Industry Spotlight

World leaders in the field of shock & vibration with over 60 years of industry experience. 

High Rise Buildings

Reduce the swaying motion at the top of tall buildings that is caused by wind, along with other seismic events. 

Low/Mid Rise Buildings

Protect your building from the dangers of seismic activity with a cost-effective solution of a safer structure.


Create a safer structure by reducing displacement demands (from energy) produced by seismic and wind activity.

Damping Solutions for Structural Applications

Originally developed for NASA in the 1960s, fluid viscous dampers have successfully transitioned into the civil engineering community. These devices are used for a variety of applications including seismic events, strong winds, and pedestrian energy in protecting buildings, bridges and other structures worldwide. Learn more about how bridge and building dampers can provide a variety of solutions based on your type of structure. You can also read through our comprehensive damper manual or contact us today for more information or with any questions you may have.


Our First Ever Damper Design Manual!

This comprehensive manual is a guide for engineers with various levels of experience to take advantage of this technology to improve the dynamic performance of structures and to help save lives throughout the world.

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High Rise Building Damper Solutions

The use of energy dissipating devices to reduce building response from dynamic inputs has become an accepted design approach for high rise buildings. New approaches are continually being developed by designers as evidenced by the varied applications of viscous dampers, tuned mass dampers, and visco-elastic dampers. These damping solutions can be added to new buildings or used as seismic retrofits to existing buildings. Each of these building damper systems has its own idiosyncrasy and the optimal solution must be evaluated for the particular project under consideration. Read more about each solution below.

Direct Acting Damping

Using Fluid Viscous Dampers

One method of adding damping in buildings is direct acting damping through the use of fluid viscous dampers. By adding these building dampers where motion can occur, the building can be better protection against energy inputs such as wind and seismic activity. Some common configurations for building direct acting damping include open space, toggle brace, diagonal, and more.

Diagram of dampers in a building

Damped Outrigger

Using Metal Bellows Dampers

A damped outrigger system uses metal bellows dampers and is highly efficient in reducing dynamic movements from hazardous winds. This building damper system is based on the concept of total gross movement of the structure, applying vertical tension/compression forces into perimeter columns.

Damped Outrigger System

Viscous Damping Devices for TMDs

Tuned mass damper (TMD) systems have been incorporated into many structures and dynamic systems throughout the world. Taylor Devices manufactures viscous damping devices (VDDs) to accompany these large systems to effectively remove the energy from the system as it moves with the structure. 

Viscous dampers with Tuned Mass Damper

Low/Mid Rise Building Damper Solutions

When living in an area that is prone to earthquakes, extensive means must be taken in order to preserve structural integrity. Current building codes only require that a building should not collapse during a major earthquake, however, heavy structural damage is acceptable under the current building codes, even irreparable structural damage. Taylor Devices has a variety of building damper solutions that absorb energy of an earthquake, so the building doesn’t have to. Our dampers are maintenance-free and designed to reduce stress, deflection, and acceleration, protecting the structure and content. Learn more about each system below.

Base Isolation

Base isolation systems reduce structural excitation by physically decoupling the structure from the ground. This type of solution requires that the entire structure be cut loose and separated from the foundation system and isolation pads inserted in between the two. By doing so, the building will be isolated from the movement of the ground during seismic events and can achieve 6 degrees of freedom.

How a Base Isolation System works

Direct Acting Damping

Using Fluid Viscous Dampers

While many methods exist to implement distributed damping in a building, the underlying concept is to connect the fluid viscous dampers where motion will occur. This can include between beam and column joints or between floor levels, which deform relative to one another in a shearing-type motion. Some common configurations for building direct acting damping include open space, toggle brace, diagonal, and more.

Fluid viscous dampers being used as seismic protection

Bridge Damper Solutions

It is common practice today that structural engineers do not design their structures to remain fully elastic during a seismic event as in the past. Instead, they allow structures to experience plastic hinging (damage) in certain areas that are carefully detailed for this particular reason. Energy dissipation is achieved through hysteretic damping at these plastic hinges. This concept of ductile design leads in general to more economical designs provided that a certain level of safety is still maintained. Whether the goal is to reduce wind or seismic energy, Taylor Devices provides a variety of solutions for energy dissipation for safer and more cost-effective structures in the long run. Read more about each system below.

Direct Acting Damping

Using Fluid Viscous Dampers

Similar to systems found in buildings, direct acting damping can be used in bridge applications to absorb wind, seismic, and pedestrian energy. Fluid viscous dampers are installed to provide damping into the system and, consequently, reduce force and displacement demands. A reduction or even elimination of structural damage as well as traffic loss could be achieved after a seismic event, yielding substantial economic benefits. 

Damper on the Millennium Bridge

Lock Up Devices

Lock up devices are used to limit relative motion between masses during a dynamic event, while providing free motion in the normal thermal movement mode. These devices act similar to how seatbelts can extend and retract when moved slowly, but lock up with sudden movement. Taylor Devices began using these devices to limit the relative motion of highway bridge sections under various types of transient motion, usually seismic in origin.

Close up of Lock-up Devices used on Seattle Elevated Light Rail

Tuned Mass Dampers

Similar to systems used in high rise buildings, tuned mass dampers (TMDs) for bridges will resonate out of phase with the bridge creating an opposing forcing function so energy can be dissipated by the dampers, and the bridge’s dynamic response is thereby improved. The only difference is that these TMDs are built at a much smaller scale, for much smaller input – typically pedestrian synchronized events.

Tuned Mass Damper used in pedestrian bridge

Our team is ready to take on your next big project.

Investor Information

2020 Q3 Important Links


The following update is from company president, Alan Klembczyk.

March 20, 2020

To the Customers of Taylor Devices:

Due to the ongoing dynamics of the situation with respect to the Coronavirus, I feel that it is necessary to update our customers yet again. As of today, there has been a significant development for us, so I want to convey our current status.

The Governor of New York State, Andrew Cuomo, today updated his Executive Order mandating that 100% of their workforce stay home, with certain exceptions.

Before explaining how that impacts us, please allow me to clearly state that we continue to monitor and adhere to the advice of the appropriate public health agencies. Our Executive Management team is in continuous communication with each other and we are reacting accordingly to minimize any possible impacts that this situation may cause in satisfying all our customer’s needs.

We continue to follow the Center for Disease Control (CDC), Occupational Health and Safety Administration (OSHA) and the Niagara County Health Department for news and advice on steps that should be followed. We are following the recommendations of those agencies.

Because Taylor Devices provides products and services for defense and national security-related operations supporting the U.S. Government and is a contractor to the US government, we are continuing our operations on a limited basis to support our requirements. This allows us to maintain at least a minimal workforce, including some office staff and some personnel who are supporting manufacturing, assembly, and testing operations.

We have taken substantial measures to allow certain other employees to work from home if their job function allows. Therefore, we are fortunate to be in a position that allows us to maintain many functional aspects of our Company while still practicing cautious measures to inhibit the spread of the Coronavirus.

Please continue to be assured of the following points:

  • TDI Management has taken substantial measures to maintain our ability to meet our obligations to our customers while adhering to the recommendations and regulations of government agencies. Our workforce remains confident, high- spirited and healthy. We have a sufficient workforce that have adjusted their work schedules as necessary. We remain confident that we will continue to meet the ongoing challenges that the situation is presenting to us.
  • Our Purchasing team is in continuous communication with our suppliers so that we can be updated on any delays that may occur. To date, there still have been no delays in receiving our raw materials, purchased components or outside services that affect our final product.

  • We are managing this crisis with plans and protocols, which includes the ability for many of our employees to work remotely and seamlessly to support our customers while keeping our employees safe.

  • Our cleaning service at our factory has stepped up cleaning and disinfecting, especially in high-use areas such as bathrooms and lunchrooms.

  • We have eliminated non-essential travel.

  • We have put into place a policy of reporting any personal travel by staff or family members outside of Western New York to Human Resources to determine if any quarantine measures will need to be taken, especially if the travel is to high-risk exposure areas or on cruise ships.

  • We have added a formal visitor pre-screening process that we now require all visitors that enter our facilities to complete.

Please be assured that Taylor Devices continues to hold a very high standard for all our customers while ensuring the safety of all our employees and our professional associates. Our Sales Staff is always available to answer any questions that you may have, and we will continue to support our customers to the absolute best of our abilities.

Thank you very much for your confidence in us to manage this challenging situation.

Alan Signature
Alan Klembczyk

Please stay tuned for more updates to come.

Thank You!

A Taylor Devices Representative will be in touch shortly.

Investor Information

2020 Q1 Important Links

Investor Information

2019 Q4 Important Links