Full-digital Black and White Ultrasound Scanner

Mainly used in the examination of abdominal, reproductive system, urinary system and other organs.

Black and White Ultrasound Scanner Features:

1. Real and delicate display of organic structure depends on full digital imaging technology with high precision;

2. Multiple display modes , realizes multi-Angle, multi-directional comparative observation;

3. Super capacity movie playback and permanent image and video storage;

4. Stable and efficient Windows operation platform, strong function expansibility, convenient system upgrade, fast maintenance;

5. Using the industrial application platform, 128G solid-state disk, data storage and reading fast without loss;

6. Open DICOM interface connects to the hospital system to realize real-time data transmission and reception;

7. Ultrasound scanner is equipped with Ultra ISO system recovery U disk, important moment full backup;

8. The operation panel and the display button can realize the functional operation and reduce the operation adjustment time.

Black and White Ultrasound Scanner Specifications:

Optional Transducers:

Convex probe

Trans-vaginal probe

Linear probe

Trans-rectal probe

Micro-convex probe

How does an ultrasound scanner work

Step-by-Step Workflow

1. Sound Wave Transmission

   The handheld transducer (probe) contains piezoelectric crystals. When an electric current is applied, these crystals vibrate rapidly, generating sound waves that travel through the body.

2. Wave Propagation and Reflection

   Sound waves pass through various tissues (skin, fat, muscle, organs). When they encounter interfaces between tissues of different densities (such as between soft tissue and bone, or between a liquid and a solid), some of the sound waves are reflected back as echoes, while the remainder continue to propagate deeper into the body.

3. Echo Reception

   The same set of piezoelectric crystals in the probe also acts as a receiver. When the returning echoes strike these crystals, they cause vibrations and generate faint electrical signals.

4. Real-Time Display

   The scanner’s computer maps each echo point into a grayscale image and displays it on the screen:

   Pure white — bone, calcifications (strong reflectors)

   Gray — soft tissue (moderate reflectors)

   Black — fluid-filled areas, such as cysts or blood vessels (weak or no echoes)