hpht ultrasonic solutions by meggitt piezo technologies

Meggitt PLC company highlights

» LSE: MGGT» Founded 1950 UK» 2015 US $2,37B Sales» 2015 Market Capitalization: US $3.2B» R&D Expenditure US $221.4M (10% Revenue)» Meggitt Production System

George Gabuzda

Components and Subsystems

Components and Subsystems

Extreme environments

Meggitt Divisions

Leading technology positions

Aircraft BrakingSystems Control Systems Polymers &

Composites Sensing Systems Equipment Group

Meggitt Divisions




Wheels BrakesBrake controlLanding gear controlNose wheel steeringLanding systems monitoring

Meggitt Divisions





Thermal management Fluid and pneumatic controlElectromagnetic controlSafety systems

Meggitt Divisions






SealsFuel bladdersFuel systemsIce protection

Meggitt Divisions







Performance SensingPower & MotionSensing & MonitoringAvionics, Inertial Sensing & Ignition

Meggitt Divisions








Defense systemsSpecialty components

Sensing Systems Division

Gain cross industry knowledge




Sensing Systems Division

Performance sensing product portfolio

AccelerometersAccessoriesCardiac rhythm monitoringDigital and wirelessFuzes

Vibration and Shock Sensors Ultrasonics Fluid Sensors Pressure Sensors Optical Sensors

Air-in-lineNon-destructive testingPiezoceramicsUltrasound treatmentsUnderwater acoustics

Fuel flow Fluid levelOil condition monitoring Time Domain Reflectometry

Aerodynamic air flowDynamic and static pressurePiezoelectric, piezoresistive Tyre pressure monitoring

Flame monitoringLight-off afterburner detectors

Accelerometer Piezoceramic Sensors Fluid Level Sensors Pressure Sensor Light-off Detector

Performance Sensing Power & Motion Sensing & Monitoring Avionics, Inertial Sensing& Ignition

Performance Sensing

Vibration and shock sensors product portfolio









Vibration and shock sensors

Performance Sensing

Ultrasonics product portfolio









Ultrasonics

Performance Sensing

Fluid sensors product portfolio









Fluid Sensors

Performance Sensing

Pressure sensors product portfolio









Pressure Sensors

Performance Sensing

Optical sensors product portfolio









Optical Sensors

MSS Performance SensingPiezo Technologies

Ultrasonic solutions

» Fabrication− Shape and size− Frequency − Power− Tight tolerances− Plating− Special geometries− Focus

Building our leadership in ultrasonic expertise» Piezoceramic materials

− Lead metaniobate − Bismuthe titanate− Zirconate titanate (PZT)

» Performance results− High Curie temperature− Broad bandwidth operation− Advanced pulse-echo

Keramos

1967 1982 2013

Keramos

2005

» Electronics− Cables− Connectors

Building our leadership in ultrasonic expertise» Ultrasonic transducers

− Custom designs− Focused transducers− Contact transducers− High temperature transducers− High pressure transducers

» Industry applications− Medical− NDT− Oil & Gas downhole

1967 1982 2013

Keramos Etalon

Keramos Etalon

2005

» Scalable production capabilities− Testing facilities− ISO 9001− Kanban

Building our leadership in ultrasonic expertise» Design capabilities for

integrated subsystems− Firing circuitry− Acquisition systems− High temperature electronics

1967 1982 2005 2013

Keramos

Keramos Etalon

Etalon

Piezo Technologies

PiezoTechnologies

Building our leadership in ultrasonic expertise

» Manufacturing Excellence− MPS Lean enterprise production system− ISO 9001− ISO 13485− Approved vendors sourcing− Customer Services & Support− International trade compliance

1967 1982 2005 2013

Keramos

Keramos Etalon

Etalon

Piezo Technologies

PiezoTechnologies Meggitt

Meggitt

Global reach:Global resources

North AmericaGermantown, MD: industrial accelerometersIndianapolis, IN: HTHP piezoceramicsTucson, AZ: aircraft security, energy storage and management, wireless control systemDenver, CO: piezoceramicsPortland, OR: electro-magnetic and power conversion devicesSunnyvale, CA: MEMS sensor systemsIrvine, CA: precision measurement instrumentation

United KingdomBasingstoke: temperature and speed sensorsMaidenhead: aircraft security, energy storage and management, wireless control systemRugby: industrial ignition

Asia and RoWXiamen, China: sensor manufacturing/assemblySingapore: aircraft security, energy storage and management, wireless control systemDong Nai, Vietnam: sensors, motors, electronics manufacturing

Mainland EuropeFribourg, Switzerland: condition monitoringAngoulême, France: ignition systemsAvrillé and Toulouse, France: electro-mechanical solutionsArchamps, France: position and inertialKvistgård, Denmark: piezoceramics

• MSS factories• MSS sales and service offices• MSS MRO facilites

Full new product expertisefor ultrasonic solutions

Proprietary materials

Transducer optimization

Production & Support

Vertical Integration

End-to-End capabilitiesfor your product delivery requirements

Custom fabrications

Quick design validation

Optimized design

performance

Prototype toproduction

hand-off

Scalability

Assembly

Certifiedquality

manufacturing

Dependable deliveries

Piezo TechnologiesStreamline your ultrasonic product development and production

Piezo TechnologiesStreamline your ultrasonic product development and production

Innovate your products Expedite your supply chain

Nondestructive testing ultrasonic solutions

» Library of materials» Higher temperature capabilities» Broad range of applications

− Handheld devices− Permanent monitoring− Pigging− Pipe and sheet thickness inspection− Weld monitoring− Delamination inspection− Failure Prediction

O&G Downhole Ultrasonic Solutions

» Logging while drilling (LWD)» Wireline logging» Cement bond evaluation» Casing inspection» Seismic logging» Borehole imaging» Borehole fluid evaluation» Downhole flow» Formation flow enhancement

Innovations In ultrasonic downhole measurements Oil & Gas

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp

2012Intelligent Platforms

TodayHigh TempElectronics

1967Piezoceramics


1967

PiezoTech introduces K81 ceramic

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics


1967PiezoTech introduces K81 ceramic

1985

PiezoTech introduces Televiewer transducers

1967Piezoceramics

1988LWD

Transducers

2002Electronics–

Non-high Temp



1982Ultrasonic

Transducers




1985PiezoTech introduces Televiewer transducers

1988

LWD programs begin as Wireline replacement, 125ºC, 15Kpsi

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1988LWD

Transducers

1967Piezoceramics




1988LWD programs begin as Wireline replacement, 125ºC, 15Kpsi

1993

LWD ultrasonic 125ºC, 15Kpsi requirement

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1988LWD

Transducers

1967Piezoceramics





1993LWD ultrasonic 125ºC, 15Kpsi requirement

1995

LWD programs introduce 150ºC, 20Kpsi requirement

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1988LWD

Transducers

1967Piezoceramics



1985PiezoTech Introduces Televiewer transducers



1995LWD programs introduce 150ºC, 20Kpsi requirement

1998

PiezoTech introduces LWD 150ºC, 20Kpsi caliper focused on transducers using K81

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1988LWD

Transducers

1967Piezoceramics







1998PiezoTech introduces LWD 150ºC, 20Kpsi caliper focused on transducers using K81

2006

PiezoTech introduces 175ºC, 30Kpsi LWD caliper transducers using K81

1967Piezoceramics

1982Ultrasonic

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1967Piezoceramics

1988LWD

Transducers

1988LWD

Transducers

2002Electronics-

Non-high Temp








2006PiezoTech introduces 175ºC, 30Kpsi LWD caliper transducers using K81

2008

LWD programs introduces 175ºC, 30Kpsi requirement

1967Piezoceramics

1982Ultrasonic

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1967Piezoceramics

1988LWD

Transducers

1988LWD

Transducers

2002Electronics-

Non-high Temp









2009

PiezoTech introduces 175ºC, 30Kpsi LWD caliper transducers using “composite” piezoelectric

2008LWD programs introduces 175ºC, 30Kpsi requirement

1967Piezoceramics

1982Ultrasonic

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1967Piezoceramics

1988 LWD

Transducers

2002Electronics–

Non-high Temp


2002Electronics-

Non-high Temp









2009PiezoTech introduces 175ºC, 30Kpsi LWD caliper transducers using “composite” piezoelectric


1967Piezoceramics

1982Ultrasonic

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1967Piezoceramics

1988 LWD

Transducers

2002Electronics–

Non-high Temp


2002Electronics-

Non-high Temp

2012

LWD Programs introduce 200ºC, 30Kpsi requirement











1967Piezoceramics

1982Ultrasonic

Transducers

2002Electronics–

Non-high Temp



1967Piezoceramics

1967Piezoceramics

1988 LWD

Transducers

2002Electronics–

Non-high Temp


2002Electronics-

Non-high Temp


2013

PiezoTech introduces 200ºC, 30 Kpsi LWD caliper transducers












2013PiezoTech introduces 200ºC, 30 Kpsi LWD caliper transducers

1967Piezoceramics

1982Ultrasonic

Transducers

1988LWD

Transducers

2002Electronics–

Non-high Temp



hpht ultrasonic solutions by meggitt piezo technologies

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