The GE OEC 9800 Plus is the gold standard in mobile fluoroscopy applications and innovative X-ray imaging technology. The OEC 9800 Plus offers full 1k2 high-resolution imaging on a mobile system. It features proprietary image I.Q. for uncompromised image quality. The 9800 Plus has an enhanced mechanical design which is ideal for a wide range of applications It provides solutions for the most demanding needs in pain management, general, orthopedic, vascular, neurovascular, and cardiac surgeries. This Mobile C-arm is the benchmark for fluoroscopy applications and X-ray technology with its touch-screen operations, crisp and clear images, low X-ray dosage, and a 15 kW generator. This C-arm has broken the barrier traditionally reserved for contemporary fixed-room imaging systems.
The Advanced acquisition at 30 PPS and playback at 30 FPS helps produce four times the resolution of previous mobile imaging systems. The 9800 Plus has a specially designed rotating anode that reduces overheating during long procedures. This X-ray system features Image I.Q. which is GE's proprietary image intelligence technology. This is the technology that provides the extraordinary image quality. To help with this quality, this system is equipped with Smart Window and Smart Metal Technology.
Smart window technology dynamically sense the collimator position and automatically adjusts the sampling windows size to optimize the image quality further.
Smart Metal is a unique innovation from GE. After Smart Metal is initialized, optimized image resolutions is maintained even with the introductions of metal objects into the X-ray imaging field.
During live fluoroscopy procedures it is important to keep maximum visibility regardless if the patient's anatomy moves. With the introduction of AutoTrak, the sampling window automatically moves with the anatomy, ensuring excellent images regardless of collimation or centering. If the subject anatomy moves within the field of view, AutoTrak will maintain the correct exposure, even if the anatomy moves to the edge of the imaging field or is improperly collimated.
X-Ray System Specialty Packages Available GSP ESP ESP 8 FPS Vascular Vascular 8/15 FPS Neurovascular 30 FPS Cardiac 30 FPS Super C Generator 60 kHz High frequency 15 kW full-wave Up to 120 kVp Up to 75 mA for radiographic film exposures. Continuous fluoro boost mode up to 20 mA Pulsed fluoro mode Pulsed fluorography mode up to 40 mA. (optional) Full power from outlet: 50 Hz or 60 Hz 100V-15A to 240V-10A. Patented energy buffer design. X-Ray Tube Rotating anode X-ray tube. Focal spots: 0.3 mm and 0.6 mm. Anode heat capacity: 300,000 HU. Anode cooling rate: 60,000 HU/min. Housing heat capacity: 1,600,000 HU. Anode diameter: 3.1 in. Anode angle: 10°. X-ray tube cooling fan. (Vascular, Neurovascular & Cardiac units.) Collimator Iris collimation with dual opposing semi-transparent leaf shutters allow elliptical, round and rectangular collimation. Minimum beam size < 5 X 5 cm2. Iris and shutters are continuously variable. All functions remotely controlled from the C-Arm control panel. Fluoroscopy Mode Focal spot: 0.3 mm kVp range: 40 – 120 kVp mA range: 0.2 – 10 mA normal mode mA range: 0.2 – 20 mA continuous fluoro boost mode. Auto and manual modes. Continuous, one-shot or pulsed operation. ABS varies mA, kVp and camera gain. User specific ABS tables Pulsed Fluoroscopy Mode Focal spot: 0.3 mm. kVp range: 40 – 120 kVp. mA range: 0.2 – 10 mA Pulse rate: 1, 2, 4, or 8 pulses per second. Pulse width: 30 or 50 milliseconds. Computer controlled ABS, mA, kVp and camera gain. Pulsed Fluorography Mode (optional) Focal spot: 0.3 mm. kVp range: 40 – 120 kVp. mA range: Up to 40 mA Pulse rate: 1, 2, 4, or 8 pulses per second. Pulse width: 30 or 50 milliseconds. Computer controlled camera iris, mA, kVp, & camera gain. Digital Spot Mode Focal spot: 0.3 mm. kVp range: 40 – 120 kVp. mA range: 1.0 – 75 mA. Automatically terminates exposure and stores enhanced image to storage archival disk. Radiographic Mode Focal spot: 0.3 mm or 0.6 mm. Focal spot automatically selected. kVp range: 50 – 120 kVp. 0.3 mm - mAs range: 1 – 100 mAs. 0.6 mm - mAs range: 110 – 300 mAs. Video Imaging System Image Intensifier 9 in Image Intensifier Tri-mode 9 in/6 in/4.5 in image intensifier 9 in.: 2.3 lp/mm. 6 in.: 3.2 lp/mm. 4.5 in.: 3.8 lp/mm. DQE: 65%. (typical) 12 in Image Intensifier. (optional) Tri-mode 12 in/9 in/6 in image intensifier: 12 in.: 1.7 lp/mm. 9 in.: 2.3 lp/mm. 6 in.: 3.0 lp/mm. DQE: 65%. (typical) Video Camera High resolution CCD camera. 1,004 x 1,004 pixels. Full frame capture. 360° motorized rotation. On-screen orientation indicator. (real-time feedback without fluoro.) Left-right image reversal Top-bottom image reversal. Negative mode. Computer controlled features: Gain Blanking Camera iris Video Monitors Dual 16 in, black etched, anti-glare, anti-static. Touch Screen Display. Ambient room light sensor. Multi-LED X-ray "ON" indicator. Remote window/level controls. Hardcopy Options Thermal printer. (optional) DICOM (optional) Image Capture Device. (optional) Laser Aiming Device. (optional) C-Arm Dimensions Height: 69 / 87 in (1734 / 2191 mm) Width: 33 in (838 mm) Length: 79 in (1994 mm) Weight: 720 lbs Workstation Dimensions Height: 64 in (1632 mm) Width: 27 in (692 mm) Depth: 27 in (692 mm) Weight: 430 lbs.
The intuitive touchscreen on the GE OEC 9800 Plus simplifies operation. Simply plug in the system and turn it on. The patient annotation screen is ready to receive information. To fluoro, select the desired imaging modes, then simply press the X-ray exposure switch on the remote hand control, mainframe or foot pedal control. The OEC 9800 Plus automatically sets all imaging parameters to obtain the optimum image, even in roadmap and subtraction procedures.
The 9800 Plus can address a vast range of clinical, surgical and vascular applications where you need it. From the ER, OR, ICU, or Pain Management Clinician you can leverage the strength and clinical versatility of the OEC 9800.
There are three different C-arm configurations available with the GE OEC 9800 Plus. The standard C-arm has a 9” (23 cm) image intensifier attached. A slightly larger C-arm is used to support a 12” 31 cm) image intensifier and the Super C-arm is visibly larger than standard C-arms. The Super C-arm does not have an L-arm. Both the 9” and 12” image intensifier C-arms have L-arms which aid in the radial rotation positioning. Due to the large size of the Super C-arm, the Super C does not need an L-arm and only rotates radially on the horizontal cross-arm.
The 9 and 12” C-arm configurations provide 115-degrees of orbital rotation (90-degrees underscan and 20-degrees overscan). The back of these C-arms is marked with a scale to help accurately position the C-arm in an exact location. The Super C-arm can be rotated a total of 148-degrees (55-degrees overscan and 93-degrees underscan).
The Flip-Flop Rotation provides increased versatility in positioning the X-ray tube and image intensifier by allowing them to reverse their positions laterally. The C-arm pivots from 0 to 180-degrees in one direction and from 0 to 90-degrees in the opposite direction.
The L-arm on the 9 and 12” C-arm configurations rotates 180-degrees in either direction for a total of 360-degrees. There is an L-arm rotation indicator on the back of the L-arm which shows the degree of the L-arm rotation. The Super C-arm configuration can be rotated radially a total of 380-degrees on the C-arm support axis. This Super C-arm configuration helps give ultimate positioning capabilities.
Of the many positioning capabilities of the OEC* 9800 Plus C-arm, there is also a vertical column that is used to elevate the C-arm to a maximum of 18”. There is a scale located on that column to help give more precise imaging. On the top of the control panel, the vertical column motor is actuated by pressing the vertical column extension or retraction switches.
Using the horizontal cross-arm you are able to position the C-arm forward to a maximum of 8”. To position the C-arm horizontally you must release the cross-arm brake by placing the brake handle in the position identified by the “unlock” icon. Push or pull the cross-arm to the desired position and use the centimeter scale to get a more precise position. You then lock the cross-arm brake by placing the brake handle in the position identified by the “lock” icon.
If those weren’t enough positions then here is the one more. The OEC 9800 can move side to side in a “Wig-Wag” movement. The total distance traveled from side-to-side is dependent on whether the horizontal cross-arm is extended or retracted.