Technology advancements in 3D ultrasound

When the first commercial 3D ultrasound device became available in 1989, no one would have predicted how important 3D ultrasound would become. The rapid advancements in computer technology and design over the last ten years have resulted in impressive improvements in 3D ultrasound imaging. Being able to utilise all that 3D ultrasound has to offer takes experience and skill. There are techniques required to get the 3D volume, control of image planes, face views and the post-processing of the final image.

Previous 3D Ultrasound baby scan

HDlive (otherwise known as 5D) is an innovative rendering method creating near-realistic images of the baby to improve the accuracy of visualising anatomy. It uses an advanced illumination model that allows the scanner to create light and shadow effects, enhancing the depth of an image. The scanner can also position a virtual light at any angle to enhance the baby facial details. It is also possible to provide skin colours to the baby, creating a more natural and realistic appearance. This information can improve the understanding of relational anatomy, enrich communication to parents to be and enhance the visibility of facial features.

Modern 3D Ultrasound baby scan

With today's modern technology, a 3D baby ultrasound has now become a way for parents, families, and friends to bond with their unborn baby. Unlike traditional 2D ultrasound imaging, a 3D baby scan can give you a glimpse of your babies face. It is incredible the amount of detail we are now able to see on the 3D ultrasounds. The unique software is used within the ultrasound machine to generate the 3D, 4D, and 5D Ultrasound images. The most common facial features people see are the nose, lips and cheeks.