“Long film” allows long-view radiography of the entire lower limb or vertebral column with a single exposure. A single exposure is reducing the risk of radiation dose and patient movement compared to a traditional multi-shot acquisition.

An x-ray radiography is an image created on photographic film or electronically on a digital system to diagnose illnesses and injuries.

X-ray radiography involves exposure to ionizing radiation which can present risks.   However, if patients understand the benefits and risks, they can make the best decisions about their health care.

X-ray radiography is a painless procedure that allows doctors to diagnose diseases and injuries without being invasive.  

X-ray radiography is involved for the diagnosis of detecting bone fractures, certain tumors and other abnormal masses, pneumonia, some types of injuries, calcifications, foreign objects, dental problems, etc.

Coming Soon

Liver Scan® is a real-time, image-guided examination that combines transient elastography and ultrasound diagnostic techniques to measure liver stiffness and steatosis. It simultaneously measures liver fibrosis E (kPa) and Liver Stiffness MAP (dB/m). This examination is painless, non-invasive, safe, repeatable, and quantitative.

E-Value (Liver Stiffness, kPa)

The E-value represents liver stiffness, measured in kilopascals (kPa).

· It is a key indicator of liver fibrosis, helping clinicians detect and monitor the progression from early fibrosis to cirrhosis.

· Real-time ultrasound guidance improves measurement accuracy by ensuring the probe targets true liver parenchyma

MAP (Acoustic Attenuation Parameter, dB/m)

MAP quantifies the acoustic attenuation of ultrasound waves as they pass through liver tissue.

· This parameter directly correlates with liver fat content (steatosis).

· MAP provides a fast, non-invasive alternative to biopsy for fatty liver assessment, supporting early detection and disease monitoring.

Advantages of Liver Scan®

· Patented Real-Time B-mode Image Guidance

Liver Scan includes exclusive patented technology that integrates real-time B-mode ultrasound imaging with transient elastography, allowing operators to precisely target liver tissue and avoid structures such as vessels or ribs, significantly improving measurement accuracy.

· Automatic ROI Adjustment

The system automatically optimizes the ROI (Region of Interest) to avoid non-liver parenchyma, ensuring high-quality measurements and reducing operator variability.

· Enhanced Mode for Abdominal Obesity

Liver Scan provides an abdominal-obesity enhancement mode designed to improve success rates and accuracy among overweight or obese patients—traditionally a challenge in liver elastography.

· Certified Worldwide

Liver Scan has obtained FDA 510(k) and NMPA Class III certifications and is distributed across Asia, North America, South America, the Middle East, Africa, and more.

An ultrasound examination is a simple, noninvasive diagnostic test that uses high-frequency sound waves to create cross-sectional images of the body. This technique makes it possible to capture images in real-time.  Ultrasound imaging can show the structure and the movement of internal body organs. 

Ultrasound uses no radiation.

Ultrasound images can be used to diagnose aneurysms in the aorta, kidney or gallbladder stones, enlarged abdominal organs, abnormal liver functions, and possible causes of abdominal pain. 

Ultrasound can also be used to provide ultrasound guided biopsy.

Hologic Selenia Dimensions Mammographic system delivers the unrivaled accuracy of our 3D Mammography™ exam to detect significantly more invasive breast cancers earlier and reduce callbacks. It is simply a more accurate mammogram:

• Detects up to 65% more invasive breast cancers compared to 2D alone. 2-8
• Superior accuracy for women with dense breasts compared to 2D alone. 1
• Faster scans for greater comfort, a 3.7 second scan time for a 3D™ exam. It delivers a more comfortable patient experience while lowering the risk of patient motion.

Hologic always strives for the lowest dose possible. Our low-dose 3D Mammography exam is powered by C-View software, which generates 2D images from tomosynthesis data without additional 2D exposures – in a 3.7-second scan. So you can achieve higher levels of accuracy compared with 2D mammography at a dose comparable to the U.S. average mammogram. View the detail and clarity needed to make an accurate assessment and avoid unnecessary follow-up exam - further reducing radiation dose.

A comfortable care experience for your patients. The retractable face shield is designed to simplify positioning, yet remains stable during the tomosynthesis exam. So patients can rest their faces comfortably on the shield to minimize movement. We offer minimal compression. Compression automatically releases after fast, efficient imaging in any mammography mode.

A Mammogram is an x-ray test for detection of breast tumors that cannot be felt by self breast examination.

A screening mammogram is for women who have no symptoms of breast cancer.

Diagnostic mammograms are ordered for women having signs of breast cancer or lumps. Signs may include changes in breast shape or size, nipple discharge, pain or skin thickening. These signs may be benign in nature. Diagnostic mammograms will be prescribed for the evaluation of changes found during a screening mammogram.

A mammogram can also be used to locate an area of suspicious breast tissue that can be removed for biopsy if abnormalities are found.

Computed Tomography scans (CT scans) use X-ray and powerful computers to obtain thin slices of the body and organs. A CT scan shows detailed images of any part of the body, including the bones, muscles, fat, blood vessels and organs. CT scans are generally performed in order to diagnose tumors, determine calcium “scores” of the coronary arteries and to see if arteries are blocked.

Magnetic Resonance Imaging, uses radio-frequency and powerful magnetic waves to provide detailed diagnostic images of internal body tissues, organs and structures. 

A typical MRI scan lasts from 20 - 90 minutes, depending on the part of the body being imaged.

MRI is an excellent tool with no radiation involved for the diagnosis of :

• Brain tumor and arteries
• Stroke
• Cancer of most region, lymph nodes and spread
• Sport injury and arthritis of all regions(hip, knee, ankle, foot, shoulder, elbow, wrist and hand,tendons and ligaments)
• Spinal problems including disc degeneration and prolapse,spinal compression, and spinal tumors
• Kidneys, liver and abdominal disorders
• Female and male reproductive systems disorders