Provides clearer diagnostic information for all examinations including musculoskeletal, hepatobiliary, and urogenital systems. Especially effective for assessing soft tissues such as muscles, tendons, ligaments, nerves, and blood vessels. With high image quality and resolution, it enables precise and detailed examinations and diagnoses. Reduced noise and shorter exam times allow for a more comfortable experience, particularly for patients undergoing long MRI scans.

Uses magnetic fields generated by electromagnetism to capture precise cross-sectional images of the human body. A safe and non-invasive method suitable for detailed diagnosis of musculoskeletal structures like ligaments, cartilage, and joints. Sufficient for imaging large structures like bones or for postoperative follow-up. Recommended when metal implants or pins are present after orthopedic surgery.

Uses X-rays to create cross-sectional images of the body, which can be reconstructed into 3D images. Capable of distinguishing even minute density differences between tissues, enabling early and detailed diagnosis of diseases.

Utilizes X-ray’s penetrating properties to visualize bones and joint structures. The most basic diagnostic tool for bone shape and detecting fractures, particularly in joint and spine conditions.

Delivers shockwaves to the surface of the skin without incisions to treat pain. Promotes angiogenesis and stimulates surrounding tissues and bones, making it effective for inflammation treatment and pain relief.

Sprays medical-grade CO₂ gas at –78°C on the treatment area to rapidly cool the skin. Helps reduce pain and swelling by promoting vasodilation and boosting metabolism.

Applies thermal stimulation using microwaves (frequencies between 300 MHz and 3.0 GHz) to subcutaneous fat, fascia, and superficial muscles. Effective in relieving myofascial and muscular pain.

Applies low-frequency electrical currents through skin-surface electrodes to help relieve muscle pain.

Uses a 650 mn diode laser to aid in relieving pain and muscle aches.