PM-V6T Dual screen ultrasound machine / trolley color doppler ultrasound machine / real time 4D ultrasound Packing: Package: wooden carton package Packaging size: 97*68*141cm G.W.: 80kgs Main Features: Mode of display 1. Black-and-white image: B, 2B, 4B, right/left B|M, B|D, right/left PW(D), top/down PW(D), M, B mode local amplification, linear probe trapezoidal imaging, 3D reconstruction/real-time 3D imaging 2. Blood flow images: Spectrum: B/BC, BC/B, B/D, B/C/D CFM: B|C|D, B|C|M, B|C double real-time, PW(D)(D), CFM, CPA, CW 3. Color Doppler: Mode of display: energy, velocity, variance (in support of velocity variance), frequency, gain Display control: the size and position of the sampling box are both adjustable, the emitting angle of the linear probe is adjustable. 4. Spectral Doppler: Sampling volume and position are adjustable PW(D) tracing supports maximum and average velocity. The threshold of the maximum velocity is adjustable. Scanning scope: above base-line, below base-line and entire scanning. PW(D) sound can be turned on or off, and can be regulated in volume. Velocity measuring: in support of maximum and minimum velocity Parameters for control of blood flow color images: Doppler frequency, position and size of sampling box, base line, color gain, deflection angle, wall filter, accumulative number of times, etc. Color depth of display: Continuously adjustable Focusing: Electronic focusing + sound lens focusing Emission involves single focus, double focuses, triple focuses, and quadruple focuses Continuously dynamic focusing in receiving Basic measuring and calculating functions 2D normal measurement: distances, angle, perimeter, area (ellipse and locus methods), volume, volume â?? 3-line method (length, width, height), histogram, cross-section chart Basic M-Mode measurement: time, distance, heart rate, valve rate Obstetric measurement With 4 varieties of obstetric databases for reckoning gestation age 3 non-editable versions: Asian, European and American, plus 1 editable version: user-customized. Obstetric report Measurement and calculation of amniotic fluid index (AFI) Ratio calculation (BPD/OFD, FL/AC, FL/BPD and HC/AC) Fetus weight estimation Reckoning the gestation age and EDD by LMP and BBT Fetal biophysical score Fetal growth curve Strage Probe parameter storage Image storage Cine loop storage Measurement results storage Report storage Cine loop Automatic cine-loop Manual cine-loop Cine-loop speed setting Cine-loop search Frame-by-frame forward/backward cine-loop Digital ultrasonic working station (optional) General report Obstetric report Andrology report Gynecology report Urology report Blood vessel report Small parts report Cardiology report (ventricular report, mitral value report, aortic report, left ventricle report)
C5, 100% R&D by SENP technology, is a portable color Doppler withwide applications. Controlled by our own technology, C5 is targeted to provide advanced imaging quality, efficient workflow, Super Data Management System, ergonomic design and affordable price. Wide Applications C5 is compatible with convex, linear, high frequency linear, transvaginal, micro-convex and rectal linear probes, which make it available in wide application. In traditional field, C5can be usedin ABD, OB/G, cardiology (fetal), small parts, pediatrics and vascular. In emerging field, C5 can be used in emergency, ICU, anesthesiology, etc. In veterinary market, C5 can be used in farm animals and small animals, pets, etc. Advanced Imaging Technologies: , Built-in 500G hard disk can save large amount of patient data. , One key saving for cines and files can improve the working performance. , Built-in workstation helps quickly search patient data and reviewing cines, which facilitates the doctors operation. , The supported DICOM 3.0 can communicate with PACS system of the hospital seamlessly. , Standard hardware connectors can transmit data to the peripheral equipment. . 50cm*50cm*34.5cm
Supplier: Ultrasound Diagnostic Systems, Ivd
Services: .
Buyer: Ultrasound Diagnostic Systems, Ivd
Supplier: Diagnostic ultrasound
Supplier: Portable color doppler ultrasound and diagnostic system
High Resolution Ultrasound Machine High definition ultrasound enables researchers to simultaneously acquire in vivo anatomical, functional, physiological and molecular data in real time, with resolutions down to 30 �µm. the systems are easy to use, non-invasive and fast - delivering extremely high throughput when needed. Designed with researchers in mind, they feature system preconfigurations and animal handling tools for rapid image acquisition, as well as a wide range of protocols, software and data management tools optimised for today's scientists. Learn more about our high definition ultrasound for preclinical and clinical use. Get the following information Blood flow, positioning and orientation Movement of tissues over time Presence of molecular biomarkers Anatomy and size of 2D, 3D and 4D regions Cardiac and vascular tensions
High Resolution Ultrasound Machine High definition ultrasound enables researchers to simultaneously acquire in vivo anatomical, functional, physiological and molecular data in real time, with resolutions down to 30 �µm. the systems are easy to use, non-invasive and fast - delivering extremely high throughput when needed. Designed with researchers in mind, they feature system preconfigurations and animal handling tools for rapid image acquisition, as well as a wide range of protocols, software and data management tools optimised for today's scientists. Learn more about our high definition ultrasound for preclinical and clinical use. Get the following information Blood flow, positioning and orientation Movement of tissues over time Presence of molecular biomarkers Anatomy and size of 2D, 3D and 4D regions Cardiac and vascular tensions
OB Ultrasound Machine An OB ultrasound machine is a medical imaging device that is used to create images of a developing fetus inside the womb of a pregnant woman. This type of fetal ultrasound machines is specifically designed to produce images of the fetus, the amniotic fluid, the placenta, and the mother's reproductive organs. Obstetric ultrasound machines work by emitting high-frequency sound waves into the body, which bounce back off the various structures inside the body to create images that can be viewed on a screen. These images can be used to monitor the growth and development of the fetus, detect any abnormalities, and assess the health of the mother's reproductive system. There are several different types of obstetric ultrasound machines, including 2D, 3D, and 4D ultrasound machines. 2D machines produce two-dimensional images, while 3D machines create three-dimensional images. 4D machines produce real-time 3D images that show the movement of the fetus. Fetal ultrasound machines is typically used during prenatal care to monitor the health of the fetus and the progress of the pregnancy. They can also be used to detect certain birth defects, such as spina bifida and heart defects. In some cases, obstetric ultrasound machines may also be used during labor to help guide medical interventions, such as the placement of a fetal monitor.
Portable Ultrasound Machine For Veterinary Animal A portable ultrasound machine for veterinary animals is a specialized medical device that is designed to provide real-time imaging of internal structures and organs of animals using ultrasound technology. These machines are designed to be lightweight, compact, and easy to transport, making them ideal for use in veterinary clinics, animal hospitals, and even in the field. Some key features to look for in a portable ultrasound machine for veterinary animals include: Image quality: The image quality of the veterinary portable ultrasound should be high enough to accurately diagnose the animal's condition. Look for a machine that has a high-resolution display and advanced image processing capabilities. Portability: The veterinary portable ultrasound should be lightweight and easy to transport, with a battery that can last for several hours. Durability: The veterinary portable ultrasound should be able to withstand the rigors of travel and frequent use, with a rugged design and durable components. Ease of use: The veterinary portable ultrasound should be easy to operate, with an intuitive interface and simple controls. Versatility: The veterinary portable ultrasound should be able to perform a wide range of diagnostic procedures, including abdominal scans, cardiac scans, and reproductive scans.
