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The Rover Plus is designed to perform radiographic X-ray examinations for disease/injury detection, diagnosis, medical and surgical treatment planning, and therapy monitoring, where patient condition prohibits transport to a fixed X-ray unit. The Rover Plus can be used on pediatric and adult patients, in all patient treatment areas.
Heated tungsten filament cathode emits streams of electrodes which accelerate info the anode. The impact on the anode generates massive heat and x-rays.
The heat generated adds complexity:
• Needs cooling - a rotating anode, oil bath, lead casing adding weight
• Need ramp-up time to switch x-rays on and off
Cold cathode carbon nanotubes emit a precisely controlled electron stream to anode.
The impact on the anode, produces x-rays.
Low heat enables simplification of tube, improving efficiencies:
• No rotating anode or oil bath
• Light weight due to reduction in size
X-rays can be switched on and off instantaneously with no ramping up time.
NANO ELECTRONIC X-RAY TUBE (NEX)
Medlink Imaging is proud to partner with Micro-X to introduce the first ROVER to be paired with VIVIX Detectors.
Micro-X is the first company in the world to introduce NEX Technology into medical imaging systems. NEX Technology is a simple, non-glass based x-ray tube, with no moving parts that generate minimal heat with no oil required for cooling. It uses carbon nanotubes to offer full medical imaging performance, in a smaller, lighter and more reliable x-ray tube.
- No Motors
- Simple Lightweight Moving Parts
- Less Chance of Breakdowns
- Low Total Cost of Ownership
- Long Battery Life
- Fast Recharge
- Green Choice
- Small Footprint
- Easy To Maneuver
- Fast to Accurately Position
- Light to Transport and Easy to Control
- Fast to Disinfect
- Versatile Clinical Use
VXvue is a modern image acquisition program with specialized modules to acquire, adjust, and manage diagnostic images created by the VIVIX-S Series.
1300 mm (51.2 in), head in docked/transport position, exc. cable
Wheel base 583 mm (22.9 in)
Main chassis 500 mm (19.7 in)
1371 mm (53.9 in), head in docked/transport position
Approx. 112 kgs
1000 mm (39.37 in)
Max. 120kV@50mAs or 70kV@80mAs
Temperature Range +10˚C to +30˚C Relative
Humidity Range 30% to 60%
Atmospheric pressure range
Manual
Walking Speed
Dead Man Braking controlled through buttons located on the drive controls
5 degrees (head in docked/transport position)
5
LiFePO4 also called LFP for Lithium Ferro-Phosphate
14.4 Vdc each, total battery bank of 72 Vdc
7.5 Ah each
100 to 240 Vac, 50/60 Hz, 11 A to 5.5 A (110 W max.)
Light indicator displays battery charge level
3643VAW
4343VAW
3643FAW
4343FAW
Csi: Ti (Cesium)
Csi: Ti (Cesium)
Flexible Csl
Flexible Csl
17” x 17”
(43cm x 43 cm)
14” x 17”
(36cm x 43 cm)
14” x 17”
(36cm x 43 cm)
17” x 17”
(43cm x 43 cm)
2560 x 3072
3072 x 3072
3548 x 4316
4316 x 4316
139 micron
139 micron
99um
99um
16 bit
16 bit
16 bit
16 bit
40-150
40-150
40-150
40-150
15.1” x 18.1” x 0.6”
18.1” x 18.1” x 0.6”
38.4 cm x 46.0 cm x 1.5 cm
46.0 cm x 46.0 cm x 1.5 cm
2.8kg (6.18lbs)
3.3kg (7.28lbs)
2.4 kg (1 battery)
2.6 kg (2 batteries)
2.95 kg (1 battery)
3.15 kg (2 batteries)
WiFi 802.11n/ac (5GHz)
WiFi 802.11n/ac (5GHz)
Gigabit Ethernet (wired) IEEE802.11n/ac (wireless)
Gigabit Ethernet (wired) IEEE802.11n/ac (wireless)
1600 images
for 8 hours
1600 images
for 8 hours
Lithium Ion 3,400mAh x 2
16 h (standby)
*3,000 images at a 15-second cycle
Lithium Ion 3,400mAh x 2 • 16 h (standby)
*3,000 images at a 15-second cycle
