The AMVB series has a load range of 0.4–80 kg, making it suitable for small and medium-sized precision instruments. However, model selection should be based on the actual load at each mounting point rather than simply using the total equipment weight.

For example, if an instrument weighs 40 kg and uses four isolators, the theoretical average load is 10 kg per isolator. However, if the center of gravity is not located in the geometric center, the actual load distribution may be different. Therefore, providing the equipment drawing and center-of-gravity information can help achieve a more accurate selection.

Yes. The AMVB is made of 304 stainless steel and provides good resistance to humidity, salt spray, aging, and demanding environmental conditions. Its all-metal construction also makes it suitable for applications where long-term environmental stability is important.

Typical marine applications include navigation instruments, communication equipment, monitoring devices, electronic cabinets, control systems, and other sensitive shipborne equipment requiring vibration isolation and shock protection.

Yes. One important characteristic of the AMVB design is its nearly equal axial and radial stiffness. This allows the isolator to provide relatively consistent cushioning protection when vibration or shock comes from different directions.

This characteristic is especially valuable for aircraft, ships, vehicles, and other mobile platforms because the equipment may experience vertical, longitudinal, and lateral excitation during operation.

For accurate selection, please provide the equipment name, total weight, number of mounting points, load distribution, installation orientation, vibration frequency, shock requirements, mounting dimensions, and environmental conditions.

For aviation, aerospace, marine, or vehicle-mounted precision equipment, we also recommend providing an equipment drawing and information about the center of gravity. This allows our engineers to evaluate the actual load distribution and recommend a more appropriate AMVB model.

The AMVB All-Metal Vibration Isolator requires relatively little routine maintenance because its primary isolation structure is made of metal rather than conventional rubber. The 304 stainless steel construction provides excellent aging resistance and is suitable for equipment requiring long-term reliability.

For applications such as avionics, marine electronics, vehicle-mounted instruments, navigation systems, and precision monitoring equipment, periodic inspection of the mounting bolts, installation position, and isolator condition is recommended. If the equipment has experienced a severe shock or impact, the isolators should also be inspected before continued operation.

Yes. Vehicle-mounted and mobile equipment is one of the important application areas for AMVB isolators. During operation and transportation, equipment may be exposed to vibration from engines, road surfaces, acceleration, braking, and sudden impact.

The AMVB features high damping and nearly equal axial and radial stiffness, allowing it to provide cushioning protection in multiple directions. It can therefore be considered for vehicle-mounted computers, communication equipment, surveillance systems, navigation instruments, cameras, sensors, electronic control units, and other sensitive onboard equipment.

Correct selection should consider not only the equipment weight but also the center of gravity, mounting orientation, vibration frequency, shock acceleration, and load distribution at each mounting point.

The main difference is the elastic and damping structure. Conventional rubber mounts rely primarily on elastomer deformation to isolate vibration, while the AMVB uses an all-metal structure designed to provide vibration isolation and shock protection.

Rubber mounts are widely used for general industrial equipment and are often an economical solution under normal operating conditions. However, the AMVB All-Metal Vibration Isolator is particularly advantageous when equipment requires excellent aging resistance or operates in demanding environments involving temperature variations, humidity, salt spray, or organic solvents.

For precision instruments used in aviation, aerospace, marine, and vehicle-mounted applications, the combination of all-metal construction, low-frequency isolation, high damping, and multi-directional cushioning can provide a reliable solution where long-term environmental adaptability is important.