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Power~100-240V, 50/60Hz Dimensions~15.4” x 6.1” x 19.1” (including projection)
LEDs、26.5lbs
Electronic zoom x1.00 to x2.00 (0.05 steps)
ELUXEO™ 7000
Fujifilm’s innovative 4-LED Multi Light™ technology supports advancing the standards of endoscopic imaging. Equipped with the new BLI observation mode.
The eco-friendly ELUXEO™ 7000 system features the innovative 4-LED Multi Light™ source, which is outstanding in terms of longevity and low energy consumption. The new LED light source reduces time-consuming and frequent changes of light bulbs.
The ELUXEO™ video processor VP-7000 enables you to make use of the many features provided by Fujifilm’s wide range of endoscopes along with the innovative 4-LED Multi Light™ system and its innovative visualisation modes BLI and LCI. It is also compatible with the 600 and 500 series of scopes. The processor creates high quality images and videos displayed in full HD. An automatic back-up mode for data storage is integrated and the processor is also DICOM compatible.
BL-7000
To achieve the highest standard, the eco-friendly ELUXEO™ 7000 system features the innovative 4-LED Multi Light™ source, which is outstanding in terms of longevity and low energy consumption. The new LED light source reduces time-consuming and frequent changes of light bulbs. The average life expectancy of LED lamps is 10,000 hours (Based on Fujifilm’s recommended conditions).
To achieve the highest standard, the eco-friendly ELUXEO™ 7000 system features the innovative 4-LED Multi Light™ source, which is outstanding in terms of longevity and low energy consumption. The new LED light source reduces time-consuming and frequent changes of light bulbs. The average life expectancy of LED lamps is 10,000 hours (Based on Fujifilm’s recommended conditions).
| Power | 100-240V, 50/60Hz |
| Current consumption | 1.2-0.7A |
| Air supply pump | HI/MID/LOW/OFF |
| Light cooling method | Forced air cooling |
Maximum air/water supply pressure | 65 kPa |
| Image zoom Electronic zoom | x1.00 to x2.00 (0.05 steps) |
| Compatible endoscopes1 | 700, 600, and 500 Series Endoscopes |
| Weight | 26.5lbs |
VP-7000
The ELUXEO™ video processor VP-7000 enables you to make use of the many features provided by Fujifilm’s wide range of endoscopes along with the innovative 4-LED Multi Light™ system and its innovative visualization modes BLI and LCI. It is also compatible with the 600 and 500 series of scopes. The processor creates high quality images and videos displayed in full HD. An automatic back-up mode for data storage is integrated and the processor is also DICOM compatible.
The ELUXEO™ video processor VP-7000 enables you to make use of the many features provided by Fujifilm’s wide range of endoscopes along with the innovative 4-LED Multi Light™ system and its innovative visualisation modes LCI and BLI. It is also compatible with the 600 and 500 series of scopes. The processor creates high quality images and videos displayed in full HD. An automatic back-up mode for data storage is integrated and the processor is also DICOM compatible.
| Power | 100-240V, 50/60Hz |
| Current consumption | 0.8-0.5A |
| Type of color | NTSC/PAL |
| Video output | DVI (Resolution: 1280x1024 pixels, 1920x1080 pixels) HD-SDI (Resolution: 1920x1080 pixels) |
| Iris mode | AUTO/PEAK/AVE |
| Image zoom Electronic zoom | x1.00 to x2.00 (0.05 steps) |
| Compatible endoscopes1 | 700, 600, and 500 Series Endoscopes |
| Dimensions | 15.4” x 4.3” x 19.1” (including projection) |
| Weight | 19.8lbs |
BLI (Blue Light Imaging)
High-intensity contrast imaging with BLI allows superior visualisation of superficial vascular and mucosal patterns. Focussing on the characteristics of short wavelength absorption of haemoglobin (at 410 nm) combined with specific white light spectral colours results in improved and accurate contrast imaging.
LCI (Linked Color Imaging)
LCI differentiates the red colour spectrum more effectively than White Light imaging thanks to its optimal pre-process composition of light spectrum and advanced signal processing. The increased colour contrast improves detection of inflammation and results in more accurate delineation.
