A CT orbit scan is a focused computed tomography study of the eye sockets that uses X-rays and computer reconstruction to produce detailed cross‑sectional images. It evaluates fractures, orbital bleeding, foreign bodies, tumors, inflammation, optic nerve problems and sinus disease. The test is quick and noninvasive; intravenous contrast may be used to highlight soft tissues and vessels. It involves ionizing radiation.

A CT scan of the orbits typically costs approximately $300–$2,500 in the US (higher if contrast or hospital setting), £150–£500 privately in the UK (NHS patients usually receive it free), and about ₹1,000–₹6,000 in India. Final price depends on location, facility type, contrast use, and whether insurance or public care covers it.

CT orbit targets the eye sockets and nearby bones/soft tissues with high‑resolution, thin slices and bone/soft‑tissue windows—used for orbital trauma, fractures, foreign bodies, proptosis, infection, or optic nerve assessment. CT head images the whole skull and brain to evaluate stroke, intracranial hemorrhage, tumors, headache, and trauma; it commonly starts non‑contrast. Field‑of‑view, slice thickness and windowing differ per indication.

Start by confirming patient details and scan orientation. Use bone and soft-tissue windows on axial, coronal and sagittal views. Assess orbital bones for fractures, margin disruption and entrapment. Evaluate globe contour, intraocular air or hemorrhage, extraocular muscles for entrapment or edema, and optic nerve/canal for continuity. Inspect orbital fat, sinuses and adjacent soft tissues for hematoma, emphysema or foreign bodies. Compare sides.

A CT scan of the orbits usually takes about 5–15 minutes for image acquisition. Including registration, positioning and paperwork, expect a 15–30 minute visit. If intravenous contrast is needed, allow extra time for injection and short observation, often 30–60 minutes total. Emergency or complex protocols can take longer; your imaging center will give exact timing.

Do you mean an imaging test of the eye socket (orbit) such as CT/MRI/ultrasound to assess bones, muscles, optic nerve and soft tissues, or a clinical "orbital" exam (e.g., forced‑duction, Hertel exophthalmometry)? Tell me which so I can give an accurate 50–75 word description.