Low Speed and High Resolution Testing
Non Destructive Testing
Tailormade Solutions
Torque Testing
VIBRAC PRECISION TEST SYSTEMS
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As the leader in the Space, Aerospace and Defense industries for Bearing and Actuator performance testing, Vibrac continues to develop advanced testing solutions for rotary device problems.
Manchester, New Hampshire (NH), United States
Aerospace, Healthcare, Food & Beverage, Defense & Security, Oil · Gas · Energy
Products & Services
Torque Inspector
Vibrac Precision Test Systems
The Vibrac Torque Inspector is a highly-versatile platform designed to test a variety of force/power transmission products like actuators, gear boxes, and motors. This precision torque testing system can examine even the slightest malfunctions, hesitations, resistances, flaws or contaminations in rotational force applications. This system has been designed to test components going onto rockets, satellites, drones, rovers, and in-orbit telescopes. Our system provides confidence that your rotational components are to spec and functioning properly.
3100 Bearing Inspector
Vibrac Precision Test Systems
Designed to meet the US MIL-STD-206B, the system includes a specialized computer control station, a bearing test head for operating at LOW SPEED with HIGH-RESOLUTION, custom Windows 11 control software platform for performing tests and processing the results, a granite anti-vibration table with air-balancing, bearing tooling for properly securing the inner and outer race, an array of highly sensitive and high-resolution torque transducers to cover a wide range of bearing types and sizes. It measures both starting torque and running torque within the same system, with the same tooling and in the same test cycle.
3500 Bearing Inspector
Vibrac Precision Test Systems
The 3500 Bearing Inspector is for measuring the torque characteristics of anti-friction bearings and bearing assemblies. The system contains a magnetic high-resolution encoder and a variable speed drive with 100% custom tooling. This design enables the system to rotate the bearing at a constant speed (0.5 to 10 rpm) while measuring torque.
Torque Transducers
Vibrac Precision Test Systems
The transducers use encoder-type discs to shutter light proportionally to the angular displacement of a torsion bar. This light is then converted by high-output photocells into a current that is likewise proportional to the torque.This methodology provides for the manufacture of both dynamic and static non-contacting transducers with relatively low inertia for any given torque range. The high output current of these optical transducers results in a noise-free signal in an electrically noisy environment. Vibrac® provides Torque Transducers for both static and dynamic applications, which cover the range from 0.05 oz-in to 400 in-lbs.
People
Chloe Smith
Vibrac Precision Test Systems
Sales & Marketing Coordinator
Kelsey Boilard
Vibrac Precision Test Systems
Business Manager
Melissa Thorpe
Vibrac Precision Test Systems
Executive Assistant
Sam Lock
Vibrac Precision Test Systems
Director of Vibrac UK & EU
Sean Luther
Vibrac Precision Test Systems
VP of Sales
Thomas Rogers
Vibrac Precision Test Systems
President & CEO
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About
Vibrac has been the leader in precision test systems for the last 65 years and focuses in electromechanical torque testing systems to provide accurate, low-speed, high-resolution data at 0.5 to 2.0 rpm. Based in Manchester, NH and Breaston, UK, Vibrac serves industries including aerospace, defense, automotive, manufacturing and robotics companies worldwide. Vibrac specializes in manufacturing device torque test systems, bearing test systems, and the most sensitive torque transducers on the market globally.
