Pricing of Ultrasonographic Examination


Abdomen & Pelvis 腹部 及 盆腔

Upper Abdomen (Inc. Liver, Gallbladder, Spleen, Pancreas & Kidneys)

上腹部(包括肝、膽、脾、胰 及 腎臟)

$ 1,500

Whole Abdomen (Upper abdomen & Pelvis)

全腹部(上腹部 及 盆腔)

$ 2,500

Liver, Gallbladder & Spleen

肝、膽囊 及 脾

$ 1,200

Liver, Gallbladder, Spleen & Pancreas

肝、膽囊、脾 及 胰

$ 1,350

Liver, Gallbladder, Spleen & Kidneys

肝、膽囊、脾 及 腎臟

$ 1,350


$ 1,000

Gallbladder & Bile Duct

膽囊 及 膽管

$ 1,000

Urinary System (Kidneys & Bladder)

泌尿系統(兩側腎臟 及 膀胱)

$ 1,160

Urinary System + Prostate (Transabdominal)

泌尿系統 及 前列腺(經腹部)

$ 1,500

Urinary Bladder + Prostate (Transabdominal)

膀胱 及 前列腺(經腹部)

$ 1,050

Kidneys (Both Sides)


$ 1,000

Urinary Bladder


$ 1,000

Pelvis (Transabdominal)


$ 1,050

Head, Neck & Breasts 頭部、頸部 及 乳房



$ 1,250

Salivary Glands


$ 1,050

Neck (excluding Thyroid)


$ 1,180

Neck & Thyroid


$ 1,500

Breasts (Both Sides)


$ 1,400

Cardiology 心臟檢查

Echocardiography (Performed and Reported by Cardiologist)


$ 3,200

ECG (Electrocardiography), Resting


$ 400

* The prices listed in this price list are for reference only. Prices are subject to change without further notice.

What is Ultrasonography?

Ultrasonography, commonly known as ultrasound, is a frequently used medical examination technique. It employs high-frequency sound waves to generate real-time images of the interior of the body, aiding doctors in making clinical diagnoses for patients. Ultrasonography is a non-invasive scanning procedure that does not involve radiation. During the examination, medical personnel use an ultrasound probe on your skin. The ultrasound waves travel through the body’s organs from the probe. The receiver within the ultrasound probe collects the echoes of ultrasound waves bouncing back from internal organs. These echoes are then processed by a computer to create real-time images of the body’s structures.

Applications and Importance of Ultrasonography in Medicine

Ultrasound Scanning plays a significant role in the field of modern medicine. It is a painless, non-invasive, and non-radioactive imaging technique. Ultrasonography scanning uses the principle of high-frequency sound wave reflection to generate images of internal structures by transmitting sound waves into the human body and receiving the signals reflected back. This technique is widely used in various medical specialties, including obstetrics and gynecology, cardiology, internal medicine, surgery, and plays a crucial role in diagnosis, monitoring, and treatment processes.

Ultrasound scanning in the field of obstetrics and gynecology is one of the most important aspects. It is extensively used for pregnancy monitoring, fetal health assessment, and diagnosis and treatment of gynecological diseases. Through ultrasound scanning, doctors can observe the development of the fetus in the uterus, examine the position and function of the placenta, evaluate the quantity and quality of amniotic fluid, and determine the presence of any abnormalities. Additionally, ultrasound scanning is used to detect gynecological diseases such as uterine fibroids, ovarian cysts, and endometriosis, assisting doctors in formulating appropriate treatment plans.

In the field of cardiology, ultrasound scanning is used to assess heart structure and function. Echocardiography provides detailed cardiac images, helping doctors evaluate the function of heart valves, blood flow dynamics, and cardiac muscle movement. This is crucial for diagnosing and monitoring cardiac disease and aids in developing the most suitable treatment approach. Furthermore, ultrasound scanning can be used to detect vascular conditions such as arterial sclerosis and thrombus formation, providing essential information to guide treatment.

Ultrasound scanning also has extensive applications in the field of internal medicine. For instance, in abdominal ultrasound examinations, doctors can observe the status of visceral organs, assess the size, structure, and abnormalities of organs like the liver, gallbladder, kidneys, and spleen. This is highly important for diagnosing liver conditions, kidney stones, gallbladder inflammation, and other diseases. Moreover, ultrasound scanning can be employed to examine areas such as the thyroid, breasts, and lymph nodes, aiding doctors in identifying any abnormal changes for early detection and treatment of related diseases.

In the field of surgery, ultrasound scanning is often used for guiding surgical procedures. This technique, known as ultrasound-guided surgery, allows doctors to real-time observe the anatomical structures of the surgical area through ultrasound scanning, ensuring the accuracy and safety of surgical operations. Additionally, ultrasound scanning can be used for guiding needle biopsies and extracting abnormal tissues or fluids, providing more precise localization and guidance.

In conclusion, ultrasound scanning has wide-ranging and significant applications in medicine. It not only offers a non-invasive method for imaging examinations but also provides valuable information about internal structures and organ conditions for doctors. Through ultrasound scanning, doctors can accurately diagnose diseases, monitor treatment effectiveness, and develop appropriate treatment plans. Ultrasound scanning plays a crucial role in early disease detection, preventing disease progression, and safeguarding patient health, making it an irreplaceable tool in modern medicine.

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