LINAC Radiotherapy Machine Price in India: Cost, Types, Features & Setup Guide | Global CanCare
LINAC Radiotherapy Machine Price in India depends on machine configuration, treatment capabilities, and the imaging and medical technology used. Global CanCare explores LINAC machines in the context of modern oncology, cancer treatment and radiotherapy care, including equipment costs, infrastructure, setup and long-term requirements.

When evaluating the LINAC radiotherapy machine price in India, hospitals and cancer centres need to look beyond the equipment quotation and assess the complete investment required for a radiation oncology service. Global CanCare looks at the technology, treatment capabilities, infrastructure and lifecycle support that shape the cost of a LINAC project.
LINAC Radiotherapy Machine Price In India: Complete Cost Comparison
The price of a LINAC machine in India varies according to beam energy, treatment techniques, imaging, patient positioning, treatment planning, installation and service support.
LINAC configuration | Indicative price in India | Treatment capabilities / positioning | Key cost considerations |
|---|---|---|---|
Entry-level / selected refurbished configurations | ₹3–12 crore+ | Basic to standard external beam radiotherapy; capabilities vary | Machine age, component condition, remaining service life, software, spares and warranty |
Advanced LINAC systems | ₹12–25 crore | IMRT, VMAT, IGRT and advanced positioning | MLC, imaging, 6D couch, TPS, QA and software integration |
High-end LINAC systems | ₹25–40 crore+ | Advanced image-guided and complex radiotherapy workflows | Imaging, positioning, automation, software and clinical integration |
Specialised stereotactic systems | ₹35–60 crore+ | SRS, SBRT and specialised precision treatments | Stereotactic imaging, positioning, planning, QA and infrastructure |
These are indicative market ranges rather than fixed quotations. Recent Indian procurement data includes a LINAC quotation of approximately ₹16.64 crore for a system with multiple photon and electron energies, VMAT, kV imaging and a 6D couch.
What Affects The Cost Of A Medical Linear Accelerator?
A LINAC quotation can change significantly depending on its technical configuration. Important cost drivers include:
Beam energy and available photon/electron energies
MLC technology
IMRT and VMAT capability
IGRT and onboard imaging
Patient positioning and 6D couch
SRS and SBRT capability
Treatment planning system
Oncology information system
Quality-assurance equipment
Installation and commissioning
Warranty and service coverage
Spare-parts availability and software support
For hospital procurement, a technical compliance sheet is as important as the commercial quotation.
New Vs Refurbished LINAC Machine: What Hospitals Should Consider
Refurbished LINAC equipment can reduce upfront capital expenditure, but the purchase price should be evaluated alongside lifecycle risk.
Hospitals should verify machine age, previous clinical use, accelerator and MLC condition, imaging components, software support, spare-parts availability, warranty and expected remaining service life.
For a new cancer hospital or expanding radiation oncology department, a new LINAC can provide greater predictability around warranty, manufacturer support, software upgrades and component availability.
The more useful B2B comparison is therefore not simply purchase price versus purchase price. It is total cost of ownership, clinical capability and expected uptime.
LINAC Treatment Techniques: IMRT, VMAT, IGRT, SRS And SBRT
Modern LINAC machines can support several radiation therapy techniques depending on configuration.
3D-CRT is used for conformal external beam radiotherapy, while IMRT modulates radiation intensity to improve dose distribution. VMAT delivers radiation during gantry rotation, while IGRT uses imaging to verify positioning.
For selected patients, advanced LINAC configurations can also support SRS and SBRT, which require highly precise treatment planning, imaging and patient positioning.
Panacea Siddharth-II: 6 MV LINAC For Radiation Oncology
The Panacea Siddharth-II is a relevant example of Indian LINAC technology. It is a 6 MV medical LINAC developed by Panacea Medical Technologies and has been described in published clinical literature as an indigenous low-energy LINAC.
Depending on configuration, Siddharth-II supports 3D-CRT, IMRT, VMAT, SBRT and SRS. Panacea's current product information also lists features such as a robotic 6D couch, in-gantry stereotactic imaging, quality-assurance capabilities and treatment-planning integration.
For hospital buyers, the example highlights an important point: LINAC value depends on the complete technical configuration, not just beam energy or purchase price.
Global CanCare: LINAC Technology And Radiotherapy Infrastructure
A LINAC is only one part of a radiation oncology project.
Global CanCare works across oncology, cancer care and medical technology, including radiotherapy equipment and infrastructure for hospitals and cancer centres. Its radiotherapy ecosystem covers LINAC solutions, bunker requirements, installation, commissioning, maintenance and project support.
For hospital management, this integrated approach matters because the accelerator, bunker, treatment planning, imaging, QA and service infrastructure have to function together.
LINAC Bunker Cost And Radiotherapy Infrastructure Requirements
The equipment quotation does not necessarily represent the complete capital expenditure.
A LINAC project may require:
Radiation-shielded bunker
Shielding and radiation-protection systems
Civil and structural work
Electrical infrastructure
Power conditioning and backup
HVAC and cooling
Radiation monitoring
Treatment-room accessories
IT and networking
Treatment planning and oncology information systems
Installation and commissioning
Staff training
Bunker requirements depend on the selected machine, workload, room design and shielding calculations.
A recent Madhya Pradesh public-sector project reportedly involved LINAC systems costing around ₹46.7 crore each, with additional expenditure related to warranty, maintenance and bunker modifications. This was a specific project and should not be treated as a standard market price.
AERB Requirements For LINAC Installation In India
Hospitals planning a LINAC facility need to account for applicable AERB requirements covering radiation safety, facility design, shielding, equipment approval, installation, acceptance testing, commissioning and licensing.
These requirements should be incorporated during facility planning and bunker design rather than addressed only after equipment procurement.
Treatment Planning System And LINAC Software Cost
A LINAC does not operate as a standalone system. A modern radiation oncology department also requires supporting technology such as:
Treatment planning system
Oncology information system
Record-and-verify system
Image-guidance software
Dose calculation and optimisation tools
Quality-assurance software
Data storage and networking
Hospitals should establish whether software licences, interfaces, upgrades and technical support are included in the LINAC quotation.
LINAC Installation, Commissioning And Hospital Setup
Installation involves more than positioning the accelerator inside the bunker. The project can include equipment installation, calibration, testing, acceptance procedures, commissioning and clinical training.
The commercial proposal should clearly state whether installation, commissioning, training and related project-management activities are included or quoted separately.
LINAC Maintenance, AMC And Total Cost Of Ownership
For a cancer centre, machine uptime is an operational and clinical consideration.
Before procurement, hospitals should evaluate warranty coverage, preventive maintenance, corrective maintenance, critical spare parts, software upgrades, engineer availability, breakdown response time, uptime commitments and AMC or CMC terms.
A lower initial quotation may not remain the lower-cost option if the machine has higher maintenance requirements or limited access to critical components.
How To Choose A LINAC For A Cancer Hospital
The right LINAC specification depends on the hospital's patient volume, cancer profile, planned treatment techniques and future expansion.
Procurement teams should compare:
Evaluation area | What to evaluate | Why it matters |
|---|---|---|
Clinical requirements | Patient volume, cancer mix and treatment techniques | Defines required clinical capability |
Beam configuration | Photon/electron energies | Determines treatment applications |
MLC | Leaf configuration and modulation capability | Important for IMRT and VMAT |
Imaging | IGRT and onboard imaging | Supports positioning verification |
Patient positioning | 6D couch and setup technology | Important for precision treatments |
Treatment techniques | 3D-CRT, IMRT, VMAT, IGRT, SRS, SBRT | Defines treatment range |
Treatment planning | TPS, optimisation and integration | Affects treatment workflow |
QA | Inbuilt and external QA capabilities | Supports treatment quality and safety |
Infrastructure | Bunker, shielding, HVAC and electrical systems | Determines project requirements |
Regulatory | AERB requirements and approvals | Required for compliant operation |
Installation | Delivery, installation and commissioning | Affects project readiness |
Training | Clinical and technical staff training | Supports safe operation |
Warranty | Coverage and exclusions | Reduces early lifecycle risk |
Service | Response time and uptime support | Important for treatment continuity |
Spares | Availability and lead time | Can affect downtime |
Lifecycle | AMC/CMC, upgrades and expected service life | Determines long-term ownership cost |
Frequently Asked Questions About LINAC Machines In India
What is the LINAC radiotherapy machine price in India?
The LINAC radiotherapy machine price in India can broadly range from around ₹3 crore for selected entry-level or refurbished configurations to ₹40 crore or more for advanced systems. Specialised stereotactic systems can reach ₹35–60 crore+.
How much does a new LINAC machine cost in India?
New LINAC systems can broadly fall within the ₹12–40 crore+ range depending on configuration. A recent Indian tender quoted about ₹16.64 crore for an advanced system with multiple energies, VMAT, kV imaging and a 6D couch.
What is the price of a 6 MV LINAC in India?
There is no single price for a 6 MV LINAC because beam energy is only one specification. The Panacea Siddharth-II, for example, is a 6 MV system supporting techniques including IMRT, VMAT, SBRT and SRS depending on configuration.
What is the cheapest LINAC machine in India?
Selected refurbished or basic configurations can fall into the ₹3–12 crore range. Hospitals should compare age, specifications, remaining service life and support before treating a lower quotation as the lowest-cost option.
How much does a refurbished LINAC cost?
Selected refurbished systems can fall within the ₹3–12 crore range. The actual price depends on machine age, operating history, component condition, software, warranty and spare-parts support.
Is buying a refurbished LINAC a good option for a hospital?
It can be considered when the equipment passes appropriate technical and regulatory checks. The hospital should assess remaining component life, service history, software support, spare parts, warranty and expected downtime before procurement.
What is the difference between a new and refurbished LINAC?
A new LINAC starts a new equipment lifecycle and generally comes with new-equipment warranty and current manufacturer support. A refurbished machine has prior clinical use, so remaining component life and support availability become important procurement factors.
How much does a LINAC bunker cost in India?
There is no fixed bunker price because shielding depends on the LINAC, workload, room design and site. Civil construction, shielding, electrical and HVAC requirements can add substantially to the total project cost.
Is bunker construction included in the LINAC price?
Not necessarily. Bunker construction, shielding, civil work and other infrastructure may be separate line items in the hospital's project quotation.
How much space is required for a LINAC?
The required space depends on the machine model, bunker design, control room, equipment room and site layout. The final dimensions should be established using the manufacturer's requirements and radiation-shielding calculations.
What is a LINAC bunker?
A LINAC bunker is a radiation-shielded treatment room designed to safely house and operate the accelerator. Its shielding requirements depend on machine energy, workload, room geometry and radiation-protection calculations.
What approvals are required for a LINAC in India?
Hospitals need to meet applicable AERB requirements covering radiation safety, facility design, shielding, equipment approval, installation, testing, commissioning and licensing.
How long does LINAC installation take?
The timeline depends on whether the hospital has an existing compliant bunker or is constructing a new one. Delivery, installation, calibration, testing and commissioning also affect the schedule.
What is a 6 MV LINAC?
A 6 MV LINAC is a medical linear accelerator configured to produce a nominal 6 MV photon beam for external beam radiotherapy. Panacea Siddharth-II is an example of a 6 MV LINAC used for multiple treatment techniques.
Can a 6 MV LINAC perform IMRT?
Yes. A suitably configured 6 MV LINAC can deliver IMRT when the required MLC, treatment-planning and quality-assurance systems are available.
Can a LINAC perform VMAT?
Yes. LINAC systems configured for VMAT can deliver radiation while the gantry rotates around the patient, with treatment parameters changing during delivery.
Can a LINAC perform SBRT?
Yes, selected LINAC configurations support SBRT. The treatment also requires appropriate imaging, positioning, treatment planning and QA capabilities.
What is IGRT in radiotherapy?
IGRT uses imaging to verify patient or target positioning during the treatment workflow. Onboard kV imaging is one example of an imaging capability that can support image-guided radiotherapy.
What is an MLC in a LINAC?
An MLC, or multileaf collimator, uses individually controlled leaves to shape the radiation beam. It is particularly important for advanced techniques such as IMRT and VMAT.
What is a 6D couch in radiotherapy?
A 6D couch allows positional corrections in three translational and three rotational directions. This can be useful for high-precision treatments such as stereotactic radiotherapy.
What is the difference between LINAC and cobalt-60?
A LINAC generates therapeutic radiation using an accelerator, while a cobalt-60 machine uses a radioactive source. They are separate radiotherapy technologies and should not be treated as the same equipment category.
Does a LINAC price include a treatment planning system?
Not always. The TPS may be included in the equipment package or quoted separately, depending on the vendor and project scope.
What software is required with a LINAC?
A radiation oncology department may require a treatment planning system, oncology information system, record-and-verify software, imaging software and QA tools. The exact requirement depends on the hospital's clinical workflow.
How much does LINAC maintenance cost in India?
There is no universal annual maintenance cost. It depends on the machine, warranty, AMC or CMC terms, spare-parts coverage, service scope and operating workload.
How long does a LINAC machine last?
Service life depends on workload, maintenance, component availability, software support and upgrade options. For refurbished equipment, remaining service life should be assessed separately from its original installation date.
How often does a LINAC need maintenance?
LINACs require scheduled preventive maintenance as well as corrective servicing when components need attention. The recommended schedule depends on the manufacturer, model and operating workload.
What should be included in a LINAC quotation?
The hospital should check the machine configuration, MLC, imaging, couch, software, QA equipment, accessories, installation, commissioning, training, warranty and service terms. All exclusions should be clearly identified.
What should hospitals ask a LINAC vendor?
Hospitals should request the complete technical specification, regulatory status, installation scope, warranty terms, service response commitments, spare-parts availability, software support and lifecycle costs.
What is the total cost of setting up a LINAC facility?
The total project investment can include the LINAC, bunker, shielding, civil work, electrical systems, HVAC, software, QA equipment, installation, commissioning and training. A specific public-sector project in Madhya Pradesh reportedly involved around ₹46.7 crore per LINAC plus additional warranty, maintenance and bunker-related expenditure.
Which LINAC is suitable for a new cancer hospital?
The answer depends on patient volume, cancer profile, planned treatment techniques, infrastructure and future growth. A hospital planning IMRT, VMAT, IGRT or stereotactic treatments should specify those requirements before comparing models.
How should hospitals compare two LINAC quotations?
Compare them line by line for beam configuration, MLC, imaging, positioning, treatment techniques, TPS, QA, installation, training, warranty, service and spare parts. A ₹15 crore quotation with limited inclusions cannot be directly compared with a ₹17 crore turnkey package.
Is LINAC procurement only about machine price?
No. For a hospital, the investment includes equipment, infrastructure, software, regulatory compliance, installation, commissioning, training and long-term service. Total cost of ownership is more useful than the initial equipment price alone.
Final Takeaway
The LINAC radiotherapy machine price in India can range from a few crore rupees for selected entry-level or refurbished configurations to ₹40 crore or more for advanced systems. But for a hospital or cancer centre, the equipment quotation is only one part of the investment.
A sound procurement decision should bring together clinical requirements, LINAC specifications, cancer treatment capabilities, radiotherapy infrastructure, AERB requirements, software, installation, service support and total cost of ownership.
For modern radiation oncology, the focus should be on building a reliable treatment platform that can support the centre's present patient load while allowing its cancer care programme to grow.
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