3D ultrasounds with intelligent image editing to improve the realism of the result

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bebe 4d.jpg
bebe 4d.jpg

Seeing the image of our baby before birth is an illusion that is difficult to describe in words, and if that image is in 3D, the excitement increases, since it is not always easy to interpret the lights and shadows of a traditional ultrasound.

For years now we have been used to seeing three-dimensional images of babies’ faces, but now technology goes a step further thanks to an invention that we have just been presented with.

The fact is that the company I-MAS has launched be.ia, a device that uses computer vision technology and artificial intelligence to create hyper-realistic three-dimensional images of fetuses during pregnancy.

This device is easy to use, portable, and can be used with any existing ultrasound system. I-MAS is dedicated to the field of engineering and design with more than 18 years of experience in the development of be.ia, from software to design and corporate image, and with this launch they demonstrate the effort made.

This device aims to revolutionize the field of prenatal ultrasound and create a stronger emotional bond between parents and their unborn child. With this technology, parents will be able to see their child with never-before-seen precision and hyper-realistic quality, making the experience even more exciting.

The Artificial Intelligence that makes this possible has been trained with hundreds of thousands of baby photographs, all with the aim of receiving the ultrasound image and interpreting it to offer more realistic textures, smoother profiles, skin… everything that makes the image looks like a photograph.

The device consists of a monitor and a support with wheels, with USB ports so that it is compatible with all the ultrasound machines on the market today.

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We are talking about a sector called “emotional ultrasound”, a technique, in fact, that aims to strengthen the bond between the parents and the baby during pregnancy, generating a hyper-realistic image of the fetus in milliseconds.