Last updated: 2026 | Medically reviewed by Dr Abhiram GA, MBBS, MD(PGIMER) on 2026
If your doctor has advised a CT scan, cost is usually one of the first questions. At Kiran Nuclear Medicine and PET-CT Centre, the CT scan cost in Bangalore ranges from about ₹2,500 for a plain scan of a single area to about ₹8,000 for a contrast-enhanced scan of the abdomen and pelvis. The exact price depends on the body part, whether contrast dye is needed and how many regions are scanned.
This guide sets out indicative prices by scan type, explains what a CT scan involves, and covers preparation and safety so you know what to expect before you book a CT scan in Bangalore.
Prices are indicative and may change. Please confirm the current price with the centre when booking.
CT Scan Prices in Bangalore by Scan Type
“Plain” scans are done without contrast dye. “CECT” (contrast-enhanced CT) scans use an iodine-based dye injected into a vein, which improves visibility of blood vessels and organs and costs more.
Head and Neck
| Scan | Indicative Price |
|---|---|
| CT head / brain (plain) | ₹2,500 |
| CT orbits | ₹2,500 |
| CT temporal bone | ₹2,500 |
| CT nose | ₹2,500 |
| CT PNS (paranasal sinuses) | ₹3,000 |
| CT neck | ₹3,500 |
Chest
| Scan | Indicative Price |
|---|---|
| CT chest (plain) | ₹3,500 |
| CECT chest | ₹6,000 |
Abdomen and Pelvis
| Scan | Indicative Price |
|---|---|
| CT abdomen (plain) | ₹3,000 |
| CT pelvis (plain) | ₹3,000 |
| CT abdomen and pelvis (plain) | ₹4,500 |
| CECT abdomen | ₹6,000 |
| CECT pelvis | ₹6,000 |
| CECT abdomen and pelvis | ₹8,000 |
Spine
| Scan | Indicative Price |
|---|---|
| CT lumbar spine | ₹3,500 |
| CT lumbosacral spine | [confirm] |
Bones and Joints
| Scan | Indicative Price |
|---|---|
| CT fingers / wrist / single hand | ₹2,500 |
| CT foot / ankle / single leg | ₹2,500 |
| CT knee | ₹3,500 |
| CT shoulder | ₹3,500 |
What Affects the Cost of a CT Scan?
Several factors explain why two CT scans can be priced differently, even at the same centre:
- Body area: larger or more complex regions take more scanning and reporting time.
- Contrast dye: CECT scans need the dye itself, an IV line and monitoring, so they cost more than plain scans.
- Number of regions: combined scans, such as abdomen and pelvis together, are priced as a package.
- Specialised protocols: scans such as CT angiography use dedicated techniques and are usually priced separately.
- The centre: equipment, radiologist expertise and reporting turnaround vary between providers.
What Is a CT Scan?
A computed tomography (CT) scan is a medical imaging test that combines a series of X-ray images taken from different angles around the body. A computer processes these into cross-sectional images (slices) of bones, blood vessels and soft tissues, which can also be reconstructed into 3D views.
CT is fast, widely available and especially useful for bone detail, lung imaging and urgent assessment of injuries.
Common Types of CT Scan
The type of CT scan your doctor recommends depends on the area and the clinical question.
CT angiography (CTA): CTA examines blood vessels in the heart, brain, lungs, kidneys, arms and legs. It helps diagnose and characterise conditions such as pulmonary embolism (a blood clot in a lung artery), aneurysms (a weakened, bulging artery wall), aortic dissection, peripheral arterial disease and narrowing of the coronary arteries. CTA is a diagnostic test; treatment is planned separately based on the findings.
CT abdomen: this scan images the liver, spleen, pancreas, kidneys, intestines and appendix. Doctors use it to investigate abdominal pain, abscesses, tumours, internal bleeding and conditions such as appendicitis.
CT head / brain: a head CT is commonly used after head injuries to check for bleeding or skull fractures, and to assess suspected stroke, where it helps clinicians decide on urgent management. It can also show the sinuses and help evaluate persistent sinus problems.
CT chest / lungs: chest CT can show acute and long-term changes in lung tissue. It helps doctors assess conditions such as pneumonia, tuberculosis, lung nodules, lung cancer and fluid around the lungs.
CT pelvis: pelvic CT images the bladder, rectum and reproductive organs. It can help assess bladder stones, tumours and other pelvic conditions.
CT kidneys: a kidney CT is often used to confirm kidney stones, and can also help detect tumours, abscesses and other kidney conditions.
CT spine: spinal CT shows the bony structure of the spine in detail. It is useful for fractures, degenerative changes and some disc problems, and can help guide procedures such as biopsies. For the spinal cord, nerves and many disc conditions, MRI is often preferred.
Benefits of CT Scans
- Produces detailed images quickly, which matters in emergencies such as trauma and suspected stroke
- Can reduce the need for exploratory surgery by showing the problem clearly
- Supports cancer diagnosis, staging and treatment monitoring
- Provides excellent detail of bones, lungs and blood vessels
- Allows 3D reconstruction, including of the coronary arteries
- Is painless in itself, although a contrast injection involves a small needle
Risks and Safety Considerations
Radiation exposure: CT scans use ionising radiation. For a medically necessary scan, the expected diagnostic benefit usually outweighs the small potential long-term risk. However, radiation exposure can slightly increase lifetime cancer risk, and children and young people are more sensitive to radiation than adults. Radiologists use dose-optimisation protocols and recommend CT only when it is clinically appropriate. The US Food and Drug Administration provides further guidance on CT radiation.
Repeated scans: radiation risk accumulates over a lifetime, so tell your doctor about recent scans. This helps avoid unnecessary repeat imaging.
Pregnancy: tell the centre before booking if you are pregnant or may be pregnant. The radiology team will assess whether CT is necessary, whether the scan area involves the abdomen or pelvis, and whether ultrasound or MRI may be a suitable alternative. Scans of the head, chest or limbs involve minimal direct radiation exposure to the unborn baby, but still require clinical justification. Where CT is clinically justified, the team will use appropriate dose-reduction measures. The National Cancer Institute explains this in more detail.
Contrast dye: some CT scans use iodine-based contrast dye to improve visibility of blood vessels and organs. Tell the team about previous contrast reactions, kidney problems, thyroid disease, diabetes medication and other relevant medical history. Mild effects such as warmth, a metallic taste or nausea can occur; serious reactions are uncommon but require immediate medical attention.
Implanted devices: CT is suitable for many patients with implants, but suitability depends on the device, the scan protocol and the clinical situation. Always tell the team about any pacemaker, defibrillator, insulin pump or other implanted device.
How to Prepare for a CT Scan
Preparation depends on the body area and whether contrast is used, so always follow the instructions given when you book.
Before the scan
- Ask the centre whether you need to fast; this usually applies to contrast scans and some abdominal scans.
- Bring your doctor’s prescription and any previous scan reports or images.
- Tell the team if you are pregnant or may be pregnant.
- Share your history of allergies, previous contrast reactions, kidney disease, thyroid disease, asthma, diabetes and heart conditions.
- Mention any medication you take, particularly metformin or other diabetes medication.
- Remove jewellery and metal accessories; you may be asked to change into a gown.
- For contrast scans, you may be asked to sign a consent form and may need a recent kidney function test.
After the scan
- You can usually return to normal activities straight away after a plain scan.
- After a contrast scan, you may be observed briefly. Drinking fluids is commonly advised unless your doctor says otherwise.
- Report any pain, redness or swelling at the injection site, or symptoms such as rash or breathing difficulty, immediately.
- Follow any specific advice from your doctor or the radiology team.
CT Scan vs MRI Scan
Neither test is better in every situation. The right choice depends on the clinical question.
| CT Scan | MRI Scan | |
|---|---|---|
| Technology | X-rays (ionising radiation) | Magnetic field and radio waves (no ionising radiation) |
| Speed | Usually a few minutes on the table | Often 20 to 60 minutes |
| Typical strengths | Bone detail, lungs, acute trauma, bleeding, emergencies | Brain, spinal cord, ligaments, joints and many soft-tissue questions |
| Cost | Generally lower | Generally higher |
| Implants | Suitable for many implants; assessed case by case | Many modern implants are MRI-conditional; each must be checked |
Your referring doctor and radiologist will recommend the test that best answers your clinical question.
Regulation of CT Scan Centres in India
In India, the Atomic Energy Regulatory Board (AERB) regulates medical X-ray equipment, including CT scanners, under the Atomic Energy (Radiation Protection) Rules, 2004. Centres must hold a valid AERB licence to operate CT equipment, and requirements cover qualified staff, room shielding, radiation safety systems and quality assurance testing.
When choosing a centre, it is reasonable to ask about its AERB licence, the qualifications of its radiologists and how quickly reports are delivered. Kiran Nuclear Medicine and PET-CT Centre operates under AERB licence [licence details, if the client wishes to display them].
Choosing a CT Scan Centre in Bangalore
Price matters, but it is not the only consideration. Look for:
- A valid AERB licence and modern, well-maintained equipment
- Experienced radiologists who report the scan, ideally with subspecialty expertise
- Clear pricing, including whether contrast and reporting are included
- Convenient appointments and reasonable report turnaround
- Clear preparation instructions before your visit
Kiran Nuclear Medicine and PET-CT Centre offers CT scans at its Banashankari and Indira Nagar branches, with reports prepared by qualified radiologists. You can check availability and book your CT scan appointment with either branch.
Conclusion
CT scan cost in Bangalore depends mainly on the body area, the use of contrast dye and the centre you choose. Plain scans of a single area typically start at around ₹2,500, while contrast-enhanced scans of larger regions cost more. Whatever the price, choose a licensed centre with experienced radiologists, follow the preparation instructions carefully and tell the team about pregnancy, allergies, kidney problems and implants. If you have concerns about a recommended scan, discuss its benefits, alternatives and risks with your referring doctor.
Frequently Asked Questions
How much does a CT scan cost in Bangalore?
At Kiran Nuclear Medicine and PET-CT Centre, plain CT scans start at around ₹2,500, while contrast-enhanced scans range from about ₹6,000 to ₹8,000. Prices vary by body area, contrast use and the number of regions scanned, so confirm the current price when booking.
What is the cost of a single CT scan?
A single plain CT scan of one area, such as the head, wrist or ankle, typically costs around ₹2,500 to ₹3,500. Contrast-enhanced scans cost more because they involve the dye, an IV line and monitoring.
Which is more expensive, MRI or CT?
MRI is generally more expensive than CT because the equipment is more costly and scans take longer. However, the choice should be based on which test best answers the clinical question, not on cost alone.
How much does a head CT scan cost in Bangalore?
A plain head or brain CT scan costs around ₹2,500 at Kiran Nuclear Medicine and PET-CT Centre. Contrast-enhanced head scans or specialised protocols are priced separately.
Should I get a full-body CT scan for screening?
Whole-body CT screening is not generally recommended for people without symptoms. It involves radiation exposure and can detect incidental findings that lead to unnecessary follow-up tests. A CT scan should be done when it is clinically indicated and recommended by your doctor.
Do I need a doctor’s prescription for a CT scan?
Yes. CT scans use ionising radiation, so centres require a prescription from a doctor who has assessed your clinical need. This ensures the right scan is done for the right reason.
How long does a CT scan take?
The scan itself usually takes only a few minutes. Allowing for registration, preparation and, for contrast scans, the IV line and observation, plan for roughly 30 to 60 minutes at the centre.
Is a CT scan safe?
For a medically necessary scan, the benefit of an accurate diagnosis usually outweighs the small radiation risk. Centres use dose-optimisation protocols, and the team will screen you for pregnancy, contrast allergies and kidney problems before the scan.
