Affordable Craniotomy Surgery Cost in Hyderabad, India

On average, the cost of craniotomy in India ranges between ₹1,60,000 - ₹ 8,00,000 (approximately US $1,693 - US $ 8,465). However, the actual cost may vary depending on several factors, including:

• The patient's age, overall health, and neurological condition.
• The reason for the craniotomy, such as brain tumor removal, traumatic brain injury, brain hemorrhage, aneurysm repair, or other neurological disorders.
• The complexity and duration of the surgery.
• The type of hospital (private, government, or trust hospitals).
• Hospital charges, including room category, ICU stay, and specialized neurological care facilities.
• Insurance coverage or corporate approvals for cashless treatment.
• Pre-operative evaluations, brain imaging studies, and anaesthesia requirements.
• Post-operative intensive care, rehabilitation, and follow-up requirements.
• Any complications that may arise during or after the procedure.
• The expertise of the neurosurgical team and the use of advanced technologies such as neuronavigation, neuro-monitoring, or microsurgical techniques.

On average, the cost of a craniotomy in Hyderabad ranges from ₹1,70,000 - ₹ 4,00,000 (approximately US $1,803 - US $4,242). These rates are competitive and cost-effective when compared to many other major cities, with access to advanced neurosurgical treatment, modern operating rooms, Neuro ICU facilities, and highly experienced neurosurgeons.

However, the cost of craniotomy surgery in Hyderabad is influenced by several factors, such as:

• The patient's neurological condition, age, and overall medical history.
• The underlying reason for surgery, such as brain tumor, traumatic brain injury, brain hemorrhage, aneurysm, epilepsy, or other neurological disorders.
• The complexity and duration of the surgical procedure.
• The hospital facility chosen and its infrastructure.
• Insurance or corporate approvals for cashless services.
• Extent of pre-operative evaluations, brain imaging studies, and anaesthesia requirements.
• Need for intensive care unit (ICU) monitoring and specialized neurological care after surgery.
• Post-operative rehabilitation, physiotherapy, and follow-up requirements.
• Potential complications during or after the procedure.
• The expertise of the neurosurgical team and the use of advanced technologies such as neuronavigation, neuro-monitoring, and microsurgical techniques.

Cost Breakdown According to Type of Craniotomy

• Simple Craniotomy- Total Surgery Cost: ₹1,70,000 - ₹2,50,000 (US $ 1,803– US $ 2,651) (approx.)
• Hematoma Evacuation- Total Surgery Cost: ₹2,00,000 - ₹3,00,000 (US $2,121– US $ 3,181) (approx.)
• Standard Brain Tumor Removal-Total Surgery Cost: ₹2,20,000 - ₹3,50,000 (US $ 2,333– US $ 3,712) (approx.)
• Keyhole / Minimally Invasive Craniotomy - Total Surgery Cost: ₹2,50,000 - ₹4,50,000 (US $ 2,651– US $4,772) (approx.)
• Endoscopic Craniotomy - Total Surgery Cost: ₹ 2,80,000- ₹4,80,000 (US $ 2,969– US $ 5,091) (approx.)
• Stereotactic / Image-Guided Craniotomy - Total Surgery Cost: ₹3,00,000 – ₹4,80,000 (US $3,181– US $5,091) (approx.)
• Awake Craniotomy - Total Surgery Cost: ₹3,80,000 - ₹5,50,000 (US $4,030 – US $5,833) (approx.)
• Complex Craniotomy-Total Surgery Cost: ₹ 4,30,000 – ₹ 5,50,000 (US $4,560– US $ 5,833) (approx.)
  
  

Note: These are estimated costs. The exact cost for an individual patient is determined after a comprehensive evaluation by the neurosurgery team, including clinical assessment, imaging studies, overall health evaluation, and surgical planning.

Additional Information: The cost of craniotomy surgery may vary depending on the neurological condition being treated, the complexity of the procedure, duration of hospitalisation, ICU charges, advanced surgical technologies used, rehabilitation needs, and the experience of the neurosurgical team. This helps patients receive a personalised treatment plan and a transparent cost estimate tailored to their medical needs.

The cost of craniotomy surgery may vary depending on the hospital, the neurological condition being treated, the complexity of the procedure, and the patient's overall health. The following is a detailed breakdown of the expenses commonly involved with surgery: -

Pre-Surgery Costs

• Consultation Fees: Charges for consulting with neurosurgeons, neurologists, anaesthesiologists, and other specialists involved in treatment planning.
• Diagnostic Tests: Before surgery, blood tests, MRI and CT scans, angiography, and other imaging examinations may be performed to assess the brain.
• Pre-Surgical Screening: Comprehensive health exams are performed to determine neurological status, heart function, kidney function, and overall fitness for surgery and anaesthesia.

Craniotomy Surgery Costs

• Hospitalisation Charges: Charges for private rooms during admission and recovery after surgery. Patients who require careful neurological monitoring may incur ICU expenses.
• Surgical Procedure: Costs associated with the craniotomy procedure, including neurosurgeon's fees, operating theatre charges, neuronavigational systems, microsurgical equipment, and specialised surgical instruments.
• Anaesthesia and Surgical Team Fees: Fees for anaesthesia services, anaesthesiologists, neurosurgery personnel, and the multidisciplinary team engaged in the procedure.

Post-Surgery Care Costs

• ICU Stay Post-Surgery: Charges for Neuro ICU care and intensive monitoring, depending on the patient's condition and recovery progress.
• Hospital Stay: General hospitalisation charges can be applied for post-operative recovery, which may range from several days to longer durations depending on the complexity of the surgery and neurological condition.
• Rehabilitation and Follow-Up Care: Costs that are related to physiotherapy, occupational therapy, speech therapy (if required), neurological assessments, follow-up consultations, and repeat imaging studies to monitor recovery.
• Additional Treatment Costs (If Required)
• Management of Complications: Additional expenses may arise if complications occur or prolonged neurological recovery requires further treatment or intervention.
• Specialised Neurological Care: Some patients may require extended rehabilitation, advanced neurological monitoring, or additional procedures depending on the underlying condition being treated.

Note: This cost structure ensures transparency and helps the patients to plan their finances effectively for craniotomy surgery. At PACE Hospitals, Hyderabad, we provide detailed, personalised estimates tailored to each patient's specific neurological condition and treatment requirements, ensuring affordability and world-class neurosurgical care.

Craniotomy surgery is not required for everyone with a neurological condition. It is generally recommended when a brain disorder, injury, bleeding, or abnormal growth cannot be effectively managed with medications or less invasive treatments, and surgical access to the brain is necessary.

Common Conditions Indicating Need for Craniotomy Surgery are: -

• Brain Tumors: Craniotomy is commonly performed to remove or biopsy brain tumors. The procedure allows neurosurgeons to access the tumor, relieve pressure on the brain, obtain tissue for diagnosis, and improve neurological function.
• Traumatic Brain Injury (TBI): Severe head injuries can cause bleeding, swelling, or increased pressure inside the skull. Craniotomy surgery is performed to remove blood clots, relieve pressure, and prevent brain damage.
• Brain Hemorrhage (Bleeding in the Brain): Bleeding caused by trauma, ruptured blood vessels, or other conditions can compress surrounding brain tissue. Craniotomy helps remove accumulated blood and reduce pressure on the brain.
• Brain Aneurysms: A brain aneurysm is a weakened area in a blood vessel that can bulge and potentially rupture. Craniotomy may be performed to surgically clip the aneurysm and prevent or stop bleeding.
• Arteriovenous Malformations (AVMs): AVMs are abnormal connections between arteries and veins in the brain that can increase the risk of bleeding. Craniotomy allows surgeons to remove or repair these abnormal blood vessels.
• Drug-Resistant Epilepsy: Some patients continue to experience seizures despite taking appropriate anti-seizure medications. In carefully selected cases, craniotomy may be performed to remove or disconnect the area of the brain responsible for seizure activity.
• Brain Abscesses and Infections: Severe infections that form pus-filled collections within the brain may require craniotomy for drainage and treatment.
• Hydrocephalus and Increased Intracranial Pressure: In certain cases, craniotomy may be required to relieve pressure inside the skull by treating the underlying cause (such as a tumour, blood clot, or structural problem), helping protect brain tissue and neurological function.
• Congenital and Structural Brain Abnormalities: Some patients with congenital brain disorders, skull base lesions, encephaloceles, or other structural abnormalities may require craniotomy to correct the defect and improve neurological outcomes.

While craniotomy surgery is a life-saving and effective procedure for many neurological conditions, it is not suitable for everyone. Certain medical conditions or health risks may make surgery unsafe or reduce the likelihood of a successful outcome.

• Active infections: Patients with ongoing systemic infections or untreated infections near the surgical site may be at a higher risk of post-operative complications and may require treatment before surgery.
• Severe or unstable medical conditions: Individuals who are dealing with uncontrolled heart disease, severe respiratory disorders, advanced liver disease, or other serious illnesses may need stabilization before undergoing a craniotomy.
• Severe comorbidities: Patients with uncontrolled diabetes, advanced kidney disease, severe bleeding disorders, or other major health problems may face increased surgical and anaesthetic risks.
• Poor overall functional status: Patients who are extremely frail or medically unstable may not tolerate major brain surgery safely, particularly when the expected benefits are limited.
• Uncontrolled bleeding disorders: Individuals with clotting abnormalities or those unable to discontinue certain blood-thinning medications may have a higher risk of excessive bleeding during or after surgery.
• Advanced neurological disease with limited expected benefit: In some cases, severe neurological damage or advanced disease may make craniotomy unlikely to provide meaningful improvement in quality of life or neurological function.
• Short life expectancy due to other illnesses: When life expectancy is significantly limited by severe non-neurological conditions, the risks of surgery may outweigh the potential benefits.
• Inability to tolerate anaesthesia: Patients with conditions that make general anaesthesia unsafe may not be suitable candidates until those issues are addressed.
  
  

Assessment by a qualified neurosurgeon is important for determining patient eligibility for surgery. A thorough pre-operative evaluation, including neurological examination, MRI or CT imaging, blood investigations, cardiac assessment, and overall health evaluation. This helps ensure that craniotomy surgery provides more benefit with less risk.

Craniotomy is a specialised neurosurgical procedure performed under general anaesthesia to access and treat conditions affecting the brain. The steps include:

• Pre-procedure evaluation: Comprehensive tests and assessments, including neurological examination, blood tests, MRI scans, CT scans, and a detailed evaluation by the neurosurgery team.
• Surgical planning: Advanced imaging and neuronavigational systems are used to identify the exact area of the brain that requires treatment.
• Craniotomy procedure: A section of the skull bone (bone flap) is temporarily removed to allow the surgeon access to the brain. The required treatment, such as tumour removal, clot evacuation, aneurysm repair, or other neurosurgical intervention, is then performed.
• Monitoring and closure: Continuous monitoring is carried out throughout the procedure. Once the treatment is completed, the bone flap is repositioned and secured using specialised plates and screws.
• Recovery: Patients are closely monitored in the Neuro ICU or recovery unit after surgery.

There are different types of surgical techniques through which craniotomy surgery can be performed; these are:

• Conventional (Open) Craniotomy: Traditional approach where a section of the skull is temporarily removed to access the brain.
• Image-Guided / Neuronavigation-Assisted Craniotomy: Uses advanced imaging and navigation systems to improve surgical precision and accuracy.
• Microsurgical Craniotomy: Performed using specialised operating microscopes to treat delicate brain lesions while minimising damage to surrounding tissues.
• Awake Craniotomy: Performed in selected patients when surgery involves areas controlling speech, movement, or other critical brain functions, this allows a real-time neurological assessment during the procedure.

After craniotomy surgery, careful attention to recovery is essential to promote healing, prevent complications, and support neurological recovery.

• It is advised to attend all scheduled follow-up appointments for neurological evaluation, wound assessment, and monitoring of recovery progress.
• It is recommended to keep the surgical incision clean and dry, following the neurosurgical team's wound-care instructions.
• It is advised to get adequate rest and gradually return to normal daily activities as recommended by the healthcare team.
• If medications such as pain relievers, anti-seizure medications, antibiotics, or other prescribed treatments are given at discharge, it is suggested that they be taken exactly as instructed.
• It is recommended to immediately report symptoms such as severe headache, fever, wound redness or drainage, seizures, weakness, speech difficulties, confusion, or changes in vision.
• It is advised to avoid smoking, alcohol consumption, and recreational drug use during the recovery period, as these may interfere with healing and neurological recovery.
• It is recommended to participate in physiotherapy, occupational therapy, speech therapy, or rehabilitation programmes if prescribed as part of the recovery plan.

Several factors influence the overall cost. Knowing about these elements can help patients to better prepare for the financial aspects of surgery. 

Hospital Choice

Costs vary significantly based on the hospital's reputation, facilities, and level of specialisation.

Neurosurgeon's Experience

Highly experienced and specialised neurosurgeons often charge higher professional fees.

Diagnostic Tests and Imaging 

Pre-surgery investigations such as MRI and CT scans, as well as neurological assessments, add to the overall expense.

Type of Craniotomy Procedure

Costs vary depending on whether the surgery is for tumor removal, trauma treatment, aneurysm repair, epilepsy treatment, or another neurological condition.

Complexity of the Case

More complex surgeries may require advanced techniques, longer operating times, or specialised equipment, which generally cost more.

Complications or Additional Procedures

Unexpected complications, revision surgeries, or extended monitoring can significantly increase costs.

Insurance Coverage

The extent of insurance coverage or corporate approvals for cashless treatment can significantly affect out-of-pocket expenses.

Technology and Surgical Approach

Techniques utilised, such as minimally invasive or technologically advanced procedures, may have different cost structures compared to traditional approaches.

Hospital Stay and ICU Care

The duration of hospital stay, especially time spent in the ICU, may affect the cost.

Postoperative Care and Rehabilitation

Follow-up consultations, medications, rehabilitation, and recovery support can also affect the total costs.

Our team provides insurance and cashless support to patients undergoing craniotomy surgery.

• Cashless hospitalization with empanelled insurers and TPAs
• Pre-authorization and documentation guidance
• Reimbursement assistance if cashless facility is unavailable
• Transparent pre-admission cost estimates
• Support for corporate and government health schemes

Our goal is to ensure that patients receive timely, high-quality neurosurgical care with clear financial information and minimal administrative burden.

The success rate of craniotomy surgery varies depending on the underlying neurological condition being treated, the complexity of the procedure, the patient's overall health, and the timing of intervention. The success rate of craniotomy is approximately 75% to 90%.

Patients may experience: -

• Relief from symptoms caused by brain tumors, bleeding, or increased intracranial pressure
• Improved neurological function and quality of life
• Reduced risk of further brain damage or neurological deterioration
• Better long-term outcomes through timely treatment of the underlying condition

Craniotomy surgery is a procedure in which a neurosurgeon temporarily removes a small section of the skull to access the brain. This allows the surgeon to diagnose, treat, or manage various brain conditions that cannot be treated effectively with medications alone. Once the required treatment is completed, the bone flap is usually replaced and secured in its original position. The procedure is performed under general anaesthesia and utilises advanced neurosurgical techniques.

Craniotomy surgery is used to treat a wide range of brain conditions, including brain tumors, traumatic brain injuries, brain hemorrhages, aneurysms, arteriovenous malformations (AVMs), epilepsy, brain abscesses, and certain congenital abnormalities. It may also be performed to relieve pressure within the skull or to obtain a tissue sample for diagnosis.

Before craniotomy surgery, patients undergo various tests to help the surgical team plan the procedure safely. These generally include blood tests, MRI scan, CT scans, neurological examinations, and cardiac assessments to evaluate that the patient is fit for the surgery. Further tests may be recommended depending on the underlying brain condition.

In most cases, only a small area of hair around the surgical site needs to be trimmed or shaved rather than the entire head. The amount of hair removed depends on the location and type of craniotomy being performed. Neurosurgical teams aim to remove as little hair as necessary while maintaining a sterile surgical environment.

An awake craniotomy is a specialised type of brain surgery in which the patient is awake during part of the procedure while the surgical team carefully monitors speech, movement, memory, or other brain functions. It is usually recommended when the area being operated on is close to important parts of the brain responsible for language, movement, or other critical functions. Keeping the patient awake during specific stages helps the surgeon avoid damaging these areas and improves surgical safety.

During craniotomy surgery, advanced monitoring techniques are used to help protect important brain functions. Depending on the condition being treated, surgeons may use neuro-monitoring equipment to assess brain activity, nerve function, movement, speech, or sensory responses throughout the procedure. In some cases, neuronavigational systems and intraoperative imaging are also used to improve surgical precision.

The cost of craniotomy surgery varies depending on the condition being treated, the complexity of the procedure, the hospital chosen, the need for ICU care, and the duration of hospitalization. Factors that may affect the overall cost are advanced imaging, specialised surgical technologies, rehabilitation requirements, and the patient's overall health. A detailed evaluation by the neurosurgery team is usually required to provide an accurate and personalised cost estimate.

After craniotomy surgery, patients should watch for signs of infection such as fever, increasing headache, redness or swelling around the surgical wound, drainage from the incision site, foul-smelling discharge, or worsening pain. Some patients may also experience confusion, excessive drowsiness, or neurological symptoms if an infection develops. It is important to contact the healthcare team immediately if any of these symptoms occur, as early treatment can help prevent serious complications.

Neuronavigation is an advanced surgical guidance technology that functions similarly to a GPS for the brain. It uses comprehensive MRI or CT scans to assist neurosurgeons for locating the surgical target. This technique enhances surgical precision, allows for the avoidance of critical brain structures, reduces damage to healthy tissue, and may contribute to safer procedures and better patient outcomes during craniotomy surgery.

Yes. PACE Hospitals has a team of experienced neurosurgeons who are trained in performing craniotomy procedures for a wide range of neurological conditions, including brain tumors, brain hemorrhages, traumatic brain injuries, aneurysms, and other complex brain disorders. The neurosurgery team works closely with neurologists, neuro-anaesthesiologists, intensivists, and rehabilitation specialists to provide comprehensive care throughout the treatment journey.

Neurology Department | Neurology Hospital in Hyderabad