| :
Images so rich, you won’t believe they
were created with a laptop computer.
The Terason t3000™ Ultrasound System is
a powerful, portable imaging solution that offers
image quality, networking and workflow benefits
not previously possible in a small system. The
Terason t3000 System delivers world class imaging
performance by leveraging the power of the Fusion™
Processor and a high-performance laptop computer.
The familiar Windows graphical user interface
makes the system intuitive and easy to use, and
flexible design allows the system to be instantly
convertible from a portable unit to a cart-based
system.
Teratech™ Architecture
The Terason t3000 system is based upon Teratech
Architecture, the most significant ultrasound
system architecture breakthrough in years. Teratech
Architecture combines the front-end Fusion processor
with powerful PC-based software back-end data
processing. Leveraging patented charge-domain
processing and system integration technologies,
this enormously flexible, scalable platform enables
the development and seamless integration of cutting
edge imaging applications and the flexibility
to expand system capabilities. Teratech Architecture
produces superb imaging and Doppler, and facilitates
real-time, quantitative image and data analysis.
Fusion™ Processor
Terason’s Fusion Processor is the brain
of the Terason t3000 System. Unlike “custom
ASIC” solutions that are based on off-the-shelf
components, the Fusion Processor is the world’s
only fully custom-designed, integrated ultrasound
chip set. The Fusion Processor drives 256 beam
forming channels. Its 128 transmit beam forming
channels allow multi-focal transmit zones, each
dynamically focused with different aperture, frequency
and waveform characteristics. It also drives 128
receive beam forming channels, for incredible
B-Mode sensitivity and exceptionally high frame
rates, and supports higher frequency transducers
for applications requiring high-resolution imaging.
2-D Digital Imaging
128 digital beamforming channels deliver excellent
image uniformity, tissue contrast resolution,
and steering flexibility in frequencies from 2
MHz to 10 MHz. The high channel count supports
true phased array and high-element count imaging
transducers.
Colour Doppler
Detailed information on mean velocities acquired
by Doppler studies can be enhanced through use
of Colour Doppler.
M-Mode
Simultaneous 2-D and M-Mode imaging is valuable
for the efficient assessment of moving structures.
Power Doppler
The high dynamic range inherent in the SuperChip
design provides superb Doppler sensitivity and
penetration for all applications.
Directional Power Doppler
With the addition of directional information,
the utility of Power Doppler is expanded to differentiate
flow directions.
Pulsed Wave Spectral Doppler
Spectral Doppler and 2-D imaging are displayed
on screen simultaneously for accurate sample volume
placement. The relative sizes of the individual
displays of the two waveforms are easily adjustable.
Electronic Steering
All Terason Doppler imaging modes allow sample
volumes to be electronically steered up to 20
degrees, left or right.
|
