iBeam Transducers
Sensitivity and Resolution
Ultra-wideband and Ultra-high Frequency
The iBeam transducers offer the same bandwidth as two conventional transducers.
iBeam Architecture
iBeam provides superior image quality whilst maintaining high frames rates
The new iBeam architecture consists of three technologies that work together to cumulatively optimise the efficiency of the beam.
- Multi-Sync Pulser for transmission of multiple signals
- Multi-Beam Receiver enables the reception of these signals
- Multi-Harmonic Processor providing unprecedented beam processing power
Better Ultrasound Diagnostics Start Here
The same bandwidth as two conventional transducers
Our ultra-wideband transducers cover the same bandwidth as two conventional transducers, providing superior sensitivity and resolution for both near and far field. While helping to reduce cost, this revolutionary transducer design can provide better imaging regardless of the patient condition
Ultra-high Frequency Linear i24LX8
The 24 MHz transducer with extended bandwidth and intelligent Dynamic MicroSlice provides superior detail and definition in the near field for a wide range of examinations.
New Features
- New piezoelectric oscillator
- New lens
- New matching layer
New capabilities
- Small parts
- MSK
- Superficial scanning
The transducer’s outstanding resolution can help identify fine detail such as layered structures and small lesions.
Advanced technologies such as strain elastography or SMI provide valuable insights into perfusion dynamics or tissue stiffness.
Smart 3D is a simple way to add volume-imaging capability to Aplio’s convex and linear transducers, supporting all modes including SMI or shear wave imaging.
*Not all systems and transducers available in Australia. **Only available on Aplio i800.
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