Xray4Vets products

The SonoBook8 is a compact colour Doppler system designed for diverse clinical applications including cardiovascular, radiology, anaesthesia, critical care, and emergency. It supports advanced technologies like Q-beam, Q-flow, Q-image, FHI, X-contrast, simplifying complex diagnostic processes. The device features instant response, innovative transducer technologies, and comprehensive cardiac measurement packages such as Stress Echo, Auto IMT, and Semi-automatic Simpson measurement. For radiology, it offers a versatile probe range (1.5 MHz-23 MHz) and real-time curved panoramic imaging. Anaesthesia applications benefit from superior needle visualization technology and multi-zoom functions. The system's portability, weighing less than 5.4kg, makes it suitable for critical care and emergency scenarios, offering excellent battery performance of up to 2 hours in active use and rapid boot times. Probe options include convex, linear, transvaginal, transrectal, micro-convex, phased array, pencil probes, and a single crystal button-probe, thus meeting a variety of clinical needs.

The EBit30 Ultrasound Display Unit from WSR Medical Solutions Ltd features advanced imaging and analysis capabilities suitable for various medical applications. It is designed with sophisticated image processing technologies such as Multiple Compound Imaging, Speckle Reduction Algorithms, FHI, X-Contrast, Q-Beam, Q-Flow, and Q-Image, ensuring high-quality image outputs. The system supports various measurement and calculation software packages tailored for General OB&GYN and Cardiac applications. The operational modes include B, 2B, 4B, B/M, B/BC, CFM, PW, Power Doppler, Directional PD, Instant Triplex, Duplex, Trapezoidal, and Chroma B&M&PW. Probe compatibility includes MC3-E Micro-Convex probe (2.0 - 6.8 MHz), MC6-E Micro-convex probe (4.0 - 12.0 MHz), L7-E Linear probe (4.0 - 15.0 MHz), L12-E Linear probe (7.0 - 18.0 MHz), and C3-E Convex probe (2.0 - 6.8 MHz). These features make the EBit30 a versatile and robust solution for diagnostic imaging in medical settings.