Definition: Produces three-dimensional still images by compiling multiple two-dimensional scans.

Uses: Helps in evaluating the fetus’s anatomy, face, spine, limbs, and detecting congenital abnormalities more accurately than 2D ultrasound.

Advantages: Provides realistic visualization for better diagnosis and parental bonding during pregnancy.

Definition: An advanced version of 3D ultrasound that shows real-time moving images (like a video).

Uses: Displays fetal movements, facial expressions, heartbeats, and even yawns or smiles inside the womb.

Advantages: Improves accuracy in detecting abnormalities, enhances parental experience, and assists doctors in evaluating fetal growth and development in real time.

Definition: The latest technology that combines 3D/4D imaging with advanced software enhancements for crystal-clear, high-definition images with better depth and contrast.

Uses: Provides superior visualization of fetal structures, organs, blood flow, and overall growth.

Advantages: Offers lifelike, high-definition images that aid in more precise diagnosis, especially for high-risk pregnancies.

Obstetrics – Monitoring fetal development, identifying birth defects, and evaluating placenta and amniotic fluid.

Gynecology – Assessing uterus, ovaries, and reproductive organs.

Cardiology – Visualizing heart structures and blood flow.

Abdominal Imaging – Detecting liver, kidney, gallbladder, and pancreatic disorders.

Musculoskeletal – Examining joints, ligaments, and muscles.

Safe, non-invasive, radiation-free imaging.

More accurate detection of abnormalities.

Realistic, clear images for better understanding.

Enhances doctor-patient communication.

Strengthens parental bonding with the unborn baby.