Mammography

High-precision, low-dose breast imaging for early detection of lumps, microcalcifications, and tissue changes.

Digital Mammography & 3D Breast Tomosynthesis

It is the single most effective tool worldwide for detecting early-stage breast cancer up to 3 years before a lump can be physically felt.

Commonly Booked Tests

Prerequisite:
KFT / Serum Creatinine Report Required
Scan Duration:
10–15 Minutes
Preparation:
Avoid deodorants, talcum powders, or lotions on scan day
Report Delivery:
Within 1 Hours

NCCT SELLA

Description

2500

NCCT HEAD/BRAIN

Description

2500

NCCT ORBIT

Description

3000

HRCT TEMPORAL BONE

Description

4000

What to expect

You will be guided by an experienced female mammography technologist in a private, gentle environment.
Each breast is briefly compressed between two smooth clear plates for 5 to 10 seconds to flatten tissue and optimize image detail.

Prep Instructions

Do not apply deodorants, antiperspirants, powders, ointments, or creams under your arms or on your breasts. Metallic particles in these products can mimic calcifications on the scan.
Wear a top and bottom so you only need to undress above the waist.
Timing Tip: Schedule your scan for the week after your menstrual cycle when breasts are least tender.

FAQ’s

Why are deodorants and powders forbidden on the day of a mammogram?

Many deodorants, powders, and lotions contain small metallic particles (like aluminum) or zinc. On a digital mammogram, these specks can appear as bright white spots that look identical to microcalcifications (early warning signs of tissue changes), leading to unnecessary re-scans.

Compression may cause brief discomfort or pressure for a few seconds per view, but it should not be painful. Firm compression is necessary to spread out breast tissue, reduce radiation dose, and prevent motion blur.

A standard 2D mammogram takes one flat image from the front and side. 3D Tomosynthesis captures multiple thin-slice images at different angles, allowing the radiologist to look through dense breast tissue layer-by-layer.