Wedge ultrasonic transducer
doublepiezoelectricultrasonic

Wedge ultrasonic transducer - PBP Optel sp. z o.o. - double / piezoelectric / ultrasonic
Wedge ultrasonic transducer - PBP Optel sp. z o.o. - double / piezoelectric / ultrasonic
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Characteristics

Configuration
wedge, double
Technology
piezoelectric, ultrasonic, multi-transducer
Use
immersible, direct-contact
Other characteristics
high-frequency, with delay line, high-temperature
Applications
shear wave, angle beam, measurement
Frequency

Min.: 0 MHz

Max.: 25 MHz

Description

Product overview
Ultrasonic transducers and probes for applications including flaw detection, thickness gauging, material property measurement, medical diagnostics, power ultrasound and oil & gas inspections. Hundreds of standard options are available across element diameters, frequencies and connector styles, with custom designs on request.

Availability and configurations
Probes and transducers are offered in a range of frequencies, configurations, connector styles and cable types to meet inspection and testing requirements in industrial and research environments.

Probes and transducer types
  • Phased Array Probes (2D, 2.5D and 3D) — frequency range 0.5 MHz to 25 MHz; customizable element counts
  • Immersion transducers
  • Delay line transducers
  • High-temperature transducers
  • High-pressure transducers
  • Composite transducers
  • Air-coupled transducers
  • Large bandwidth transducers
  • Transducer arrays
  • Dry-coupled transducers
  • PVDF transducers
  • Roller probes
  • Customized transducers
  • Contact transducers
  • Dual element transducers
  • Angle beam transducers
  • Wedges
  • Protected face transducers
  • High-frequency transducers
  • Normal incidence shear wave transducers
  • Special design transducers
  • Application-specific transducers
  • High power transducers with sonotrodes

Patents (selected)
  • DE-50009032-D1 - Pulse ultrasonic transducer with an elementary block of piezoelectric material. 2005
  • CA-2366956-A1 - Impulse sound transducer with an elementary block made of piezoelectric material. 2000
  • DE-59504696-D1 - Method and device for scanning an ultrasonic field. 1999
  • EP-0756740-B1 - Process and device for tracing an ultrasound field. 1998
  • US-5828627-A - Method of and apparatus for producing spherical waves in the ultrasonic range. 1998
  • WO-9716260-A1 - Piezoelectric ultrasonic transducer. 1997
  • DE-19644676-A1 - Sound transducer. 1997

Features / technical specifications
  • Phased array frequency range: 0.5 MHz to 25 MHz; customizable element counts
  • Probe styles: immersion, delay-line, contact, angle-beam, dual-element, roller, arrays
  • Materials and element diameters: standard and custom options available
  • Connector styles and cable types: multiple configurations supported
  • Specialized types: high-temperature, high-pressure, air-coupled, PVDF, large bandwidth, dry-coupled, protected-face
  • Application areas: flaw detection, thickness gauging, material property measurement, medical diagnostics, power ultrasound, oil & gas inspections
  • Mechanical accessories: wedges, rollers, sonotrodes (for high-power transducers)
  • Customization: element count, element diameter, frequency, connector style, cable type and application-specific designs available

Catalogs

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Ultrasonic Transducers and Probes

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.