Taylor Devices, Inc.

Fluid & Gas Flow Equipment

Taylor Devices Announces Major Hospital Seismic Upgrade Contract

NORTH TONAWANDA, N.Y., Dec. 6, 2017 - Taylor Devices, Inc. (NASDAQ SmallCap: TAYD") today announced receipt of a $3.2 million contract for the firm's seismic dampers being used in a seismic protection upgrade at the St. Bernardine Medical Center, San Bernardino, CA. A total of 108 large dampers, each rated at up to ¾ million pounds output, will be used to absorb earthquake energy in the hospital...

Read More »
Fluid & Gas Flow Equipment

Taylor Devices Announces Major Hospital Seismic Upgrade Contract

NORTH TONAWANDA, N.Y., Dec. 6, 2017 - Taylor Devices, Inc. (NASDAQ SmallCap: TAYD") today announced receipt of a $3.2 million contract for the firm's seismic dampers being used in a seismic protection upgrade at the St. Bernardine Medical Center, San Bernardino, CA. A total of 108 large dampers, each rated at up to ¾ million pounds output, will be used to absorb earthquake energy in the hospital...

Read More »
Machined Springs are designed for precision equipment.
Mechanical Components and Assemblies

Machined Springs are designed for precision equipment.

Made of steel, stainless steel, aluminum, titanium, or high-strength plastics, machined springs provide linear and repeatable spring elements that fit within confined volume and remain in line when they stroke. With cross slot configuration, they do not tilt or rotate when exercised. Product design stays within fatigue limits and features inherently square ends. Single-piece construction can...

Read More »
Machined Springs are designed for precision equipment.
Mechanical Components and Assemblies

Machined Springs are designed for precision equipment.

Made of steel, stainless steel, aluminum, titanium, or high-strength plastics, machined springs provide linear and repeatable spring elements that fit within confined volume and remain in line when they stroke. With cross slot configuration, they do not tilt or rotate when exercised. Product design stays within fatigue limits and features inherently square ends. Single-piece construction can...

Read More »
Fluid & Gas Flow Equipment

Taylor Devices Announces Major Hospital Seismic Upgrade Contract

NORTH TONAWANDA, N.Y., Dec. 6, 2017 - Taylor Devices, Inc. (NASDAQ SmallCap: TAYD") today announced receipt of a $3.2 million contract for the firm's seismic dampers being used in a seismic protection upgrade at the St. Bernardine Medical Center, San Bernardino, CA. A total of 108 large dampers, each rated at up to ¾ million pounds output, will be used to absorb earthquake energy in the hospital...

Read More »
Fluid & Gas Flow Equipment

Taylor Devices Announces Major Hospital Seismic Upgrade Contract

NORTH TONAWANDA, N.Y., Dec. 6, 2017 - Taylor Devices, Inc. (NASDAQ SmallCap: TAYD") today announced receipt of a $3.2 million contract for the firm's seismic dampers being used in a seismic protection upgrade at the St. Bernardine Medical Center, San Bernardino, CA. A total of 108 large dampers, each rated at up to ¾ million pounds output, will be used to absorb earthquake energy in the hospital...

Read More »
Company News

Taylor Devices Adds Technical Literature to Web Site

Taylor Devices, Inc., a recognized worldwide leader in shock and vibration control has launched a dynamic new upgrade to their website. Visitors to the Taylor Devices web site, www.taylordevices.com, will now be able to access through their technical literature link over 100 application based articles . Theses articles have been created so that engineers can access data about specific shock and...

Read More »
Company News

Taylor Devices Adds Technical Literature to Web Site

Taylor Devices, Inc., a recognized worldwide leader in shock and vibration control has launched a dynamic new upgrade to their website. Visitors to the Taylor Devices web site, www.taylordevices.com, will now be able to access through their technical literature link over 100 application based articles . Theses articles have been created so that engineers can access data about specific shock and...

Read More »
Machined Springs are designed for precision equipment.
Mechanical Components and Assemblies

Machined Springs are designed for precision equipment.

Made of steel, stainless steel, aluminum, titanium, or high-strength plastics, machined springs provide linear and repeatable spring elements that fit within confined volume and remain in line when they stroke. With cross slot configuration, they do not tilt or rotate when exercised. Product design stays within fatigue limits and features inherently square ends. Single-piece construction can...

Read More »
Machined Springs are designed for precision equipment.
Mechanical Components and Assemblies

Machined Springs are designed for precision equipment.

Made of steel, stainless steel, aluminum, titanium, or high-strength plastics, machined springs provide linear and repeatable spring elements that fit within confined volume and remain in line when they stroke. With cross slot configuration, they do not tilt or rotate when exercised. Product design stays within fatigue limits and features inherently square ends. Single-piece construction can...

Read More »

All Topics