Our History

A Legacy of Innovation Since 1918

Since its founding in 1918, Vibration Specialty Corporation has been at the forefront of machinery reliability, precision balancing, and predictive maintenance. Founded by inventor Nicholas Wladimir Akimoff, whose groundbreaking dynamic balancing machine established a new standard for rotor balancing, VSC has spent more than a century solving the world’s most challenging rotating equipment problems. From helping Thomas Edison balance turbines and generators to resolving vibration issues for Henry Ford’s Model T, the company’s innovations have influenced some of the most significant advancements in American industry. Throughout its history, VSC has remained committed to developing technologies that improve equipment performance, increase reliability, and extend machinery life.

Over the decades, VSC has continued to lead the evolution of predictive maintenance through pioneering advancements in vibration analysis, field balancing, remote condition monitoring, and machinery diagnostics. The company introduced the industry’s first tri-axial vibration analysis concepts, developed one of the first four-channel computerized vibration analyzers, and has continually advanced its data acquisition and online monitoring technologies to meet the needs of modern industry. VSC’s expertise has supported critical applications ranging from naval submarines, military aircraft, and the U.S. space program to power generation, manufacturing, marine, and process industries worldwide. Today, more than 100 years after its founding, VSC continues to build on its legacy of innovation by providing industry-leading solutions that help customers maximize reliability, reduce downtime, and protect their most critical rotating assets.

Vibration Specialty Corporation Timeline

1918

Vibration Specialty Corporation was incorporated in 1918 by Nicholas Wladimir Akimoff. This was 2 years after he had submitted his original patent for a static /dynamic balancing machine. In 1918, he resubmitted his patent with an improved version of the machine.

N. W. Akimoff was a Russian immigrant. By the time Akimoff arrived in the USA, he was already noted for his ingenuity in the world of mechanics. His balance machine, while a breakthrough in its time, is still used today coupled with current technology to be, perhaps, the best portable balance machine available.

The Akimoff machine incorporates mechanical resonance to realize an extremely accurate reading at relatively slow speeds (rpm). In the present configuration, the Akimoff machine is used for balancing rotating elements weighing up to 400,000 pounds. This includes the largest nuclear turbine and generator rotors.

The accuracy of this machine is as good as, or better than, the latest and most expensive low speed balancing machine on the market today and it all can be performed at less than 100 rpm.

Because of the machine’ extreme accuracy, most of the silent submarine propellers made for the US Navy have been balanced using an Akimoff machine. This was true even though there were significantly more modern machines available.

Akimoff was instrumental in solving Henry Ford’ problem of high vibration levels in the model T Ford. Also, during the same time period, he resolved the torsional vibration problem that was apparent in a crankshaft.

Akimoff was also extremely valuable to Thomas Edison in the process of balancing his turbines and generators. General Electric utilized the VSC Akimoff machines well after the Korean War ended. Actually, VSC supplied all of the balancing machines in the free world for the US Navy through the same time period.

VSC had a large footprint on the machine balancing of rotors, but they also developed the first triaxial instrument for analyzing machine vibration. VSC has always felt that it was essential to use all three axes to evaluate a bearing and machine condition. This is why, as far back as 1977, VSC utilized three axes (all acquired simultaneously) in data collection.

Since 1977, VSC has developed over 5 renditions of its data collector/ analyzer; each getting smaller and faster. Today, the system developed by VSC has 8 synchronous channels. Twenty-four (24) bit data can be streamed or batch collected up to 40 Khz. This is available for data collection and machinery analysis in both wireless and wired form.

VSC is proud of our history and our contribution to progress in our field. We are also proud to be a leader over the last century.

1928

Developed tri-dimensional vibrograph for monitoring machinery vibration in three dimensions and onsite in situ dynamic rotor balancing. Started providing field rotor balancing on our Precision Balancing Machines at the client’ location.

1942

WWII

VSC personnel were exempt from the draft for the war effort in order to make balancing machines for all naval shipyards across free world and rotating equipment suppliers such as General Electric and Westinghouse.

1957

Korean/Cold War

VSC provided precision dynamic balancing to US military parts for aircraft and missile components as well as submarines to help keep them silent. Our precision rotor balancing center balanced several components for the first US satellites.

1961

United States Space Program

From the inception of the Space Program VSC has played an important role in that sphere.

1972

In 1972 VSC introduced our SAVE program (Sound and Vibration Evaluation). This was the precursor of Predictive Maintenance.

1981

Developed the first four channel computer based vibration analyzer.

1985

Established a remote machinery monitoring program for clients around North America.

1998

Created wired and wireless remote online machinery monitoring system.

2000

Provided remote data analysis to US Coast Guard at the North and South Pole.

2000

1st Gulf War/Operation Iraqi Freedom/Afghanistan

Conducted precision balancing on critical aircraft and military components for the US Military.

2005

Protect Wireless Online Machinery Monitoring System.

1918

Vibration Specialty Corporation was incorporated in 1918 by Nicholas Wladimir Akimoff. This was 2 years after he had submitted his original patent for a static /dynamic balancing machine. In 1918, he resubmitted his patent with an improved version of the machine.

N. W. Akimoff was a Russian immigrant. By the time Akimoff arrived in the USA, he was already noted for his ingenuity in the world of mechanics. His balance machine, while a breakthrough in its time, is still used today coupled with current technology to be, perhaps, the best portable balance machine available.

The Akimoff machine incorporates mechanical resonance to realize an extremely accurate reading at relatively slow speeds (rpm). In the present configuration, the Akimoff machine is used for balancing rotating elements weighing up to 400,000 pounds. This includes the largest nuclear turbine and generator rotors.

The accuracy of this machine is as good as, or better than, the latest and most expensive low speed balancing machine on the market today and it all can be performed at less than 100 rpm.

Because of the machine’ extreme accuracy, most of the silent submarine propellers made for the US Navy have been balanced using an Akimoff machine. This was true even though there were significantly more modern machines available.

Akimoff was instrumental in solving Henry Ford’ problem of high vibration levels in the model T Ford. Also, during the same time period, he resolved the torsional vibration problem that was apparent in a crankshaft.

Akimoff was also extremely valuable to Thomas Edison in the process of balancing his turbines and generators. General Electric utilized the VSC Akimoff machines well after the Korean War ended. Actually, VSC supplied all of the balancing machines in the free world for the US Navy through the same time period.

VSC had a large footprint on the machine balancing of rotors, but they also developed the first triaxial instrument for analyzing machine vibration. VSC has always felt that it was essential to use all three axes to evaluate a bearing and machine condition. This is why, as far back as 1977, VSC utilized three axes (all acquired simultaneously) in data collection.

Since 1977, VSC has developed over 5 renditions of its data collector/ analyzer; each getting smaller and faster. Today, the system developed by VSC has 8 synchronous channels. Twenty-four (24) bit data can be streamed or batch collected up to 40 Khz. This is available for data collection and machinery analysis in both wireless and wired form.

VSC is proud of our history and our contribution to progress in our field. We are also proud to be a leader over the last century.

1928

Developed tri-dimensional vibrograph for monitoring machinery vibration in three dimensions and onsite in situ dynamic rotor balancing. Started providing field rotor balancing on our Precision Balancing Machines at the client’ location.

1942

WWII

VSC personnel were exempt from the draft for the war effort in order to make balancing machines for all naval shipyards across free world and rotating equipment suppliers such as General Electric and Westinghouse.

1957

Korean/Cold War

VSC provided precision dynamic balancing to US military parts for aircraft and missile components as well as submarines to help keep them silent. Our precision rotor balancing center balanced several components for the first US satellites.

1961

United States Space Program

From the inception of the Space Program VSC has played an important role in that sphere.

1972

In 1972 VSC introduced our SAVE program (Sound and Vibration Evaluation). This was the precursor of Predictive Maintenance.

1981

Developed the first four channel computer based vibration analyzer.

1985

Established a remote machinery monitoring program for clients around North America.

1998

Created wired and wireless remote online machinery monitoring system.

2000

Provided remote data analysis to US Coast Guard at the North and South Pole.

2000

1st Gulf War/Operation Iraqi Freedom/Afghanistan

Conducted precision balancing on critical aircraft and military components for the US Military.

2005

Protect Wireless Online Machinery Monitoring System.