Phased array

What are Phased Arrays?

Phased-array technology is the ability to modify electronically the acoustic probe characteristics. Probe modifications are performed by introducing time shifts in the signals sent to (pulse) and received from (echo) individual elements of an array probe. Any UT technique for flaw detection and sizing can be applied using phased-array probes.

Why Phased Array?

  • High speed electronic scanning without moving parts
  • Improved inspection capabilities through software control of beam characteristics
  • Inspection with multiple angles with single, electronically controlled probe
  • Many configuration: P/E, T/R, TOFD, Tandem
  • Greater flexibility for inspection of complex geometries
  • Optimized focusing
  • Optimized beam angle
MANTIS
Apparecchiatura portatile Phased Array, Compatta (PAUT)

Il fratello più piccolo del GEKKO, ma allo stesso modo potente e molto più compatto.
Configurazione canali PA 16:64 più due canali a ultrasuoni convenzionali, questo modello offre tutte le possibilità d’ispezione sia standard che Multigroup.

  • Interfaccia grafica (GUI) semplice e intuitiva
  • Possibilità per calibrazioni versatili
  • Tre livelli Utente configurabili
  • Visualizzazione delle geometrie dei campioni in esame
  • Analisi dati su pc
  • TOFD (Time Of Flight Diffraction)
  • TFM

Leaflet



GEKKO
Adaptable. Design for field, Gekko is the first phased-array UT system that combines standard and cutting-edge techniques.

Datasheet   NEW LEAFLET

CND GEKKO with 3-axis scanner



HIGH-RESOLUTION for Corrosion Mapping using TFM on GEKKO



FIELD-READY INSPECTION Water, Drop, Heat tests GEKKO

MULTIX
Fast. The MULTIX product line’s fully parallel architecture provides uncompromised performance. Ideal for driving 2D probes and optimize inspection speed. MULTIX systems are based on 8-channel boards.

Leaflet   Datasheet

MULTIX++
Almighty. The MULTIX++ product line’s fully parallel architecture provides uncompromised performance. Ideal for driving 2D probes and optimize inspection speed. MULTIX++ systems are based on 32-channel boards, and come with extended-memory FPGA chips.
MULTIX LF
Heavy-duty. Unique phased-array system optimized for low-frequency applications. Ideal for highly attenuative/heterogeneous materials such as thick composite, concrete and casted steels.
MULTI2000
Versatile. Based on a multiplexed architecture, the MULTI2000 product line provides cost-effective flexibility. Our best seller, in the 32×128 configuration. Available in 64×256, and 128×512.

Leaflet   Datasheet

MULTI2000 Pocket
Portable. Co-developed with EADS Innovation Works (8×32), the highly portable pocket systems are available in 8×32 and 16×64 configurations.
MULTIX Pocket
Wicked. The MULTIX pocket is based on 32-channel board architecture. Ideal for field applications.
MULTIX WM
Time-traveller. WaveMaster systems are “time-reversal” ready. They offer the features of the MULTIX systems, plus the functionalities of programmable-transmitters. Originally developed for medical applications.
MONO ET
OEM-ready. For customers who want to develop their own phased-array or eddy-current system, OEM boards from M2M are available. For ET, a 1-channel board is OEM-ready. For UT, 8×32, 16×64, 32×32 and 64×64 architectures are available.
 


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