GE Voluson Ultrasound
GE Voluson Ultrasound is your foundation for extraordinary vision in women's health ultrasound imaging.
GE Volume ultrasound technologies support diagnostic confidence for your obstetrical, gynecological, breast and general imaging studies. Explore images in any plane to reveal small details with stunning clarity. Add RealTime 4D imaging technology for gynecological and prenatal applications and expand the clinical utility of ultrasound, enabling visualization of fetal movement and other diagnostic procedures.
GE Voluson E8
A powerful platform that takes image quality to great heights and paves the way for the future. Based on advanced digital technology and incorporating highly innovative diagnostic tools, it opens the door for imaging innovations to come. HDlive, Elastography with quantification, 3D/4D and Volume Matrix Array Probes are just some of the outstanding features of this system. The flexible open architecture of the Voluson E8 provides a long-term investment security. Click for more information
GE Voluson S10
The Voluson S10 offers both clinical excellence and true investment value for the advanced ultrasound user. Built on GE’s powerful Voluson Core Architecture, the Voluson S10 provides exceptional image quality and advanced capabilities across a wide range of applications. Next-generation technologies help increase efficiency by streamlining the exam process and enhancing department workflow. The sleek Voluson S10 system is a delight to use, with a design that seems to instinctively draw your hand to the right control. Click for more information
GE Voluson P8
As easy as 1-2-3D. This ultrasound delivers hard-working capabilities that aim to fit any practice. With the Voluson Performance system, you can acquire excellent clinical images across all types of patients, quickly and easily. The Voluson P8 has robust performance capabilities that fit your practice, your patients, and your budget. Automated tools help reduce keystrokes and provide consistency to support clinical decision-making. Click for more information
