capabilities

Development of the JGX Series
At Vibratac, our commitment to innovation drives everything we do. In 2015, we recognized a growing global demand for more versatile and reliable wire rope vibration isolators. To meet this challenge, our research and development team embarked on a mission to diversify our product line, resulting in the creation of the JGX series.
Over the course of six months, our engineers developed a groundbreaking product line featuring 12 different structures and 6-8 models per series. The JGX series was designed with adaptability in mind, offering lightweight yet durable solutions capable of performing in the most demanding environments, from military vehicles to industrial machinery.
This project exemplifies our ability to push the boundaries of traditional design, resulting in a product that not only meets but exceeds industry standards. The JGX series set a new benchmark for efficiency, sustainability, and versatility in the vibration isolation industry, underscoring Vibratac’s role as a leader in advanced engineering and product innovation.

Vibration isolators are devices designed to minimize the transmission of vibration from one area to another. They work by absorbing and dampening the energy generated by vibrations, thereby protecting sensitive equipment and structures from potential damage.

Yes, Vibratac provides customizable vibration isolators to meet specific requirements. Our products can be tailored in terms of size, load capacity, material, and other specifications to suit various applications.

Yes, but the type of isolator matters; for example, Wire Rope Isolators perform better in a wide temperature range than elastomers.

Vibratac ensures quality through advanced testing equipment and strict quality control processes. We use vibration testing analyzers, sound level meters, filters, and static testing equipment to guarantee product performance and reliability.

The lifespan varies based on usage and environment but can range from several years to decades with proper maintenance.

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