LCD Notebook Laptop Ultrasound Scanner Ultrasound Machine Convex Probe+3D CA. New Design Full Digital Laptop.
+ 3.5MHz Convex Probe. + New external 3D Work Station. This laptop versatile linear & convex ultrasound system is ideal for mixed practice.
It is designed for bedside use and emergency scanning (triage ultrasound) either on site or in a rescue situation. RUS-9000F, weight only 1.5kg, is distinguishable by its bright and clear image quality. The probes offer a wide range of diagnostic applications. This scanner is a cost effective solution for family doctors, veterinary scanning. The complete software package, the multi-step zoom, and the high product versatility are available in it.
DBF: Digital Beam Forming technology DFS: Dynamic Frequency Scanning technology DRF: Dynamic Receiving Focusing technology RDA: Real-time Dynamic Aperture imaging technology DRA: Real-time Dynamic Receiving Apodization technology. Image mode: B, B+B, 4B, B+M, M Grey: 256 Display: 10.1-inch high-resolution TFT LCD Probe frequency: 2.510.0 MHz Probe connector: 1 Lateral resolution: 3 mm (depth 80mm) 4 mm (80mmdepth 130mm) longitudinal resolution: 2 mm (depth 80mm) 3 mm (80mmdepth 130mm) Detectable depth: 160mm Blind area: 5mm Geometrical position distortion: Lateral 15 Longitudinal 10. Pre-processing: Continuously variable aperture TGC (Near Middle Far) Dynamic filtering Dynamic Range Edge enhancement Frame correlation Smooth Post- processing: Gray map Black/white reverse Left/right reverse Up/down reverse. Cine loop: 192-frame cine loop memory Zoom: X0.8X0.9X1.0X1.1X1.2X1.3X1.4X1.5 magnifications in real time Permanent Storage: 1024 Storage media: massive image-storage capacity USB disk SD card Front panel control: Brightness, overall gain of the image Focusing method: Automatic multi-stage focusing OSD (On Screen Display): Date, Time, age, sex, Patient ID and hospital, information, Gain, Focusing, Comments, Scroll, Zoom setting Measurements: Distance, circumference, area/perimeter, volume, heart rate, pregnant week, fetal weight, etc. Body-marks: More than forty different body-markers Adjustable biopsy guideline: Guidance for puncture Sleep mode: save energy and protect screen and probe Parameter Preset: Suitable present for different application (Gynecology, Heart, Abdomen) Image mode: B, B+B, 4B, B+M, M.B mode: Distance, circumference, area, volume M mode: Distance, velocity, heart rate Software packages: Abdomen (Distance, circumference, area, volume) GYN/OB (EDD, GA, BPD, GS, CRL, AD, AC, FL, HC, FTA, APTD, TTD, FW), Cardiology (SAm, SL, SAi, SD, DAm, DL, DAi, DD, ESV, EDV, SV, EF). Peripheral port: Video output 1 USB port 2 MiniUSB2.0 port Power supply: AC 100240V 50Hz/60Hz Dimension (cm): 37(L)X27(W)X6(H) Net weight: 1.5 KG. NEW 3d ultrasound image working station Main unit with VGA port 10.1-inch high-resolution TFT LCD 1 each 3.5MHz R60 convex probe. 1 probe connector 192 frames cine-loop 1024 permanent storage OB report OB & GYN & Cardiac software 2 USB port & 1 mini2.0USB port VALENX Li-ion battery. Thermal printer(original Sony UP-897MD).
7.5MHz 80-element linear probe. 6.5MHz 80-element Trans-vaginal probe.5.0MHz 80-element Micro-convex probe. The sale of this item may be subject to regulation by the U. Food and Drug Administration and state. The item is subject to FDA regulation.
We will verify your status as an authorized purchaser of this item. You pay us what you see on the invoice, i. FDA declaration: The sale of this item may be subject to regulation by the U. Food and Drug Administration and state and local regulatory agencies. All of our products are CE approved.Please kindly check the copy of the certificate in the listing below. Or replace item for you free of charge. The item "LCD Notebook Laptop Ultrasound Scanner Machine Convex Probe+3D Work Image" is in sale since Thursday, December 15, 2016. This item is in the category "Business & Industrial\Healthcare, Lab & Life Science\Medical Equipment\Other Medical Equipment". The seller is "gwholesalemarket88" and is located in Beijing. This item can be shipped worldwide.