A 256-slice computed tomography scanner produces high-resolution images, enabling accurate diagnosis of various medical conditions with reduced radiation exposure.

Advanced imaging for liver fibrosis assessment. Useful in patients where ultrasound-based methods are limited (e.g., obesity, ascites), and provides comprehensive liver assessment without radiation exposure.

Direct visualization of the digestive tract for early detection and treatment of complications such as varices, polyps, and cancers.

Thulium Laser technology (TFL) is a novel, advanced laser technique is primarily used in urological procedures, including the treatment of kidney stones and benign prostatic hyperplasia. The key benefits of TFL include higher precision, reduced risk of thermal damage to surrounding tissues, and the ability to perform complex procedures with minimal invasion. These attributes make TFL a preferred choice for procedures requiring high accuracy, such as stone lithotripsy and tissue dissection. TFL technology is also known for its flexibility in settings, including energy levels, pulse shapes, and frequencies, providing tailored treatment options for various medical conditions.

Non-invasive assessment of liver stiffness. Ideal for routine monitoring of chronic liver diseases, helping guide treatment decisions and reducing the need for invasive procedure.

This technology is employed to eliminate scars and delivers outcomes akin to skin resurfacing.