QUALITY. SAFE. RELIABLE.
Taylor Devices has over 60 years of experience and is capable of tackling even the hardest of challenges.
Taylor Devices continues to be a valued supplier to the aerospace, Navy and military industries. Products have been utilized on aircraft, missiles, satellites, spacecraft, ships, submarines, radars, tracked vehicles and gunnery systems.
Devices designed for heavy duty, service applications. Our products include single or double acting dampers, non-linear dampers, single and double acting liquid springs, tension shock absorbers and tension-compression shock absorbers.
Taylor products are used by civil engineers worldwide to protect their structures and the people who rely on its safety. These products are easily incorporated into structures and are relied upon with over 700 bridges and other crucial structures worldwide.
Products from Taylor Devices are used to absorb, control, or mitigate the motion of masses. This motion may be transient, such as caused by earthquakes and explosions, or steady state, such as caused by vibration and controlled power excitation.
Taylor Devices is proud to announce that Ben Covich and Anthony Tiapon have joined the Taylor team. Read more on what they bring to the team.
Read the latest press release with results from the 2nd quarter of fiscal year 2022.
Taylor Dampers are used in a seismic retrofit of a Pre-Northridge Steel Moment Frame Building in L.A.
Read the latest press release with results from the 2nd quarter of fiscal year 2022.
Our podcast and blog offer new ways to learn more about not only our company, but also offer the latest news and events surrounding the shock and vibration industry. Be sure to check back regularly for the latest content, or subscribe to our newsletter to get it right in your inbox.
In June, we interview Evan Reis of the U.S. Resiliency Council. We discuss improving the standards of our buildings and how prepared we are for a true urban disaster. Learn more about the USRC at: usrc.org
Low amplitude dampers can be used to apply damping to a more rigid structure that only experiences small displacements from earthquakes, wind and/or pedestrian vibrations.
