Wilcoxon Research® products were first developed in 1960 by former staff members of the David Taylor Naval Research Center. Meggitt Sensing Systems is recognized as the leading supplier of high quality, cost effective predictive maintenance equipment including vibration monitoring sensors and transmitters, accelerometers, signal conditioners, hazardous area sensors and related equipment.
The Germantown, Maryland facility houses a wide variety of modern manufacturing, assembly,and test facilities for design and production. The manufacturing and test equipment ranges from basic precision machinery for building high quality vibration sensor components to custom-built machinery specifically designed for accelerometer fabrication.
For over 50 years our customers have trusted in the high reliability and performance of ourproducts. We provide high quality monitoring solutions through advanced technology, rugged performance and total customer support.
Meggitt specializes in wheels and brakes, environmental and fluid control, fire, smoke and overheat detection, high performance cabling, polymer solutions and avionics. Our world-class sensing systems cover condition-monitoring; airborne distributed air data and low airspeed measurement; micro-electronic mechanical systems; and high performance sensors that measure virtually every physical parameter.
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Timeline of pioneering advances at Meggitt (Maryland), Inc.
Meggitt engineers have been responsible for many advances in piezoelectric accelerometers, including developing leading-edge products, contributing industry-notable research, and forging innovative markets. Some of the key accomplishments and milestones are below:
1960Wilcoxon Research, Inc. is founded by a group of entrepreneurial scientists from the US Navy’s David Taylor Research Center (now the Naval Surface Warfare Center)
1961Introduced the first piezoelectric accelerometer to incorporate an integrally-isolated base, eliminating the requirement for frequency-limiting adapters
1963Drew attention to and specified the effects of base strain sensitivity and incorporated integral strain filters in compression-type models, while expanding lines of bending- and shear-type models which are immune to base strain
1964Delineated and specified the magnetic and acoustic sensitivity of piezoelectric vibration transducer
1965Pioneered the area of underwater piezoelectric accelerometers and introduced the first accelerometer specifically designed for underwater use
1967Developed and introduced the wrap-around impedance head and driver
1970Introduced the first reaction-type piezoelectric vibration generator
1976Introduced the first ultra low-noise detection accelerometers for underwater applications
1979Introduced piezoelectric shake tables for high frequency, high level vibration generation
1981Developed piezoelectric accelerometers with integral PIEZOFET™ with low noise charge amplifiers
1983Introduced the first piezoelectric velocity sensor and piezoelectric ultra-quiet seismic accelerometer
1986Expanded development of industrial accelerometers
1988Introduced the micro-seismic triaxial accelerometer for downhole geophysical sensing
1989Introduced the IsoRing industrial accelerometer for permanent installation in confined locations
1990Introduced the industry's first displacement output accelerometer
1994Developed the first ultra quiet downhole piezoelectric vibration sensors for geophysical studies
1996Developed the first ultra high sensitivity, low noise seismic accelerometer for nano g measurements
1997Earned ISO 9001 quality management certification
1999Formation of Wilcoxon Labs for leading edge research and development
2003Developed the most advanced, miniature directional hydrophone for towed arrays which provides the US Navy with highly advanced underwater threat detection
2004Meggitt PLC, an international aerospace, defense and electronics group, acquired Wilcoxon Research
2004Introduced a shear-mode underwater directional hydrophone
2005Developed a vibration transmitter series of products with the first customizable and field-programmable frequency response, powerful alarming capabilities, and digital communications
2008Pioneered first stand-alone 4-20 mA vibration displacement sensor for machinery monitoring
2008Developed an ocean-bottom, triaxial seismic accelerometer
2009Introduced dynamic-output and signal-conditioned digital accelerometers which convert the analog signal to digital output inside the sensor housing for the cleanest vibration signal over long cable runs
2009Earned AS9100 aerospace quality certification
2011Changed legal name to Meggitt (Maryland), Inc., and began doing business as Meggitt Sensing Systems