OEC Elite Ergo-C PM Care 31 CM

VAS 8
NON TOUCH

Digital Image Orientation
Digitally adjusts image display for live and last image hold
Automatic image update preserves image orientation settings
applied during live and last image hold for subsequent images
Image rotation
Live and last image hold rotated in real-time
On-screen display of rotation degrees
Image reversal (left-to-right)
Image invert (top-to-bottom)
On-screen orientation indicator
(real-time feedback without fluoroscopy)

Fully digital with precise 1 degree rotation increments or
auto-repeat for quick rotation (CFD models)

Image Processing
5 k x 1.5 k x 16 bit: CFD

Generator
60 kHz high frequency
15 kW power
Up to 120 kVp
Continuous high level fluoroscopy (HLF) up to 20 mA
Pulsed HLF up to 40 mA
Digital spot up to 75 mA
Full power from a standard wall outlet

Patented battery buffered design
31 cm CMOS Flat Panel Detector (CFD)
Tri-mode 31 cm/21cm/15 cm
Minimum central resolution (at display):
– 31 cm: 1.8 Ip/mm
– 21cm: 2.2 Ip/mm
– 15 cm: 2.4 Ip/mm
Matrix: 1548 x 1524 total pixels
DQE(0): 72%
Pixel Pitch: 0 µm
Removable grid with on-screen detection status

X-ray Tube
Rotating anode X-ray tube
3 mm and 0.6 mm nominal focal spots
Anode heat capacity: 300,000 HU
Anode cooling rate: 85,000 HU/min
Housing heat capacity: 1,600,000 HU/min
Housing cooling rate:
31 cm CFD – 31,000 HU/min

PreView Collimator
On-screen collimator position indication
PreView iris collimator
PreView Tungsten rotatable double leaf collimator
Adjust collimators without X-ray exposure

Fluoroscopy Mode
kVp range: 40 – 120
mA range: 2 – 10 normal mode

0.2 – 20 HLF
Auto and manual fluoroscopy modes

Pulsed Fluoroscopy Mode
kVp range: 40 – 120
mA range: 2 – 10 normal mode
0.2 – 40 HLF
Pulse rate: 8 pps
Pulse width: 25 ms
Auto and manual pulsed fluoroscopy modes
Reduces X-ray dose to patient and operator

Digital Spot Mode
kVp range: 40 – 120
mA range: Up to 75
Automatic exposure termination and automatic image save

AutoTrak
Automatic Brightness Stabilization (ABS}
Automatically seeks the subject anatomy anywhere within
the imaging field
Selects the optimum imaging technique by varying mA, kVp, and gain
Automatically adjusts to anatomical size and location
Provides uniform image quality throughout the entire image

Image I.Q.
Smart Window
Dynamically senses the collimator position and automatically adjusts image brightness and contrast

Smart Metal
Adjusts brightness and contrast automatically and allows user to adjust sensitivity levels for optimum image quality even when metal is introduced into the field

Tungsten Collimator
Denser collimator limits X-ray exposure area
Reduces scatter radiation
Improves image detail