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Incorporating the EVIS 240 series CCD and a broadband convex array transducer, high resolution ultrasound images and crystal clear, true-to-life video endoscopic images can be observed with the Olympus GF-UC240 series ultrasound gastrovideoscopes. |
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Endoscopic ultrasonography guided fine-needle aspiration is fast becoming one of today’s most effective diagnostic techniques, offering assistance in the staging and tissue acquisition of malignant disease, including esophageal, pancreatic, gastric and colorectal cancer, through mediastinal nodal involvement, and the assessment of benign disease, such as chronic pancreatitis, choledocholithiasis, (common bile duct stones) and gallstones.
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Electronic convex scanning facilitates the use of advanced imaging techniques such as colour Doppler and power Doppler, making it easier to interpret blood flow conditions and offering added performance with electronically adjustable focusing and multi-frequency imaging capability. A wide 180° scanning angle ensures comprehensive imaging of all structures surrounding the region of interest. |
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Both scopes are compatible with Olympus EVIS 240 videoscope systems and Aloka ProSound ultrasound systems.
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GF-UC240P-AL5 Ultrasound Gastrovideoscope Slim scope with standard channel, designed for FNA.
- 14.2mm distal end diameter.
- 11.8mm insertion tube diameter.
- 2.8mm channel.
- 100o field of view, 55o retro direction of view.
- 1250mm working length.
- 130o/90o up/down, 90o/90o left/right angulation.
- B-mode, M-mode, D-mode, flow-mode & powerflow-mode.
- Electrical curved linear array scanning.
- 5, 6, 7.5 & 10MHz operating frequencies.
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GF-UCT240-AL5 Ultrasound Gastrovideoscope Large channel allows advanced techniques, such as pancreatic cyst drainage.
- 14.6mm distal end diameter.
- 12.6mm insertion tube diameter.
- 3.7mm channel.
- 100o field of view, 55o retro direction of view.
- 1250mm working length.
- 130o/90o up/down, 90o/90o left/right angulation.
- B-mode, M-mode, D-mode, flow-mode & powerflow-mode.
- Electrical curved linear array scanning.
- 5, 6, 7.5 & 10MHz operating frequencies.
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