The ATL UM-4 Plus is an excellent mid-level system for
OB/GYN applications. A good choice for the small practice looking for
affordability with a wide array of user friendly features. The ATL UM-4 Plus system offers Spectal PW & CW Doppler with the added feature of a built-in SVHS VCR.
Specifications
Dimensions 59.69 cm (23.5”) W x 147.82 cm (58.2”) H x 82.55 cm (32.5”) H. Weight: 77-100 kg (170-220 lbs) depending on peripherals selected.
Imaging Modes Real time/2-D sector, real tome/ 2D linear, M-mode with 2-D sector update, M-mode with simultaneous 2-D linear, dual image sector, dual image linear, pulsed Doppler with 2-D sector update, pulsed Doppler with 2-D linear upgrade, and CW Doppler.
TGC Eight slide controls
Grady Shades Real time/2-D: 64; M-mode: 16; and Doppler spectrum: 16
Digital Scan Converter 512 x 512 x 6 bits
System Architecture Software-intensive computer architecture for wide range of applications. Modular design for integration of peripherals.
Keyboard Full alphanumeric keyboard with soft key control panel
Image Processing Edge enhancement, smoothing, dynamic range, reject, and gray scale.
Image Magnification Pan and zoom of real time or frozen image with complete digital data up to 5x magnification, continuously variable.
Image Storage Storage and recall of full-size frozen images. Post processing and measurement of recalled images using calipers.
Programmability User defined system control default settings
Display Annotation Screen annotation of all imaging parameters for superior documentation including transducer type and frequency, frame rate, acoustic output power percentage, display depth, TGC curve, gray scale, dynamic range, linear focal zones, smoothing, edge enhancement. Patiet position with transducer location. Patient name and ID. Hospital or clinic name. Time and date. Annotation arrow. Hide function for eliminating all imaging parameter annotation from screen.
Image Presentation Up/Down; Left/Right; and white on black/black on white.
Transducer Selection Electronic switching pf transducer types and frequencies. Automatic image optimization of each scanhead for frequency and depth.
ECG Dual ECG triggers to aid in qualitative assessment of hemodynamic function
M-Mode User-selected sweep rates of 25, 50, and 100 mm/sec.
Imaging Modes Real time/2-D sector, real tome/ 2D linear, M-mode with 2-D sector update, M-mode with simultaneous 2-D linear, dual image sector, dual image linear, pulsed Doppler with 2-D sector update, pulsed Doppler with 2-D linear upgrade, and CW Doppler.
TGC Eight slide controls
Grady Shades Real time/2-D: 64; M-mode: 16; and Doppler spectrum: 16
Digital Scan Converter 512 x 512 x 6 bits
System Architecture Software-intensive computer architecture for wide range of applications. Modular design for integration of peripherals.
Keyboard Full alphanumeric keyboard with soft key control panel
Image Processing Edge enhancement, smoothing, dynamic range, reject, and gray scale.
Image Magnification Pan and zoom of real time or frozen image with complete digital data up to 5x magnification, continuously variable.
Image Storage Storage and recall of full-size frozen images. Post processing and measurement of recalled images using calipers.
Programmability User defined system control default settings
Display Annotation Screen annotation of all imaging parameters for superior documentation including transducer type and frequency, frame rate, acoustic output power percentage, display depth, TGC curve, gray scale, dynamic range, linear focal zones, smoothing, edge enhancement. Patiet position with transducer location. Patient name and ID. Hospital or clinic name. Time and date. Annotation arrow. Hide function for eliminating all imaging parameter annotation from screen.
Image Presentation Up/Down; Left/Right; and white on black/black on white.
Transducer Selection Electronic switching pf transducer types and frequencies. Automatic image optimization of each scanhead for frequency and depth.
ECG Dual ECG triggers to aid in qualitative assessment of hemodynamic function
M-Mode User-selected sweep rates of 25, 50, and 100 mm/sec.
Applications:
- Abdominal
- OB/GYN
- Peripheral Vascular
- Cardiac
- Small Parts
- Intraoperative
TRANSDUCERS
A3M
|
Access A
|
3.0 MHz Medium Focus Abdominal
|
A3L
|
Access A
|
3.0 MHz Long Focus Abdominal
|
A5M
|
Access A
|
5.0 MHz Medium Focus Abdominal
|
A5ML
|
Access A
|
5.0 MHz Med/L Focus Abdominal
|
A3MULTI
|
Access A
|
A3S, A5M, A7.5S - 3/5/7.5 Multi-Frequency Abdominal
|
A5MULTI
|
Access A
|
A5S, A5M, A7.5S - 5/5/7.5 Multi-Frequency Abdominal
|
B3MULTI
|
Access B
|
3M, 5, 7.5S - 3/5/7.5 Multi-Frequency Peripheral Vascular
|
B5MULTI
|
Access B
|
5ML, 7.5S, 10S - 5/7.5/10 Multi-Frequency Peripheral Vascular
|
2.25M
|
Access C
|
2.25 MHz Cardiac
|
3M
|
Access C
|
3.0 MHz Cardiac
|
5M
|
Access C
|
5.0 MHz Medium Focus Cardiac
|
5ML
|
Access C
|
5.0 MHz Med/L Focus Cardiac
|
7.5S
|
Access C
|
7.5 MHz Short Focus Peripheral Vascular
|
C10Multi
|
Access C
|
5M, 7.5S, 10S - 5/7.5/10 Multi-Frequency Peripheral Vascular
|
C10PV
|
Access C
|
5S, 7.5S, 10S - 5/7.5/10 PV Multi-Freq Peripheral Vascular
|
DF3.5
|
Linear Array
|
3.5 MHz DFT Peripheral Vascular
|
DF5.0
|
Linear Array
|
5.0 MHz DFT Peripheral Vascular
|
LA5.0
|
Linear Array
|
5.0 MHz HRLA Peripheral Vascular
|
LA7.5
|
Linear Array
|
7.5 MHz HRLA Peripheral Vascular
|
35CV40
|
Convex Array
|
3.5 MHz 40mm Radius Abdomen, OB/GYN
|
50CV40
|
Convex Array
|
5.0 MHz 40mm Radius Abdomen, OB/GYN
|
35CV76
|
Convex Array
|
3.5 MHz 76mm Radius Abdomen, OB/GYN
|
DD2.25
|
Mercury
|
2.25 MHz
|
DD3.0
|
Mercury
|
3.0 MHz
|
CW2.25
|
Static
|
2.25 MHz Cardiac
|
CW5.0
|
Static
|
5.0 MHz Cardiac
|
CW10.0
|
Static
|
10.0 MHz Cardiac
|
D/D3M
|
Duplex CW
|
3.0 MHz/2.0 MHz Cardiac
|
IVT5
|
Mechanical
|
IVT 5.0 MHz (mechanical) GYN
|
MFI 5.0/7.5
|
5.0MFI, 7.5MFI GYN
|
|
IVT5.0
|
IVT 5.0 MHz 11mm Radius (Array IVT) GYN
|
|
ICT7.5
|
ICT 7.5 MHz Urological
|
|
TRT L5
|
Linear Array
|
TRT 5.0 MHz Urological
|
TRT S5
|
Sector Array
|
TRT 5.5 MHz Urological
|
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