70+
Years Of Experience
10,000+
Projects Around The World
Taylor Devices is much more than a company that makes products designed to mitigate shock and vibrations. We are a fully integrated company from design to manufacturing to testing.
We offer a full staff of engineers to provide detail design, static and dynamic analysis, and system integration of a product that meets your exacting requirements.
We have a full machine shop where components are machined, finished, and inspected to AS9100 standards to meet exact requirements of custom parts for shorter lead-times.
Our program management processes ensure resources are managed effectively so products are assembled on time and to the most stringent configuration management principles.
Acceptance and qualification testing is performed at our world class facility. We have 12 separate test systems capable of forces up to 4,000,000 lbs. and velocities of 600 in/sec.
Our solutions are trusted utilizing instructions and procedures that are reviewed, challenged, and evolved regularly to provide the highest value add possible.
Taylor Devices supplied critical components to NASA for the Artemis II mission. We are honored to have been part of the mission and want to thank our entire team for making us exceptional.
Taylor Devices supplied critical components to NASA for the Artemis II mission. We are honored to have been part of the mission and want to thank our entire team for making us exceptional.
Read the latest press release with results from the 3rd quarter of fiscal year 2026.
Taylor Devices has established an in-house development lab that brings together dedicated engineering, expert machining, advanced CNC equipment, and high-performance 3D printing.
Our 70th year proved to be another exceptional period for the Company, marked by record-high sales and continued operational excellence.
Read the latest press release with results from the 2nd quarter of fiscal year 2026.
Our new Taylor Damped Moment Frame TM (TDMF TM) procedure decouples special steel moment frame design from the damper frame, allowing for easier analytical models, a prescriptive approach to selecting damper properties, and improved coordination with Taylor Devices.