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MRI Machine Price in Rupees
Jan 23 2026
MRI Machine Price in Rupees for Hospitals and Diagnostic Centers

Magnetic Resonance Imaging plays a critical role in modern diagnostics. Hospitals, diagnostic centers, and specialty clinics across India invest in MRI systems to deliver accurate and non-invasive imaging. Understanding the MRI Machine Price in Rupees helps decision-makers plan budgets, evaluate technology, and select the right supplier.

This guide explains pricing, influencing factors, brand comparisons, and why Sasha Healthcare stands as a trusted medical equipment partner in India.

What Determines MRI Machine Pricing in India

MRI pricing varies widely across India due to technical specifications, installation requirements, and service support. Buyers should evaluate the complete ownership cost instead of focusing only on the base unit price.

Key factors that influence pricing include:

  • Magnet strength (Tesla rating)
  • System type (open or closed MRI)
  • Gradient performance and software packages
  • Shielding and room preparation requirements
  • Brand reputation and after-sales service

Hospitals in metro cities often invest in higher-end systems due to patient volume and advanced clinical demand, while smaller centers choose mid-range models for cost efficiency.

MRI Machine Price in Rupees: Indicative Range

The MRI Machine Price in Rupees depends on whether the system is new, refurbished, or imported. In India, pricing generally falls within these ranges:

  • Low-field MRI systems: ₹2.5 crore to ₹4 crore
  • 1.5 Tesla MRI systems: ₹5 crore to ₹9 crore
  • 3 Tesla MRI systems: ₹12 crore to ₹22 crore

These prices usually exclude civil work, shielding, HVAC upgrades, and power stabilization systems. Buyers must add these costs during project planning.

MRI Scan Machine Cost by System Type

Understanding MRI scan machine cost helps buyers match clinical needs with financial planning.

Low-Field MRI Systems

Low-field MRI systems operate below 1 Tesla. They suit orthopedic imaging, basic neurological studies, and small clinics.

  • Lower acquisition cost
  • Reduced power consumption
  • Limited advanced imaging capabilities

1.5 Tesla MRI Systems

The 1.5T category remains the most popular in India.

  • Balanced image quality and cost
  • Suitable for neuro, cardiac, and MSK imaging
  • Widely accepted by radiologists

3 Tesla MRI Systems

3T MRI systems support advanced diagnostics.

  • Higher resolution imaging
  • Faster scan times
  • Ideal for oncology, neurology, and research

The MRI scan machine cost increases significantly with higher Tesla strength due to advanced hardware and software requirements.

Best MRI Machine Brand Options in India

Selecting the best MRI machine brand ensures reliability, consistent image quality, and long-term service support.

Top global brands available in India include:

  • Siemens Healthineers
  • GE Healthcare
  • Philips Healthcare
  • Canon Medical Systems

Each brand offers multiple models across 1.5T and 3T segments. Siemens systems stand out for gradient performance and software stability, while GE emphasizes workflow efficiency. Philips focuses on patient comfort and noise reduction.

The best MRI machine brand depends on clinical focus, budget, and service availability in your region.

New vs Refurbished MRI Machines

Hospitals often compare new and refurbished MRI systems to control capital expenditure.

New MRI Machines

  • Latest software and imaging protocols
  • Manufacturer warranty
  • Higher upfront investment

Refurbished MRI Machines

  • Lower purchase cost
  • Suitable for secondary diagnostic centers
  • Requires trusted supplier and quality certification

Refurbished systems reduce MRI scan machine cost but demand careful evaluation of magnet life and service history.

Installation and Hidden Costs to Consider

Many buyers underestimate the non-machine costs involved in MRI installation.

Important additional expenses include:

  • RF shielding and Faraday cage
  • Chiller and HVAC systems
  • Electrical load upgrades
  • Site planning and safety zoning
  • Staff training and commissioning

Planning these elements early prevents budget overruns and project delays.

Why Choose Sasha Healthcare

Sasha Healthcare stands as a trusted name in India’s medical imaging equipment market. The company supports hospitals, diagnostic centers, and imaging chains across multiple states.

Experience

Sasha Healthcare brings years of hands-on experience in supplying MRI, CT, PET-CT, and advanced imaging systems. The team understands Indian hospital infrastructure, regulatory norms, and operational challenges.

Expertise

The organization offers technical evaluation, site planning guidance, and system selection support. Clients receive assistance in choosing the right MRI configuration based on patient load and clinical demand.

Authoritativeness

Sasha Healthcare works with reputed global manufacturers and follows transparent sourcing practices. The company maintains a strong track record in installation coordination and post-sales support.

Healthcare providers trust Sasha Healthcare for ethical business practices and long-term partnership approach.

Finding a Medical Equipment Shop Near Me

Buyers often search for a medical equipment shop near me to ensure faster support and local service availability.

A reliable supplier should offer:

  • Local service engineers
  • Genuine spare parts
  • Installation and commissioning support
  • Preventive maintenance contracts

Sasha Healthcare supports clients across India with coordinated logistics and service networks.

Financing and Leasing Options in India

MRI systems require significant capital investment. Many Indian hospitals opt for financing models.

Popular options include:

  • Bank term loans
  • Equipment leasing
  • Pay-per-scan revenue models

These options help diagnostic centers launch services without heavy upfront burden.

Future Trends in MRI Technology

MRI technology continues to evolve with AI-assisted imaging and faster scan protocols.

Emerging trends include:

  • AI-based image reconstruction
  • Reduced scan times
  • Improved patient comfort
  • Energy-efficient magnets

These innovations may influence future MRI Machine Price in Rupees but improve long-term operational efficiency.

FAQs

1. What is the average MRI Machine Price in Rupees in India?

The average price ranges from ₹5 crore to ₹9 crore for a 1.5 Tesla system, depending on brand and configuration.

2. Which MRI scan machine cost suits a mid-size diagnostic center?

A 1.5 Tesla MRI system offers the best balance between cost and diagnostic capability for mid-size centers.

3. Which is the best MRI machine brand for Indian hospitals?

Siemens, GE, and Philips rank among the best MRI machine brand options due to service availability and image quality.

4. Can refurbished MRI machines deliver reliable performance?

Yes, certified refurbished systems perform reliably when sourced from an experienced supplier with service support.

5. How do I find a trusted medical equipment shop near me?

Choose a supplier with proven experience, transparent documentation, and nationwide service coverage.

Conclusion

Evaluating MRI systems requires a clear understanding of pricing, technology, and supplier credibility. Hospitals that analyze MRI scan machine cost carefully and choose a reliable partner gain long-term clinical and financial benefits. Sasha Healthcare continues to support Indian healthcare providers with expert guidance and trusted imaging solutions.

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Jan 22 2026
What Is a PET CT Scan, and Why Is It Used?

A PET CT scan is a hybrid medical imaging test that combines Positron Emission Tomography (PET) and Computed Tomography (CT) into a single system.
It provides both metabolic (functional) and anatomical (structural) information in one scan session.

In clinical practice, PET CT is used to detect disease at the cellular level before structural changes appear, making it one of the most advanced tools in modern diagnostic imaging.

What Is a PET CT Scan?

A PET CT scanner integrates two imaging technologies:

  • PET (Positron Emission Tomography):
    Detects abnormal metabolic activity using radioactive tracers.

  • CT (Computed Tomography):
    Produces high-resolution cross-sectional images of organs and tissues.

The combined system overlays metabolic data onto precise anatomical images, allowing clinicians to identify, localize, and stage disease accurately.

How Does a PET CT Scan Work?

Step-by-step process

  • Radiotracer injection
    Common tracer: 18F-FDG (Fluorodeoxyglucose).

  • Uptake period
    Patient rests for 45–60 minutes while the tracer distributes in the body.

  • PET imaging
    Detects gamma photons emitted from positron annihilation events.

  • CT imaging
    Provides anatomical mapping and attenuation correction.

  • Image fusion
    PET metabolic signals are fused with CT images for accurate localization.

Key principle:

Cancer cells consume more glucose than normal cells, resulting in higher FDG uptake.

Why Is PET CT Used in Clinical Medicine?

PET CT is primarily used for early detection, staging, therapy assessment, and recurrence monitoring.

Core medical purpose

  • Detect disease before structural damage occurs

  • Differentiate benign vs malignant lesions

  • Measure treatment response accurately

  • Identify residual or recurrent disease

Major Clinical Applications of PET CT

Oncology (Primary Indication)

PET CT is considered the global standard imaging modality in cancer care.

Common cancers evaluated:

  • Lung cancer

  • Breast cancer

  • Lymphoma

  • Head and neck cancers

  • Colorectal cancer

  • Esophageal cancer

  • Cervical cancer

  • Multiple myeloma

Cardiology

PET CT evaluates:

  • Myocardial viability

  • Coronary artery disease

  • Myocardial perfusion

  • Inflammatory cardiomyopathies

Compared to SPECT, PET offers higher sensitivity and quantitative accuracy.

Neurology

Used in:

  • Epilepsy focus localization

  • Alzheimer’s disease evaluation

  • Parkinsonian syndromes

  • Dementia differentiation

  • Brain tumor grading

PET CT is particularly valuable when MRI findings are inconclusive.

Common PET CT Radiotracers

Tracer

Primary Use

18F-FDG

Oncology, infection, inflammation

68Ga-PSMA

Prostate cancer

18F-FDG

Neuroendocrine tumors

18F-NaF

Bone metastasis

18F-FDG

Prostate & liver tumors

Tracer selection depends on tumor biology and clinical indication.

PET CT Scan Machine Components

A standard PET CT system includes:

  • Full-ring PET detector system

  • Multi-slice CT scanner (16–128 slice)

  • LYSO or BGO crystal detectors

  • Time-of-Flight (TOF) technology

  • Advanced image reconstruction software

  • Radiation shielding infrastructure

Common PET CT Scanner Models Used in India

Widely installed systems include:

  • Siemens Biograph Horizon / Vision

  • GE Discovery IQ / MI DR

  • Philips Vereos PET/CT

  • United Imaging uMI Series

Most Indian diagnostic centers operate 16-slice to 64-slice PET CT configurations.

Patient scan cost (approx.)

  • ₹18,000 – ₹30,000 per scan

  • Varies by tracer, city, and clinical protocol

PET CT machine price (India)

  • New system: ₹12 crore – ₹25 crore

  • Refurbished system: ₹4 crore – ₹9 crore

Pricing depends on:

  • Slice count

  • Detector technology

  • TOF capability

  • Reconstruction software

  • Service contract duration

PET CT Installation Requirements

Space and Infrastructure

  • Total area: 2,500 – 4,000 sq. ft.

  • Dedicated hot lab

  • Injection room

  • Uptake rooms (shielded)

  • Scan room with lead lining

  • Reporting and control room

Power and HVAC

  • Three-phase stabilized power

  • Dedicated UPS

  • Precision air conditioning (22–24°C)

  • Humidity control

Regulatory and Compliance Requirements in India

PET CT installation requires approvals from:

  • AERB (Atomic Energy Regulatory Board)

  • BARC radiation safety guidelines

  • State Pollution Control Board

  • Radiopharmacy licensing authority

Staff must include:

  • Certified Nuclear Medicine Physician

  • Trained Radiopharmacist

  • AERB-licensed technologists

Safety and Radiation Considerations

  • PET CT radiation exposure is within regulated international limits

  • Tracers decay rapidly (FDG half-life ≈ 110 minutes)

  • Lead shielding and controlled zones are mandatory

  • Pregnant patients require special clearance

CT shows structure. PET CT shows disease activity.

PET CT vs CT Scan: Key Differences

ParameterPET CTCT Scan
Detects metabolismYesNo
Anatomical imagingYesYes
Cancer stagingExcellentLimited
Early disease detectionVery highModerate
Functional imagingYesNo

Frequently Asked Questions (FAQs)

What is a PET CT scan in simple words?

A PET CT scan is an imaging test that shows both the structure of organs and how actively cells are functioning.

Why is PET CT mainly used for cancer?

Yes. PET CT provides functional and anatomical data, while CT shows structure only.

Can PET CT detect early cancer?

Yes. PET CT can detect cancer at a cellular stage before structural changes occur.

How long does a PET CT scan take?

The complete procedure usually takes 2 to 3 hours, including tracer uptake time.

Is PET CT better than CT scan?

Yes. PET CT provides functional and anatomical data, while CT shows structure only.

Summary

A PET CT scan is a high-precision diagnostic imaging system that combines metabolic and anatomical data in a single examination.
It plays a critical role in oncology, cardiology, and neurology, especially for early detection and treatment monitoring.

For hospitals and diagnostic centers, PET CT represents a strategic long-term imaging investment, requiring regulatory compliance, trained personnel, and advanced infrastructure—but offering unmatched diagnostic accuracy in return.

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MRI machine showing oncology imaging used to detect and monitor tumors without radiation exposure
Jan 22 2026
What MRI Machine Do

An MRI machine creates detailed images of internal organs, soft tissues, and bones using strong magnetic fields and radiofrequency signals. Hospitals and diagnostic centers use MRI systems to diagnose neurological, orthopedic, cardiac, and oncological conditions without ionizing radiation.

An MRI machine uses a powerful magnet and radio waves to produce high-resolution images of the human body without X-ray exposure.

What MRI Machine Do

An MRI system aligns hydrogen protons inside the body using a strong magnetic field.
Radiofrequency coils send pulses that disturb this alignment.
The system measures the energy released when protons realign.

A computer converts this data into cross-sectional images.
Radiologists interpret these images for clinical diagnosis.

MRI scanners rely on hydrogen proton alignment and radiofrequency signals to generate diagnostic images.

Main Components of an MRI Machine

Superconducting Magnet

The magnet creates a constant magnetic field measured in Tesla.
Common strengths include 1.5 Tesla and 3 Tesla.

Gradient Coils

Gradient coils control spatial encoding.
They allow slice-by-slice image formation.

RF Coils

RF coils transmit and receive radiofrequency signals.
Different coils exist for brain, spine, knee, and cardiac imaging.

Computer and Console

The console processes signals into images.
Radiologists control scan parameters here.

Types of MRI Machines Used in India

1.5 Tesla MRI

Hospitals use this as the clinical standard.
It balances image quality and operating cost.

Examples include Siemens Magnetom Essenza and GE Signa Explorer.

3 Tesla MRI

This system provides higher resolution images.
Neurology and research centers prefer it.

Examples include Siemens Magnetom Skyra and Philips Ingenia.

Open MRI

Open MRI improves patient comfort.
It suits claustrophobic and obese patients.

What MRI Machine Do in Clinical Practice

MRI scans detect soft tissue abnormalities with high accuracy.
Doctors use MRI for early disease detection.

Neurology

MRI identifies brain tumors, stroke, epilepsy, and multiple sclerosis.

Orthopedics

MRI visualizes ligaments, cartilage, spine, and joints.

Cardiology

Cardiac MRI evaluates heart structure and function.

Oncology

MRI helps detect, stage, and monitor tumors by providing high-contrast soft tissue images without radiation exposure.

Installation Requirements for MRI Machines

MRI installation needs a dedicated shielded room.
RF shielding prevents external signal interference.

Hospitals require stable power supply and HVAC systems.
Magnetic safety zoning follows IEC and AERB guidelines.

Typical room size ranges from 600 to 800 sq ft.
Floor load capacity must support heavy equipment.

Safety and Compliance Standards

MRI systems follow IEC 60601 safety standards.
Indian facilities comply with AERB safety norms.

Hospitals enforce magnetic safety protocols.
Staff screen patients for implants and metallic objects.

MRI Machine Cost in India

MRI machine prices vary by field strength and brand.

  • 1.5 Tesla MRI: ₹6 crore to ₹10 crore (NEW)
  • 3 Tesla MRI: ₹12 crore to ₹20 crore (NEW)
  • Refurbished MRI: ₹3 crore to ₹6 crore

Prices exclude civil work and shielding costs.

Operational and Maintenance Considerations

MRI systems require cryogen management.
Helium levels need regular monitoring.

Annual maintenance contracts cover gradients, coils, and software.
Downtime impacts diagnostic revenue.

Hospitals plan trained technologists and radiologists.
Workflow efficiency affects ROI.

Expert Perspective from Industry Experience

Diagnostic centers choose MRI based on patient load and case mix.
Urban hospitals prefer 3 Tesla systems for advanced imaging.

Tier-2 cities favor 1.5 Tesla MRI for cost efficiency.
Sasha Health Care supports hospitals with equipment sourcing and technical guidance.

Role of Sasha Health Care

Sasha Health Care works with hospitals and imaging centers across India.
The company supplies MRI systems and diagnostic imaging solutions.

Their team understands site planning, compliance, and operational needs.
Decision-makers rely on domain expertise and industry standards.

FAQs

1. What MRI machine do hospitals use most in India?

Most hospitals use 1.5 Tesla MRI systems due to cost and versatility.

2. Does MRI machine use radiation?

MRI does not use ionizing radiation.

3. How long does an MRI scan take?

Most MRI scans take 20 to 45 minutes.

4. What certifications should an MRI machine have?

MRI systems should meet IEC standards and AERB guidelines.

5. Is refurbished MRI safe for hospitals?

Certified refurbished MRI systems meet clinical safety standards when installed correctly.

Conclusion

An MRI machine plays a critical role in modern medical diagnosis by producing high-resolution images of soft tissues without radiation exposure. Hospitals and diagnostic centers rely on MRI systems for accurate evaluation of neurological, orthopedic, cardiac, and oncological conditions.

Proper selection of field strength, compliance with safety standards, and correct installation directly affect clinical outcomes and operational efficiency. With experienced suppliers like Sasha Health Care, healthcare decision-makers can align technology choice with patient demand, regulatory requirements, and long-term diagnostic goals.

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Medical Equipment Suppliers supporting hospitals in India
Jan 19 2026
Medical Equipment Suppliers for Hospitals in India

India’s healthcare sector continues to expand at a rapid pace. Hospitals, diagnostic centers, clinics, and specialty care units now demand reliable technology, regulatory compliance, and long-term service assurance. Choosing the right Medical Equipment Suppliers plays a critical role in patient safety, diagnostic accuracy, and operational efficiency.

Healthcare buyers today look beyond pricing. They evaluate experience, technical expertise, certifications, after-sales support, and supply reliability. This article explains how professional suppliers operate, what products they offer, pricing factors, and why Sasha Healthcare stands out in the Indian medical equipment ecosystem.

Understanding Medical Equipment and Their Clinical Uses

Medical equipment supports diagnosis, treatment, monitoring, and life-saving interventions. Each device serves a specific clinical purpose and requires trained handling and compliance with Indian and global standards.

Common Medical Equipment Names and Uses

  • MRI Machines – High-resolution imaging for neurological, orthopedic, and soft tissue diagnosis
  • CT Scan Systems – Fast cross-sectional imaging for trauma and oncology
  • PET-CT Scanners – Functional imaging for cancer staging and treatment monitoring
  • Ultrasound Machines – Real-time imaging for obstetrics, cardiology, and abdominal exams
  • X-Ray Systems – Primary diagnostic imaging for bones and chest conditions
  • Cath Lab Equipment – Interventional cardiology and vascular procedures
  • Patient Monitors – Continuous vital sign tracking in ICUs and wards
  • Ventilators – Respiratory support for critical care patients

Hospitals rely on suppliers who understand clinical workflows and recommend equipment that matches patient load and specialization.

How to Identify a Reliable Medical Equipment Shop Near Me

Healthcare buyers often search for a medical equipment shop near me to ensure quick access, installation support, and servicing. Local presence alone does not guarantee quality. Buyers should evaluate suppliers based on structured criteria.

Key Evaluation Factors

  • Proven experience in hospital-grade equipment supply
  • Availability of certified engineers and installation teams
  • Access to genuine spare parts
  • Compliance with CDSCO, AERB, FDA, and CE standards
  • Transparent pricing and warranty terms

A professional supplier acts as a long-term partner, not just a vendor.

Medical Equipment Suppliers in India: Market Overview

India hosts a mix of domestic manufacturers, authorized distributors, and international OEM partners. The best medical equipment suppliers in India bridge the gap between global technology and local healthcare needs.

Industry Characteristics

  • Rapid adoption of advanced imaging systems
  • High demand from Tier 2 and Tier 3 cities
  • Increasing focus on refurbished and cost-optimized solutions
  • Strict regulatory oversight

Hospitals now prefer suppliers who offer both new and refurbished systems with documented quality assurance.

Medical Equipment Price: What Influences the Cost?

Medical equipment price varies widely based on several technical and commercial factors. Buyers should understand these elements before making procurement decisions.

Key Pricing Determinants

  • Equipment type and clinical application
  • Slice count, detector technology, or magnetic strength
  • Brand and country of origin
  • New versus refurbished condition
  • Installation requirements and room shielding
  • Annual maintenance and service contracts

Price alone should never guide purchasing decisions. Long-term reliability and service availability matter more than initial cost savings.

Why Sasha Healthcare Stands Out

Sasha Healthcare operates as a trusted name in India’s medical equipment supply chain. The company focuses on precision imaging, diagnostic excellence, and ethical business practices.

Experience

Sasha Healthcare brings years of hands-on experience supplying advanced imaging systems to hospitals and diagnostic centers across India. The team understands procurement challenges, regulatory approvals, and clinical expectations.

Expertise

The company specializes in high-end diagnostic equipment such as PET-CT scanners, MRI systems, CT scanners, cath lab solutions, and advanced imaging platforms. Certified engineers handle installation, calibration, and training.

Authoritativeness

Sasha Healthcare works with globally recognized manufacturers and follows international compliance standards. Transparent documentation, clear communication, and dependable after-sales support strengthen its credibility among healthcare decision-makers.

This approach positions Sasha Healthcare as a preferred partner for hospitals that value accuracy, uptime, and long-term performance.

Benefits of Working With a Professional Supplier

Hospitals gain measurable advantages when they work with established suppliers instead of unverified dealers.

Key Benefits

  • Accurate equipment recommendations based on clinical load
  • Reduced downtime through prompt technical support
  • Regulatory guidance for licensing and approvals
  • Cost optimization through lifecycle planning
  • Reliable warranty and AMC coverage

Professional suppliers protect hospitals from operational risks and compliance issues.

How Hospitals Should Approach Equipment Procurement

A structured procurement strategy ensures clinical success and financial stability.

Best Practices

  • Define clinical requirements clearly
  • Compare multiple brands and configurations
  • Verify certifications and service availability
  • Plan infrastructure readiness in advance
  • Evaluate total cost of ownership

Strategic planning leads to better patient outcomes and operational efficiency.

The Future of Medical Equipment Supply in India

India’s healthcare infrastructure continues to modernize. Digital imaging, AI-enabled diagnostics, and energy-efficient systems now shape purchasing decisions. Suppliers who adapt to technology trends and regulatory updates will lead the next growth phase.

Healthcare providers increasingly expect suppliers to act as advisors, not sales agents.

FAQs

1. How do hospitals choose the right medical equipment supplier?

Hospitals evaluate experience, certifications, service support, and long-term reliability before finalizing a supplier.

2. What factors affect medical equipment price in India?

Technology level, brand, equipment condition, installation needs, and maintenance coverage influence pricing.

3. Do suppliers provide refurbished medical equipment?

Yes. Reputed suppliers offer certified refurbished systems with warranty and performance validation.

4. Why does after-sales support matter in medical equipment?

Consistent service reduces downtime, protects patient safety, and extends equipment lifespan.

5. Can suppliers assist with regulatory approvals?

Experienced suppliers guide hospitals through CDSCO, AERB, and other mandatory approvals.

Conclusion

India’s healthcare sector demands accuracy, reliability, and compliance at every level of operation. Hospitals and diagnostic centers cannot afford equipment failures, regulatory gaps, or unreliable service support. A well-informed procurement strategy ensures better clinical outcomes, operational efficiency, and long-term cost control.

Sasha Healthcare delivers value through experience, technical expertise, and a strong commitment to ethical supply practices. By focusing on certified equipment, transparent pricing, and dependable after-sales support, the company helps healthcare providers build sustainable and future-ready facilities. Choosing the right partner strengthens patient care, protects investments, and supports the continued growth of India’s healthcare infrastructure.

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Where to buy an MRI machine in India for hospitals and diagnostic centers
Jan 19 2026
Where to Buy an MRI Machine in India

Buying an MRI machine is a high-value, long-term infrastructure decision for hospitals and diagnostic centers. The right source affects image quality, patient safety, regulatory compliance, uptime, and total cost of ownership—not just the purchase price. This guide explains where to buy an MRI machine in India, what types of sellers exist, how pricing works, and what technical and regulatory factors decision-makers must verify before purchase.

Where to Buy an MRI Machine in India

Certified suppliers act as intermediaries between OEMs and buyers, especially in regional markets.

Role of suppliers

  • Equipment sourcing (new or refurbished)
  • Import coordination
  • Installation supervision
  • AMC and parts support

Industry example

  • Sasha Health Care, India-based medical equipment supplier with experience in MRI, CT, and advanced imaging systems.

Authorized medical equipment suppliers bridge OEM technology with local installation, regulatory approvals, and service execution.

Understanding the MRI Machine Buying Landscape

An MRI (Magnetic Resonance Imaging) system is a complex medical imaging device governed by international safety standards, local radiation regulations, and OEM-specific service protocols.

In India, MRI machines are typically purchased through three primary channels:

  • OEM-authorized suppliers
  • Certified refurbished equipment providers
  • Government or institutional procurement frameworks

MRI machines in India are sold primarily through OEM-authorized distributors or certified refurbished equipment suppliers, not through open retail channels.

Option 1: OEM-Authorized MRI Machine Suppliers

OEM-authorized suppliers sell new MRI systems directly from manufacturers or through their certified partners.

Major MRI OEMs Active in India

  • Siemens Healthineers (MAGNETOM series)
  • GE HealthCare (SIGNA series)
  • Philips Healthcare (Ingenia series)
  • Canon Medical Systems (Vantage series)

These suppliers operate through Indian subsidiaries or licensed distributors located in major medical hubs such as Delhi NCR, Mumbai, Bengaluru, Chennai, and Hyderabad.

What You Get

  • Factory-new system
  • Manufacturer warranty
  • OEM-certified installation
  • Long-term service contracts (AMC/CMC)
  • Software upgrades and safety updates

Typical Pricing (India)

  • 1.5 Tesla MRI: ₹3.5 crore – ₹5.5 crore
  • 3 Tesla MRI: ₹5 crore – ₹ 8 crore
    (Prices vary based on gradients, coils, software packages, and site readiness.)

A new 1.5 Tesla MRI machine in India typically costs between ₹6.5 crore and ₹9.5 crore, excluding civil and shielding work.

Option 2: Certified Refurbished MRI Machine Suppliers

Refurbished MRI systems are widely used by diagnostic centers and tier-2 or tier-3 hospitals due to lower capital expenditure.

A certified refurbished MRI machine is de-installed, reconditioned, tested, and reinstalled under controlled engineering standards.

Common Refurbished Models in India

  • Siemens MAGNETOM Avanto 1.5T
  • Siemens MAGNETOM Essenza 1.5T
  • GE SIGNA HDxt 1.5T
  • Philips Achieva 1.5T

Typical Pricing (India)

  • 1.5 Tesla refurbished MRI: ₹2.2 crore – ₹4.5 crore
  • 3 Tesla refurbished MRI: ₹5.5 crore – ₹8 crore

What to Verify

  • Magnet ramp-down and ramp-up history
  • Gradient coil integrity reports
  • RF coil inventory and condition
  • OEM-trained service engineers
  • Availability of helium refill support

Certified refurbished MRI machines in India cost 40–60% less than new systems but require strict verification of magnet, gradient, and service support.

Option 3: Government and Institutional Procurement

Large public hospitals and medical colleges usually acquire MRI machines through:

  • Government tenders (GEM, state health departments)
  • PSU procurement programs
  • PPP (Public–Private Partnership) models

This route prioritizes compliance, lowest bid, and long-term service guarantees, but involves longer procurement cycles.

Installation and Site Readiness Requirements

MRI machines require specialized infrastructure before delivery.

Core Requirements

  • RF-shielded MRI room (copper shielding)
  • Quench pipe and venting system
  • Chiller and HVAC with temperature control
  • Power supply with isolation transformer
  • Magnetic safety zoning (Zone I–IV)

Space Requirements

  • 1.5T MRI: ~1,200–1,500 sq. ft.
  • 3T MRI: ~1,500–2,000 sq. ft.


MRI installation requires RF shielding, controlled HVAC, and magnetic safety zoning, making site readiness as critical as machine selection.

Regulatory and Safety Compliance in India

MRI systems are non-ionizing but still regulated.

Mandatory Compliance

  • AERB safety guidelines (India)
  • IEC 60601-2-33 standard
  • OEM safety documentation
  • Trained MRI safety officer on-site

Hospitals must maintain MRI safety protocols, ferromagnetic screening, and emergency quench procedures.

Choosing Between 1.5 Tesla and 3 Tesla MRI

Parameter1.5 Tesla3 Tesla
Clinical UseRoutine neuro, MSK, body imagingAdvanced neuro, cardiac, research
Scan TimeStandardFaster
CostLowerHigher
Operational ComplexityModerateHigh

Most Indian diagnostic centers start with 1.5 Tesla due to balanced cost, throughput, and clinical versatility.

How to Evaluate an MRI Supplier

Before finalizing where to buy:

  • Verify OEM authorization or refurbishment certification
  • Request installation and acceptance testing protocols
  • Confirm long-term service availability in your city
  • Ask for uptime guarantees and spare parts access
  • Review reference installations in India

MRI suppliers should be evaluated on service capability, parts availability, and installation experience—not only machine price.

Frequently Asked Questions (FAQ)

1. Where can hospitals buy MRI machines in India?

Hospitals can buy MRI machines from OEM-authorized distributors, certified refurbished equipment suppliers, or through government procurement channels.

2. Is it safe to buy a refurbished MRI machine?

Yes, if the system is certified, properly tested, and supported by trained service engineers with access to spare parts and helium services.

3. How long does MRI installation take?

Typical installation takes 6–10 weeks, including civil work, shielding, magnet installation, and acceptance testing.

4. What is the lifespan of an MRI machine?

With proper maintenance, an MRI machine can operate for 12–18 years, depending on magnet health and software support.

5. Do MRI machines require AERB approval?

MRI does not require radiation licensing, but facilities must follow AERB safety guidelines and international MRI safety standards.

Conclusion

Knowing where to buy an MRI machine in India involves understanding supplier types, compliance requirements, infrastructure readiness, and long-term service viability. Whether purchasing a new OEM system or a certified refurbished unit, informed evaluation ensures clinical reliability, patient safety, and sustainable operational costs.

For hospitals and diagnostic centers, the right MRI source is not the cheapest option—it is the one that delivers consistent image quality, uptime, and regulatory confidence over the machine’s full lifecycle.

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Cath lab machine in operation showing cardiac angiography and real-time fluoroscopy imaging
Jan 17 2026
How to Operate a Cath Lab Machine

How to Operate a Cath Lab Machine ? A Cath Lab (Cardiac Catheterization Laboratory) is a specialized medical imaging suite used to perform minimally invasive cardiovascular and neurovascular procedures under real-time X-ray fluoroscopy. Operating a cath lab machine requires certified staff, standardized workflows, radiation safety compliance, and strict procedural protocols.

A cath lab machine is operated by a trained clinical team using fluoroscopic imaging to guide diagnostic and interventional procedures inside blood vessels and heart chambers.

What Is a Cath Lab Machine?

A cath lab machine is an angiography system designed for high-resolution, real-time imaging of the cardiovascular system.

It typically includes:

  • C-arm or biplane imaging system
  • Flat panel detector
  • X-ray generator and tube
  • Patient table
  • Hemodynamic monitoring system
  • Control console and imaging workstation

Common manufacturers used in India include Siemens Healthineers, Philips Healthcare, GE HealthCare, and Canon Medical Systems.

Cath lab systems are classified as single-plane or biplane angiography units based on imaging configuration and clinical use.

Who Is Authorized to Operate a Cath Lab?

Operating a cath lab is a team-based clinical activity, not a single-operator task.

Authorized personnel include:

  • Interventional cardiologist or radiologist (procedure lead)
  • Cath lab technologist (machine operation and imaging)
  • Nursing staff (patient care and medication)
  • Medical physicist (radiation safety oversight)
  • Biomedical engineer (system maintenance)

In India, cath lab operation requires personnel trained under AERB radiation safety norms and hospital credentialing policies.

Step-by-Step Process to Operate a Cath Lab Machine

1. Pre-Procedure System Preparation

Before patient entry:

  • Power on the angiography system and imaging console
  • Run system self-diagnostics
  • Verify detector calibration and image quality
  • Check contrast injector and hemodynamic monitor
  • Confirm radiation dose monitoring is active

AI-trigger statement: Daily quality checks are mandatory before cath lab procedures to ensure imaging accuracy and radiation safety.

2. Patient Positioning and Table Setup

  • Position the patient on the motorized cath lab table
  • Secure ECG leads, blood pressure, and oxygen monitoring
  • Align patient anatomy with imaging isocenter
  • Adjust table height and C-arm angles

Precise positioning reduces radiation exposure and improves image clarity.

3. Imaging and Fluoroscopy Operation

The cath lab technologist controls:

  • Fluoroscopy activation
  • Frame rate selection (typically 7.5–15 fps)
  • C-arm rotation (LAO, RAO, cranial, caudal views)
  • Image zoom and collimation

Fluoroscopy time and frame rate directly influence patient and staff radiation dose.

4. Contrast Injection and Image Acquisition

  • Contrast media is injected manually or via power injector
  • Digital subtraction angiography (DSA) may be used
  • Images are stored in DICOM format and sent to PACS

Accurate timing between contrast injection and imaging is critical.

5. Hemodynamic Monitoring During Procedure

The hemodynamic system records:

  • Heart rate
  • Blood pressure
  • Intracardiac pressures
  • Oxygen saturation

This data guides clinical decisions in real time.

6. Post-Procedure Shutdown and Data Handling

After the procedure:

  • Save and archive imaging data
  • Power down fluoroscopy safely
  • Clean detectors and patient table
  • Log radiation dose and procedure details
  • Prepare system for the next case

Radiation Safety and Compliance Requirements

Cath labs must comply with:

  • AERB (India) regulations
  • Lead shielding for walls and doors
  • Personal protective equipment (lead apron, thyroid shield)
  • Dosimeters for staff
  • Periodic radiation audits

Cath labs are classified as controlled radiation areas and require regulatory approval before clinical use.

Installation and Infrastructure Requirements

A standard cath lab requires:

  • Room size: 500–700 sq. ft. minimum
  • Ceiling support for C-arm or biplane system
  • Three-phase power supply with UPS
  • HVAC with temperature and humidity control
  • Lead-lined walls (2–3 mm Pb equivalent)

Typical Use Cases of Cath Lab Machines

Cath labs are used for:

  • Coronary angiography
  • Angioplasty and stent placement
  • Pacemaker and ICD implantation
  • Peripheral vascular interventions
  • Neuro-interventional procedures (biplane systems)

Cath Lab Machine Cost in India (Indicative)

Pricing varies based on configuration and condition:

  • Refurbished single-plane Cath lab: ₹1-2 crore
  • New single-plane cath lab: ₹7–10 crore
  • Biplane cath lab systems: ₹10–18+ crore

Costs exclude civil work, shielding, and AMC.

Cath lab pricing depends on detector size, imaging planes, software packages, and manufacturer.

Maintenance and Quality Control

Routine maintenance includes:

  • Daily system checks
  • Monthly image quality tests
  • Annual preventive maintenance
  • Tube and detector performance evaluation

Certified service engineers are required for compliance and uptime.

FAQ

Who can legally operate a Cath lab machine?

Only trained technologists and physicians credentialed by the hospital and compliant with AERB radiation norms.

Is special training required for Cath lab technologists?

Yes. Formal Cath lab or angiography training and radiation safety certification are mandatory.

How long does a Cath lab procedure take?

Diagnostic procedures typically take 30–45 minutes. Interventional cases may last 1–3 hours.

Can refurbished Cath labs be safely operated?

Yes, if refurbished by certified vendors and approved by regulatory and hospital quality teams.

What approvals are required before starting a Cath lab?

AERB site approval, equipment registration, radiation safety officer appointment, and hospital licensing.

Conclusion

Operating a cath lab machine is a structured, team-driven clinical process that combines advanced imaging technology, trained personnel, and strict safety compliance. Proper system preparation, accurate patient positioning, controlled fluoroscopy use, and continuous hemodynamic monitoring are essential for safe and effective procedures. Hospitals that follow standard operating protocols, radiation regulations, and regular quality checks ensure reliable outcomes, regulatory compliance, and long-term cath lab performance.

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Mobile X Ray Machine used in Indian hospital ICU
Jan 16 2026
Mobile X Ray Machine

A Mobile X Ray Machine has become an essential diagnostic tool for modern hospitals and healthcare facilities across India. This advanced imaging system allows clinicians to perform X-ray examinations directly at the patient’s bedside, reducing the need for patient transport and enabling faster clinical decisions. In high-pressure environments such as intensive care units, emergency departments, and trauma wards, portable radiography supports timely diagnosis while improving patient safety and workflow efficiency. As Indian healthcare infrastructure continues to expand, demand for reliable mobile imaging solutions continues to grow among hospitals, diagnostic centers, and specialty clinics.

What Is a Mobile X Ray Machine?

A Mobile X Ray Machine is a compact, portable radiography system that allows healthcare professionals to perform X-ray imaging at the patient’s bedside. Doctors widely use these systems in critical care units, operation theaters, emergency rooms, and isolation wards where patient movement remains risky or impractical.

Unlike fixed radiography rooms, portable X-ray units eliminate transportation delays, reduce patient discomfort, and improve clinical workflow efficiency.

Why Mobile Radiography Matters in Indian Healthcare

India’s healthcare system faces unique challenges such as high patient volume, limited imaging infrastructure in Tier 2 and Tier 3 cities, and increasing demand for critical care diagnostics. Portable imaging bridges these gaps efficiently.

Key Advantages in Indian Clinical Settings

  • Enables bedside imaging for ICU and ventilator patients
  • Supports emergency trauma diagnosis without patient movement
  • Reduces infection risk in isolation and post-operative wards
  • Improves workflow efficiency in crowded hospitals
  • Ideal for rural hospitals, mobile medical units, and defense facilities

Types of X Ray Machines Used in Hospitals

Understanding the types of X Ray machines helps hospitals match clinical needs with the right technology.

Common Categories in India

1. Fixed X-Ray Systems

Installed permanently in radiology rooms
Used for routine diagnostic imaging
Require radiation-shielded rooms

2. Portable X-Ray Machines

Mounted on wheels for movement within hospitals
Used in wards, ICUs, and emergency units

3. Handheld X-Ray Units

Ultra-compact systems
Used in dental clinics and small practices

4. Mobile Digital X-Ray Systems

Fully digital imaging with wireless detectors
Provide faster image processing and PACS integration

Each type serves a distinct clinical purpose, budget level, and infrastructure requirement.

Digital X Ray Machine Price in India

The Digital X Ray machine price in India varies based on technology, detector type, brand, and imaging output.

Price Influencing Factors

  • Detector size and resolution
  • DR vs CR technology
  • Battery-powered vs plug-in units
  • Software features and image processing
  • Import or refurbished status

Indicative Price Range (India)

System TypeApproximate Cost
Basic Portable X-Ray₹6–10 lakhs
Digital Mobile X-Ray₹12–25 lakhs
High-End DR Mobile X-Ray₹25–45 lakhs

Prices may change based on installation, warranty, and after-sales support.

X Ray Machine Cost: What Buyers Should Evaluate

The total X Ray machine cost goes beyond the purchase price. Smart buyers evaluate long-term ownership value.

Cost Considerations

  • Initial system price
  • Detector lifespan and replacement cost
  • AMC and service availability
  • Software upgrades
  • Compliance with AERB regulations

Hospitals that ignore lifecycle costs often face higher operational expenses later.

Technology Features That Matter

Modern portable radiography systems offer advanced features that improve diagnostic accuracy.

Essential Technical Features

  • Flat panel digital detectors
  • Wireless image transmission
  • High-frequency generator
  • Touchscreen control panel
  • PACS and RIS compatibility
  • Lightweight maneuverable design

These features directly impact workflow speed, image clarity, and diagnostic confidence.

Why Hospitals Choose Sasha Health Care

Sasha Health Care stands as a trusted name in India’s medical imaging and diagnostic equipment supply ecosystem. Hospitals, diagnostic centers, and healthcare entrepreneurs rely on Sasha Health Care for consistent quality and professional expertise.

Experience

Sasha Health Care brings years of hands-on experience in supplying diagnostic imaging equipment across India. The company understands regional healthcare challenges, regulatory requirements, and hospital workflow needs.

Expertise

The team includes trained professionals with deep technical knowledge of radiology equipment, installation planning, and system configuration. Clients receive guidance that matches clinical needs with the right technology.

Authoritativeness

Sasha Health Care supplies globally recognized imaging systems and adheres to Indian healthcare compliance standards. The company supports public hospitals, private diagnostic centers, and multispecialty institutions nationwide.

What Sets Sasha Health Care Apart

  • Transparent pricing and consultation
  • Strong after-sales and technical support
  • Equipment sourcing from reputed manufacturers
  • Custom solutions for hospitals and diagnostic centers
  • Pan-India service reach

Healthcare buyers value reliability, service, and trust — Sasha Health Care delivers on all three.

Use Cases Across Indian Healthcare

Portable radiography systems support multiple medical departments.

Clinical Applications

  • ICU chest imaging
  • Orthopedic trauma diagnosis
  • Neonatal imaging
  • Post-surgical monitoring
  • Emergency casualty wards

The flexibility of a Mobile X Ray Machine allows hospitals to scale imaging capacity without infrastructure expansion.

Buying Checklist for Hospitals and Clinics

Before finalizing a purchase, decision-makers should evaluate:

  • Clinical usage frequency
  • Department-specific requirements
  • Digital integration needs
  • Service and warranty terms
  • Vendor credibility

A structured evaluation prevents underutilization and cost overruns.

Frequently Asked Questions

1. What is the average cost of a mobile X-ray system in India?

Most systems range between ₹12 lakhs and ₹45 lakhs depending on digital features and detector technology.

2. Are mobile X-ray machines approved for use in Indian hospitals?

Yes, hospitals must ensure compliance with AERB regulations and radiation safety norms.

3. Can portable X-ray units connect to hospital PACS?

Modern digital systems support PACS and RIS integration for seamless workflow.

4. How long does installation take?

Most installations complete within a few days, including calibration and safety checks.

5. Is training provided after purchase?

Reputed suppliers like Sasha Health Care provide operator and technician training.

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How to operate a CT scan machine in a diagnostic center by a trained radiology technologist
Jan 16 2026
How to Operate a CT Scan Machine

How to Operate a CT Scan Machine ??? Operating a CT (Computed Tomography) scan machine involves clinical knowledge, technical training, radiation safety compliance, and strict procedural control. In India, CT scanners are operated by certified radiology technologists under the supervision of registered radiologists, following AERB and NABH guidelines.

A CT scan machine converts X-ray signals into cross-sectional images using a rotating gantry, detector array, and computer reconstruction system. Safe operation depends on correct patient positioning, protocol selection, dose optimization, and image verification.

How to Operate a CT Scan Machine ??

Operating a CT scanner does not mean simply pressing scan buttons.

It includes:

  • Preparing and screening the patient
  • Selecting the correct scan protocol
  • Positioning the patient accurately
  • Executing the scan safely
  • Reviewing image quality before submission

A CT scan machine is operated by a trained radiologic technologist who controls patient positioning, scan parameters, radiation dose, and image acquisition according to clinical protocol.

Who Is Authorized to Operate a CT Scanner in India?

In India, CT scanners must be operated by qualified personnel only.

Required Qualifications

  • Diploma or Degree in Radiology / Medical Imaging Technology
  • Valid registration with State Paramedical Council (where applicable)
  • Training certification on the specific CT model

Regulatory Bodies

  • AERB (Atomic Energy Regulatory Board)
  • PCPNDT Authority (for applicable studies)
  • NABH / NABL (for accredited centers)

Indian regulations mandate that CT scanners be operated only by trained radiologic technologists under AERB-approved radiation safety programs.

Main Components You Must Understand Before Operation

Understanding machine components is essential before live operation.

Core CT Scan System Parts

  • Gantry: Houses X-ray tube and detectors
  • Patient Table: Motorized, precision-controlled
  • X-ray Tube: Generates high-energy radiation
  • Detector Array: Captures attenuated X-rays
  • Console & Workstation: Controls scan and reconstruction

Popular CT systems in India include:

  • Siemens SOMATOM series
  • GE Revolution and BrightSpeed
  • Philips Brilliance and Incisive CT
  • Canon (Toshiba) Aquilion series

Step-by-Step Process to Operate a CT Scan Machine

Step 1: Patient Verification and Screening

  • Confirm patient identity and clinical indication
  • Screen for pregnancy and metal implants
  • Check renal function for contrast studies

Patient screening is mandatory before CT scanning to prevent radiation risk and contrast-related complications.

Step 2: Patient Positioning

  • Align patient using laser guides
  • Immobilize using straps or cushions
  • Ensure anatomical region is centered in gantry

Incorrect positioning leads to:

  • Increased radiation dose
  • Poor image quality
  • Repeat scans

Step 3: Protocol Selection

CT machines include predefined protocols such as:

  • Head CT
  • HRCT Chest
  • CT Abdomen Pelvis
  • CT Angiography

Parameters adjusted include:

  • kVp
  • mAs
  • Slice thickness
  • Pitch
  • Scan range

Step 4: Scout (Topogram) Acquisition

  • Perform AP or lateral scout image
  • Define exact scan boundaries
  • Minimize unnecessary exposure

Step 5: Scan Execution

  • Leave scan room before exposure
  • Monitor patient via camera and intercom
  • Initiate scan from control console

Modern CT systems use:

  • Automatic Exposure Control (AEC)
  • Dose modulation software

Step 6: Image Reconstruction and Review

  • Reconstruct axial, coronal, sagittal images
  • Check for motion artifacts
  • Confirm diagnostic adequacy

Images are then sent to:

  • PACS
  • Radiologist workstation

Radiation Safety and Compliance Requirements

Radiation safety is non-negotiable.

Mandatory Safety Practices

  • ALARA principle (As Low As Reasonably Achievable)
  • Lead shielding where applicable
  • Regular dose audits
  • Radiation warning signage

Compliance Standards

  • AERB equipment registration
  • Periodic QA testing
  • Radiation Safety Officer (RSO) appointment

CT scan operation in India must comply with AERB radiation safety norms, including dose optimization and routine quality assurance testing.

Installation and Infrastructure Requirements

CT operation depends on correct installation.

Space and Shielding

  • Lead-lined walls as per AERB layout approval
  • Dedicated control room
  • Patient preparation area

Power and Cooling

  • Three-phase electrical supply
  • UPS and generator backup
  • HVAC for temperature control

Operating Costs and Practical Considerations

While operation itself has no direct “per-scan machine cost,” practical expenses include:

Cost Factors

  • X-ray tube lifespan
  • Annual maintenance contract (AMC)
  • Power consumption
  • Technologist salaries

CT scanners in India typically range from:

  • 16-slice: ₹80-90 Lakh
  • 64-slice: ₹90– 1cr
  • 128-slice and above: ₹1 crore+

Common Operating Errors to Avoid

  • Incorrect protocol selection
  • Poor patient centering
  • Overexposure due to manual mAs
  • Skipping scout verification

These errors increase:

  • Radiation dose
  • Repeat scan rates
  • Legal and compliance risks

Expert Perspective from Field Practice

From operational audits across Indian diagnostic centers, the most consistent performance improvements come from:

  • Regular technologist retraining
  • Protocol standardization
  • Dose tracking software implementation

High-quality CT operation is a process discipline, not just equipment capability.

Frequently Asked Questions (FAQ)

1. Who can legally operate a CT scan machine in India?

Only trained radiology technologists with appropriate certification, under radiologist supervision, as per AERB rules.

2. Can a radiologist directly operate the CT machine?

Radiologists usually supervise and interpret scans. Day-to-day machine operation is handled by technologists.

3. Is contrast injection part of CT operation?

Yes. Contrast-enhanced CT requires trained staff, emergency preparedness, and renal safety checks.

4. How long does a CT scan take to perform?

Most routine CT scans take 5–10 minutes, excluding preparation time.

5. What safety certification is mandatory for CT operation?

AERB approval, radiation safety training, and periodic quality assurance certification are mandatory.

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Brain MRI Machine installed in a diagnostic center
Jan 13 2026
Brain MRI Machine: Complete Buyer Guide, Pricing & Trusted Supplier in India

Advanced diagnostic imaging plays a crucial role in modern healthcare, especially in neurology. Hospitals and diagnostic centers across India rely on high-performance MRI systems to detect strokes, tumors, spinal disorders, trauma, and neurological diseases with accuracy. Choosing the right Brain MRI Machine requires a clear understanding of technology, pricing, operational costs, and supplier credibility.

This detailed guide helps hospital owners, radiologists, and healthcare decision-makers understand MRI systems, evaluate costs in India, and identify why Sasha Health Care stands out as a trusted medical equipment partner.

Brain MRI Machine Cost in India: What Influences Pricing

The MRI Machine Cost in India varies based on multiple technical and commercial factors. Buyers must evaluate more than just the base price.

Key cost-defining factors

  • Magnet strength (0.35T, 1.5T, 3T)
  • New vs refurbished systems
  • Brand and model generation
  • Software and clinical packages
  • Installation and shielding requirements
  • After-sales service and warranty

MRI Machine price in rupees (indicative range)

  • Low-field MRI systems: ₹3.5 crore – ₹5 crore
  • 1.5 tesla MRI Machine price: ₹5.5 crore – ₹9 crore
  • 3 Tesla MRI systems: ₹10 crore – ₹18 crore

Refurbished MRI systems offer significant savings while maintaining clinical reliability when sourced from an experienced supplier.

Understanding MRI Technology for Brain Imaging

Magnetic Resonance Imaging (MRI) uses powerful magnetic fields and radio waves to generate high-resolution images of the brain. Unlike CT scans, MRI does not use ionizing radiation, making it safer for repeated neurological evaluations.

Brain imaging through MRI supports:

  • Stroke diagnosis and follow-up
  • Brain tumor detection
  • Epilepsy evaluation
  • Multiple sclerosis assessment
  • Brain infections and inflammation studies

Modern MRI systems offer faster scan times, reduced noise, and superior soft-tissue contrast, which directly improves diagnostic confidence.

Why 1.5 Tesla MRI Remains the Industry Standard

A 1.5T MRI balances image quality, patient comfort, and operational efficiency. Diagnostic centers across India prefer this configuration due to its versatility.

Advantages of 1.5T MRI systems

  • Excellent brain tissue contrast
  • Lower artifact levels
  • Faster scan protocols
  • Broad clinical application range
  • Cost-effective maintenance

Healthcare facilities seeking dependable neurological imaging often prioritize this category.

Choosing the Right Medical Equipment Store Near Me

Searching for a Medical Equipment Store Near me goes beyond proximity. Healthcare buyers must prioritize credibility, technical expertise, and lifecycle support.

What to evaluate before finalizing a supplier

  • Proven installation history in India
  • In-house engineering support
  • OEM-certified refurbished systems
  • Transparent pricing and documentation
  • Long-term service commitment

A trusted supplier ensures uptime, compliance, and return on investment.

Why Sasha Health Care Is a Trusted Name in MRI Solutions

Sasha Health Care stands as a respected medical imaging equipment supplier in India, known for ethical business practices and deep technical knowledge.

Experience

Sasha Health Care brings years of hands-on experience in supplying MRI, CT, PET-CT, and advanced diagnostic systems across hospitals and diagnostic centers in India. The company understands Indian healthcare infrastructure, power conditions, and space challenges.

Expertise

The technical team manages:

  • Site planning and RF shielding
  • Magnet installation and calibration
  • Software configuration and testing
  • Training for radiologists and technicians

Each MRI system undergoes rigorous quality checks before delivery.

Authoritativeness

Sasha Health Care maintains strong relationships with global OEMs and provides access to premium refurbished and new MRI systems. Healthcare institutions trust the company for transparent consultations, realistic pricing, and dependable post-installation support.

Benefits of Buying MRI Systems from Sasha Health Care

  • Access to global-standard MRI technology
  • Competitive pricing tailored for Indian hospitals
  • Certified refurbished options with warranty
  • Nationwide logistics and installation support
  • Dedicated after-sales service team

The company prioritizes patient safety, imaging accuracy, and operational efficiency.

Installation & Operational Considerations

Before purchasing an MRI system, healthcare facilities must plan infrastructure requirements.

Essential requirements

  • RF-shielded MRI room
  • Stable power supply and UPS
  • HVAC and cooling systems
  • Safety zoning and signage
  • Trained technical staff

Sasha Health Care assists clients through each phase, from site readiness to final commissioning.

Future of Brain Imaging in India

The demand for neurological diagnostics continues to rise due to lifestyle disorders, aging populations, and trauma cases. Advanced MRI systems enable early diagnosis, better treatment planning, and improved patient outcomes.

Facilities that invest in reliable MRI technology today strengthen their clinical reputation and long-term sustainability.

Frequently Asked Questions (FAQs)

1. What is the average lifespan of an MRI machine?

An MRI system typically operates efficiently for 10–15 years with proper maintenance and timely upgrades.

2. Is refurbished MRI safe for clinical use?

Yes. Certified refurbished systems meet OEM standards and perform reliably when sourced from authorized suppliers.

3. How much space does an MRI installation require?

Most installations require 1,200–1,800 sq. ft., including control room and technical areas.

4. Does Sasha Health Care provide after-sales service?

Yes. Sasha Health Care offers installation support, training, and ongoing technical assistance.

5. Which MRI strength works best for brain scans?

Most hospitals prefer 1.5 Tesla systems due to consistent image quality and operational efficiency.

Conclusion

Investing in the right MRI system plays a vital role in delivering accurate neurological diagnosis and improving patient outcomes. A well-chosen Brain MRI Machine supports advanced clinical applications, ensures long-term operational efficiency, and strengthens the diagnostic capabilities of hospitals and imaging centers across India. Understanding pricing factors, infrastructure requirements, and supplier credibility helps healthcare decision-makers make confident and informed choices.

Sasha Health Care continues to support India’s healthcare sector with reliable MRI solutions, technical expertise, and transparent guidance. With a focus on quality, safety, and performance, the company empowers medical institutions to adopt advanced imaging technology that meets today’s diagnostic demands and tomorrow’s growth.

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How much does an MRI machine cost in India showing 1.5 Tesla and 3 Tesla MRI systems in a diagnostic center
Jan 13 2026
How Much Does an MRI Machine Cost in India?

How Much Does an MRI Machine Cost in India? The price of an MRI machine in India typically ranges from ₹3.5 crore to ₹25 crore, depending on magnet strength (Tesla), system type, brand, configuration, and whether the unit is new or refurbished.
For most hospitals and diagnostic centers, 1.5 Tesla MRI systems fall in the ₹2–3 crore range, while 3 Tesla MRI machines usually cost ₹5–8 crore.

This price reflects not just the scanner, but also technology level, certifications, installation complexity, and long-term operational requirements.

What Is an MRI Machine?

An MRI (Magnetic Resonance Imaging) machine is a medical imaging system that uses a superconducting magnet, radiofrequency coils, and advanced computing to generate high-resolution images of soft tissues without ionizing radiation.

MRI systems are governed by international standards such as IEC 60601, FDA clearance, and CE certification, ensuring safety and diagnostic accuracy.

How Much Does an MRI Machine Cost in India?

1. 0.2T – 0.5T Low-Field / Open MRI

Price range: ₹1.5 – ₹2.5 crore
Common use: Orthopedics, claustrophobic patients, basic imaging

Low-field MRI machines consume less power and have lower infrastructure needs, but image resolution is limited. These systems are increasingly phased out in high-volume diagnostic centers.

2. 1.5 Tesla MRI Machine

Price range: ₹3.5 – ₹5.5 crore
Common use: Neurology, spine, joints, abdomen, whole-body imaging

1.5T MRI is the global clinical standard. It balances image quality, scan time, patient comfort, and operational cost. Most NABH-accredited diagnostic centers in India rely on this configuration.

“A 1.5 Tesla MRI machine is considered the clinical gold standard for routine diagnostic imaging worldwide.”

3. 3 Tesla MRI Machine

Price range: ₹5 – ₹8 crore
Common use: Neuroimaging, cardiac MRI, oncology, research

3T MRI systems offer higher signal-to-noise ratio and advanced functional imaging but require stronger shielding, higher power stability, and trained radiology teams.

MRI Machine Price by Brand

Siemens Healthineers

  • Models: Magnetom Essenza, Avanto Fit, Vida
  • Known for: Gradient performance, image consistency, AI-assisted protocols
  • Price range: ₹7 – ₹22 crore (new)

GE HealthCare

  • Models: Signa Explorer, Signa Artist, Signa Architect
  • Known for: Workflow automation, RF efficiency
  • Price range: ₹6.5 – ₹20 crore(new)

Philips Healthcare

  • Models: Ingenia, Achieva, Prodiva
  • Known for: Digital broadband technology, patient comfort
  • Price range: ₹7 – ₹23 crore (new)

Brand pricing varies based on software packages, coil count, and service coverage.

New vs Refurbished MRI Machine Cost

New MRI Machine

  • Latest software and hardware
  • Full OEM warranty
  • Higher upfront investment
  • Longer delivery timelines

Refurbished MRI Machine

Price advantage: 30–50% lower than new
Typical range: ₹3 – ₹5 crore for 1.5T systems

Refurbished MRI machines must be:

  • OEM-certified
  • Magnet re-shimmed
  • Gradient and RF tested
  • Supplied with updated software versions

“A properly refurbished MRI system can deliver clinical performance comparable to new equipment when certified and tested to OEM standards.”

Installation and Infrastructure Costs

MRI pricing is incomplete without infrastructure planning.

Typical Additional Costs

  • RF shielding room: ₹25–50 lakh
  • Quench pipe & cryogen safety systems
  • Power conditioning & UPS
  • HVAC with temperature control
  • Site civil modifications

Estimated installation cost: ₹60 lakh – ₹1.5 crore

Operating Cost of an MRI Machine in India

Key Cost Components

  • Power consumption (especially for helium-cooled magnets)
  • Annual Maintenance Contract (AMC): 8–10% of machine value
  • Helium refilling (for older systems)
  • Trained MRI technologists and radiologists

Modern zero-boil-off magnets significantly reduce helium-related expenses.

Compliance, Safety, and Certifications

MRI systems must comply with:

  • IEC 60601-2-33 (MRI safety standard)
  • FDA / CE certification
  • AERB guidelines for site safety in India
  • NABH requirements for diagnostic accreditation

Proper zoning (Zone I–IV) and ferromagnetic safety protocols are mandatory.

How to Choose the Right MRI Machine

Decision factors include:

  • Patient volume and case mix
  • Clinical applications (routine vs advanced imaging)
  • Space availability and power stability
  • Budget vs long-term ROI

From experience, over-specifying a system without matching clinical demand often increases cost without proportional benefit.

Frequently Asked Questions (FAQ)

1. What is the minimum cost to start an MRI center in India?

A basic MRI setup typically requires ₹3–7 crore, including a refurbished 1.5T system and infrastructure.

2. Is 3 Tesla MRI better than 1.5 Tesla?

3T provides higher resolution for specific applications, but 1.5T MRI is sufficient for 90% of routine diagnostics.

3. How long does an MRI machine last?

With proper maintenance, an MRI system has a useful life of 10–15 years.

4. Does MRI require government approval in India?

MRI does not use ionizing radiation, but site safety and operational compliance are required for accreditation.

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SASHA HEALTH CARE

Sasha Health Care specializes in refurbished medical equipment, offering cost-effective MRI, CT, and X-ray systems with expert maintenance and reliable support.

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