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Anti-vibration unit Product List and Ranking from 12 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Anti-vibration unit Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. 三菱長崎機工 Tokyo//Industrial Machinery
  2. ゲルブ・ジャパン 本社 Kanagawa//Industrial Machinery
  3. null/null
  4. 4 特許機器 Hyogo//Other manufacturing
  5. 5 不二ラテックス Tokyo//Machine elements and parts
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Anti-vibration unit Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Vibration Isolation Device - High Performance Vibration Isolation Device - MAV Series 三菱長崎機工
  2. Compact Rope Vibration Damper: Effectively absorbs vibrations in three dimensions: Enidine
  3. Vibration control measures for presses and hammers ゲルブ・ジャパン 本社
  4. 4 OS-type vibration damping and anti-vibration device 特許機器
  5. 5 Press machine vibration isolation device (polyurethane vibration isolation material) ゲルブ・ジャパン 本社

Anti-vibration unit Product List

31～40 item / All 40 items

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Vibration control measures for presses and hammers

Vibration control measures for presses and hammers

With our viscous dampers providing direct support, it is possible to reduce costs and construction time!

We would like to introduce our "Vibration Control Measures for Presses and Hammers." Presses and forging hammers used in metal forming generate significant kinetic energy, a portion of which is dissipated into the ground, resulting in high vibration levels. In presses, vibrations are primarily generated by the instantaneous release of stress occurring in the press frame during the metal forming process. By utilizing our viscous damper "VISCODAMPER integrated coil spring vibration isolation device" for direct support, it is possible to reduce the foundation, thereby lowering costs and construction time. 【Features】 - Reduction of heavy foundation blocks allows for decreased construction time and costs. - Vibration-sensitive equipment can be installed adjacent, improving production efficiency. - Compared to conventional methods, the reduction in vibration is achieved by at least 80% for hammers and 90% for presses. - The viscous damper contributes to improved stability of the machinery and vibration isolation effects. - Level adjustments for presses and hammers due to foundation settlement or tilting are made easy. *For more details, please refer to the PDF document or feel free to contact us.

  • Plastic processing machines (cutting and rolling)

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Vibration control measures for railway tracks

Vibration control measures for railway tracks

The importance of railways with excellent eco-performance is increasing as a solution to transportation issues in the 21st century.

We would like to introduce our company's "Vibration Mitigation Measures for Railway Tracks." The importance of railways with excellent eco-performance as a solution to 21st-century transportation issues is increasing. However, various types of railways, including linear railways, cannot ignore the vibrations transmitted to the surrounding areas. Our "Gelb Floating Slab Track System" significantly reduces the vibrations propagated to the surroundings during train operation and effectively functions as a solid sound mitigation measure. [Features] - The natural frequency of the vibration mitigation device can be designed to approximately 4 to 8 Hz. - The vibration mitigation device can be embedded within the slab. - Installation and replacement of the spring unit can be performed from above the track slab. - High horizontal rigidity allows for minimal lateral deformation during train operation and small to medium earthquakes. - Durable coil springs and viscous dampers are maintenance-free. *For more details, please refer to the PDF materials or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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Vibration-damping device (for recycling equipment such as scrap shears/shredders)

Vibration-damping device (for recycling equipment such as scrap shears/shredders)

We provide the ideal vibration isolation devices for recycling equipment. Double effect of seismic isolation and vibration damping! Installation is possible for both new and existing systems within a short construction period!

Gelb Japan designs and provides optimal vibration isolation devices for your recycling equipment. Our specialized staff will visit for on-site surveys to conduct vibration measurements, so please feel free to contact us. - Reduce construction time and costs! By introducing Gelb's vibration isolation system, it is possible to reduce the need for heavy foundation blocks. Additionally, the foundation pit itself can also be minimized. - High vibration isolation performance! Gelb's vibration isolation devices exhibit high vibration isolation effects against vibrations from all directions. - Maintenance-free! The durable coil springs and Viscodampers (high-damping viscous dampers) possess excellent resistance to aging, maintaining high vibration isolation performance over the long term. Therefore, they are maintenance-free. - Easy level adjustment! Settling or tilting of the foundation can be easily adjusted using shims. - Increased productivity! By blocking vibrations, precision equipment that is normally sensitive to vibrations can be installed nearby. - Double effect of vibration isolation and seismic isolation! The vibration isolation devices also provide seismic isolation effects, making them effective for earthquake measures. - Vibration measurement support! Our specialized staff will conduct vibration measurements before and after the installation of the vibration isolation devices, allowing you to experience the effects of vibration isolation in numerical terms.

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  • Anti-vibration, earthquake-proof, vibration-isolating devices

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[Data] Railway Track Vibration Control

[Data] Railway Track Vibration Control

Developing various vibration isolation systems to reduce the transmission of vibrations caused by railways!

This document provides a detailed explanation of "railway track vibration control." It includes solutions such as "gel-based solutions for controlling solid-borne sound and vibrations," as well as "solutions using metal coil spring devices" and "solutions using NOVODAMP closed-cell polyurethane." Additionally, it presents examples of achievements along with images, making it a useful reference. We encourage you to read it. 【Contents (partial)】 ■ Vibration control and track stiffness adjustment sections using floating slab track systems ■ Gel-based solutions for controlling solid-borne sound and vibrations ■ Solutions using metal coil spring devices ■ Solutions using NOVODAMP closed-cell polyurethane *For more details, please download the PDF or feel free to contact us.

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Vibration control and damping device "Viscoelastic Damper"

Vibration control and damping device "Viscoelastic Damper"

Solving various vibration problems! Suitable for vibration control during the operation of industrial piping systems!

The "viscoelastic damper" reduces motion in a system and decreases vibrations by converting kinetic energy into heat. It is used to solve various vibration problems and is designed to be effective across a wide frequency range. It is particularly suitable for damping vibrations during the operation of industrial piping systems, such as those in power plants, and for mitigating shock forces generated by large forging hammers. 【Features】 ■ Converts kinetic energy into heat ■ Solves various vibration problems ■ Designed for use across a wide frequency range ■ Can be used in conjunction with spring devices ■ Composed of a metal case filled with a high-viscosity fluid *For more details, please refer to the PDF document or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices
  • Other machine elements
  • Piping Materials

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Vibration control and damping device "Active Vibration Control Device"

Vibration control and damping device "Active Vibration Control Device"

Can be directly mounted to piping without joints! Vibration control and damping device that cancels out system motion.

The "active vibration control device" is a damping and anti-vibration device that is installed on a vibrating system and operates to counteract the motion of the system. The operation is generated by an actuator based on the acceleration of the reactive mass, which acts as a counterforce to the vibrating system, thereby reducing vibrations. It is suitable for systems that need to reduce vibrations at various frequencies due to different operating conditions of the plant. 【Features】 ■ Developed for vibration control in industrial piping systems ■ Acts as a counterforce to the vibrating system, reducing vibrations ■ Can be directly mounted on piping without joints ■ Utilizes a linear actuator to accelerate the device's reactive mass ■ Control cycle that can easily adapt to changes in plant operating conditions *For more details, please refer to the PDF document or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices
  • Other machine elements

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Helical damper

Helical damper

Can be used for protecting precision machinery and for vibration absorption and shock protection during the transportation of precision parts!

We handle the "Helical Vibration Isolator," which has both spring and damper functions, allowing for consideration of both shock absorption and vibration reduction. By restraining a stainless steel wire rope to a retainer for installation and wrapping the wire rope in a spiral (helical) structure, the wire rope deforms significantly in three axial directions, fulfilling the role of a spring. Additionally, during deformation, the individual wires of the wire rope rub against each other, causing a hysteresis phenomenon where the reaction force differs during the stretching and compressing of the product due to friction, thus serving as a damper. 【Features】 ■ Hybrid function of spring and damper ■ Diversity in installation methods ■ Wide range of applications ■ Maintenance-free *For more details, please download the PDF or contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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Floating floor construction method application example: Fitness floor vibration isolation

Floating floor construction method application example: Fitness floor vibration isolation

Introducing a case where a high vibration isolation effect was achieved using a gel floating floor!

We would like to introduce a case study applying floating floor construction methods at a fitness (dance studio). The facility was concerned about vibration transmission to the hotel within the same building, and due to height restrictions for the new building, it was necessary to reduce the floor height to secure the number of guest room floors for the hotel. Therefore, we implemented height reduction by embedding coil springs into the floating floor and conducted on-site vibration measurements to confirm the vibration isolation effect after construction. [Challenges] ■ High-level vibration isolation performance is required as a countermeasure for fitness vibrations. ■ Conventional vibration isolation using rubber materials would require increasing the floor height, necessitating the reduction of one floor from the hotel. *For more details, please download the PDF or feel free to contact us.

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[Floating Floor Method Application Examples] Traffic Vibration Countermeasures

[Floating Floor Method Application Examples] Traffic Vibration Countermeasures

By using coil spring support to create a floating floor at 3-5 Hz, vibration transmission can be reliably suppressed!

We would like to introduce a case study of the floating floor method applied in a precision machinery manufacturing factory. In this factory, traffic vibrations from a nearby main road were occurring, leading to challenges in ensuring manufacturing quality and necessitating a high level of vibration isolation. As a response, we conducted on-site vibration measurements and considered countermeasures based on the results. We optimized the design and layout according to the specific conditions of the site. [Challenges] ■ The vibration isolation using conventional rubber materials was insufficient. ■ It was not possible to verify or predict the vibration isolation effect in advance. *For more details, please download the PDF or feel free to contact us.

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