A CT scanner (computed tomography scanner) is classified as a Class C medical device under CDSCO's Medical Devices Rules, 2017. To manufacture CT scanners in India, a company must obtain the CDSCO MD9 manufacturing license, applied via Form MD7 on the SUGAM portal (cdscoonline.gov.in) to the Central Licensing Authority (CLA) — not the State Licensing Authority, because Class C devices are centrally regulated. A loan license (MD6, Form MD4) is available for companies without their own manufacturing facility. The MD9 license has indefinite validity, subject to a retention fee payable every 5 years. Mandatory documents include an ISO 13485 certificate, Device Master File, Plant Master File, radiation safety documentation, IEC 60601-2-44 test records, and Certificate of Analysis for 3 consecutive production batches. The government application fee is Rs. 50,000 for Class C manufacturing license applications.
CT scanners — computed tomography machines — are among the most clinically consequential diagnostic devices in modern medicine. From oncology and neurology to trauma care and cardiovascular assessment, the CT scan has become the standard of care for initial diagnosis, treatment planning, and monitoring of complex conditions across virtually every clinical speciality. In India, where the disease burden is large and the diagnostic infrastructure is expanding rapidly into tier-2 and tier-3 cities, the demand for reliable, domestically manufactured CT scanners represents one of the most significant opportunities in the medical device manufacturing sector.
For companies considering entry into CT scanner manufacturing in India, the commercial fundamentals are strong. The regulatory pathway — governed by CDSCO under the Medical Devices Rules, 2017 — is more demanding than for lower-risk classes, reflecting the clinical importance and technical complexity of the device. CT scanners are Class C medical devices, and their licensing is administered by the Central Licensing Authority rather than State Licensing Authorities. Understanding exactly what this means for your application process, documents, timelines, and compliance obligations is the foundation of a successful market entry. This guide provides that understanding in full.
📑 Quick Navigation
- What Is a CT Scanner?
- Market Opportunity for CT Scan Manufacturing in India 2026
- CDSCO Classification of CT Scanners
- CDSCO License Types for CT Scan Manufacturing
- License Validity and Retention Fee
- Document Checklist for CDSCO CT Scanner Manufacturing License
- 9-Step SUGAM Application Process
- Common Application Challenges and How to Overcome Them
- How Rego Services Supports CT Scanner Manufacturers
- Frequently Asked Questions
What Is a CT Scanner?
A computed tomography (CT) scanner is a medical imaging device that uses rotating X-ray beams and an array of detectors to generate detailed, cross-sectional images of internal body structures. Unlike a conventional X-ray — which projects a two-dimensional shadow image — a CT scanner acquires data from multiple angles simultaneously, then reconstructs these data points into high-resolution two-dimensional slices or three-dimensional volumetric images. The result is a view of bones, organs, blood vessels, and soft tissues in precise anatomical detail, enabling diagnoses that would be impossible or far less accurate with conventional imaging alone.
Modern CT scanners range from single-slice systems for basic diagnostic use in district hospitals to 64-slice, 128-slice, and 256-slice systems for advanced cardiac, neurological, and oncological imaging in tertiary care centres. Dual-energy CT, spectral CT, and photon-counting CT represent the technology frontier, enabling new diagnostic capabilities including material decomposition and virtual monochromatic imaging. Portable and low-dose CT systems are extending the reach of cross-sectional imaging into surgical suites, intensive care units, and remote healthcare settings. Across all these variants, the defining characteristics are the same: the use of ionising radiation to generate cross-sectional images, and the dependence on detection accuracy, image reconstruction algorithms, and radiation dose management to deliver clinically reliable results safely.
Market Opportunity for CT Scan Manufacturing in India 2026
India's CT scanner market sits at the convergence of four powerful forces: a large and growing disease burden requiring advanced imaging, a sustained national push to expand diagnostic infrastructure, a government mandate to reduce import dependence in high-value medical devices, and a rapidly growing private healthcare sector investing in diagnostic capabilities. Together, these forces create a market environment in 2026 that is demonstrably favourable for domestic CT scanner manufacturers who can meet the regulatory and technical standards the market demands.
Ayushman Bharat, PM-JAY, and state-level health mission programmes are equipping thousands of district hospitals, medical colleges, and diagnostic centres with advanced imaging equipment. CT scanners are a priority procurement category in this expansion, and domestically manufactured devices with valid CDSCO MD9 licenses are eligible for government tenders — a large, reliable procurement channel for manufacturers who are correctly licensed.
India's growing cancer and cardiovascular disease burden is a structural driver of CT scanner demand. CT is the primary imaging modality for cancer staging and treatment planning, and CT angiography is replacing more invasive procedures in cardiac diagnostics. As the prevalence of these conditions continues to rise and awareness of early detection improves, the installed base of CT scanners in India will need to expand substantially over the next decade.
CT scanners are currently dominated by imported products from global manufacturers. The government's Production Linked Incentive (PLI) scheme for medical devices, combined with procurement preferences for domestically manufactured equipment, creates structural advantages for Indian CT scanner manufacturers. Companies that enter the market with a valid MD9 license and competitive products are positioned to capture both government procurement and the growing private hospital market.
CT simulation — a specialised application of CT scanning for radiotherapy treatment planning — is a growing market segment driven by the rapid expansion of cancer treatment centres in India. CT simulators require specific hardware and software features for radiotherapy planning workflows, creating a differentiated product segment with strong demand from the oncology infrastructure being built across the country.
India's cost-competitive manufacturing base, combined with the credibility of a CDSCO MD9 license for a Class C device, positions domestically manufactured CT scanners for export to healthcare markets in Africa, Southeast Asia, and Central Asia — where the demand for affordable, reliable diagnostic imaging equipment is substantial and growing. Manufacturers who establish CDSCO-compliant production can use this foundation to pursue regulatory authorisations in export markets.
Artificial intelligence applications in CT imaging — AI-assisted detection, automated volumetric segmentation, dose optimisation algorithms, and workflow automation — are creating a new generation of CT scanners with significant clinical value add over conventional systems. Indian manufacturers with both manufacturing competence and software capability can target this premium segment, building products that compete on clinical intelligence rather than solely on hardware specifications.
CDSCO Classification of CT Scanners
Under the Medical Devices Rules, 2017, CDSCO classifies medical devices into four risk classes — A (lowest), B (low-to-moderate), C (moderate-to-high), and D (highest). CT scanners are classified as Class C medical devices. This classification reflects a precise assessment of the device's risk profile: CT scanners use ionising radiation — a hazard with cumulative biological consequences — deliver imaging data that directly drives diagnosis and treatment decisions for serious conditions including cancer, stroke, and internal trauma, and require sophisticated engineering controls to ensure both image quality and radiation dose management.
| Device | CDSCO Class | Risk Level | License Required | Licensing Authority |
|---|---|---|---|---|
| Standard CT scanner (single-/multi-slice) | Class C | Moderate-to-high | MD9 (Form MD7) | Central Licensing Authority |
| CT fluoroscopy / interventional CT | Class C | Moderate-to-high | MD9 (Form MD7) | Central Licensing Authority |
| CT simulator (radiotherapy planning) | Class C | Moderate-to-high | MD9 (Form MD7) | Central Licensing Authority |
| Portable / low-dose CT scanner | Class C | Moderate-to-high | MD9 (Form MD7) | Central Licensing Authority |
The Class C classification has one critical regulatory consequence that applicants must understand from the outset: the manufacturing license is issued by the Central Licensing Authority (CLA) — CDSCO Headquarters in New Delhi — not by the State Licensing Authority. This is fundamentally different from Class A and Class B devices, where the State Licensing Authority manages the application and grant process. For CT scanner manufacturers, the primary regulatory relationship for the manufacturing license is with CDSCO centrally, and the review process typically involves more rigorous technical scrutiny — including expert committee review and facility inspection — than applies at state level for lower-risk devices.
CDSCO License Types for CT Scan Manufacturing
Two manufacturing license pathways are available under MDR 2017 for CT scanner manufacturers — one for companies with their own manufacturing facility and one for companies that will manufacture through another licensed manufacturer's facility.
ISO 13485 Certification in India 2026 — Complete Guide
ISO 13485 certification is a mandatory document for your CDSCO MD9 CT scanner manufacturing license application. Without a current, in-scope ISO 13485 certificate covering the manufacturing of active diagnostic imaging devices, the application cannot proceed. This guide covers all 8 ISO 13485 clauses, the 10-step certification process, and how Rego Services supports manufacturers through gap analysis, QMS documentation, and certification body audit preparation.
License Validity and Retention Fee
The CDSCO MD9 manufacturing license for CT scanners is issued with indefinite validity — it does not expire on a fixed date. This provides long-term regulatory stability for manufacturers who invest in CT scanner production, removing the uncertainty of periodic full renewal cycles.
The MD9 CT scanner manufacturing license remains in force indefinitely from the date of grant. However, a license retention fee must be paid every 5 years to maintain the license in active status. Failure to pay the retention fee before the due date can result in the license lapsing — which would require a fresh application with the complete document set and a full review timeline. For a Class C device with a demanding initial application process, allowing the license to lapse through a missed retention fee payment is a costly and avoidable outcome. Rego Services recommends maintaining a compliance calendar with the retention fee due date and initiating the payment process at least 60 days before the deadline.
Document Checklist for CDSCO CT Scanner Manufacturing License
The document set required for the CDSCO MD9 CT scanner manufacturing license is defined under the Medical Devices Rules, 2017, and reflects the higher technical complexity and risk profile of Class C devices. Every document below must be current, accurate, and internally consistent before the SUGAM application is submitted. For CT scanners specifically, the Device Master File demands particular depth — covering radiation physics, detector technology, image reconstruction software, and dose management systems — and is typically the longest and most technically demanding component of the application.
- Cover letter — Addressed to the Central Licensing Authority at CDSCO Headquarters, referencing Form MD7, and clearly identifying the product (CT scanner type, slice count, primary intended use), the applicant entity, and the manufacturing facility address.
- Device Master File (DMF) — The comprehensive technical dossier for the CT scanner: device description and intended use, design documentation including detector array specifications, X-ray tube and generator specifications, gantry mechanics, image reconstruction algorithms, dose management systems (including AEC — automatic exposure control), manufacturing process description, risk management records under ISO 14971 with radiation hazard analysis, performance testing data (including image quality metrics, radiation dose output characterisation, and temporal resolution), software validation records covering the image reconstruction and dose management software, labelling and Instructions for Use, and post-market surveillance plan.
- Plant Master File (PMF) — The manufacturing facility documentation: premises description and dimensioned layout, equipment list and calibration records (including specialised metrology equipment for X-ray source and detector characterisation), manufacturing process flows, environmental controls (including radiation shielding provisions for test areas), quality management system overview, personnel structure and competency records, and GMP compliance infrastructure documentation.
- Constitution proof — GST registration certificate, Certificate of Incorporation (CIN), Memorandum and Articles of Association (MOA/AOA), or equivalent documents establishing the legal identity of the applicant company.
- Sale Deed or Rent / Lease Deed — Valid documentary evidence confirming the applicant's legal right to occupy the manufacturing premises declared in the application.
- Organisation identity proof — UDYAM Aadhaar, PAN card, or equivalent document establishing the applicant organisation's identity.
- Certificate of Analysis for 3 consecutive production batches — Laboratory analysis and performance test results demonstrating that three sequential production batches of the CT scanner consistently meet all declared specifications including image quality parameters and radiation dose output. For first-time manufacturers, these batches must be produced under a valid CDSCO test license (MD13) before the MD9 application can be submitted.
- Dimensioned building layout — A scaled, dimensioned floor plan of the manufacturing facility showing all rooms, their dimensions, equipment locations, production flow, radiation shielding specifications for test areas, and personnel access routes. The layout must reflect the facility exactly as it exists at the time of submission.
- ISO 13485 Certificate — A current, valid ISO 13485 certificate from an IAF-accredited certification body, with scope explicitly covering the manufacturing activities relevant to CT scanner production at the declared facility. The scope statement must be specific enough to cover active diagnostic imaging devices using ionising radiation.
- Radiation safety documentation — Records demonstrating that the manufacturing facility's CT scanner test and characterisation areas comply with applicable radiation protection requirements under the Atomic Energy (Radiation Protection) Rules, including shielding calculations, dose rate survey records, and AERB (Atomic Energy Regulatory Board) registration or approval where required for the manufacturing and testing of radiation-emitting devices.
- IEC 60601-1 and IEC 60601-2-44 test records — Performance and safety test reports demonstrating compliance with IEC 60601-1 (General requirements for basic safety and essential performance of medical electrical equipment) and IEC 60601-2-44 (Particular requirements for CT scanners), including radiation output characterisation, dose index measurements (CTDI), image quality assessments, and electrical safety test results. Testing must be from an accredited laboratory.
- Fire NOC — No-Objection Certificate from the local fire authority for the manufacturing premises.
- Pollution NOC — No-Objection Certificate from the State Pollution Control Board for the manufacturing facility.
- Qualified personnel documentation — Curriculum vitae, educational qualifications, appointment letters, and training records for key technical personnel, including the technical head (typically requiring a degree in electronics engineering, medical physics, or biomedical engineering with relevant experience) and qualified persons responsible for radiation safety, quality control, and post-market surveillance.
- Test License (if applicable) — Where the Certificate of Analysis for three consecutive batches was produced under an MD13 test license, a copy of that license must be submitted as a supporting document.
For loan license (MD6) applications, three additional documents are required:
- Consent letter from the principal manufacturing unit — A formal written consent from the holder of the MD9 manufacturing license authorising the applicant to manufacture CT scanners at their facility under the loan license arrangement.
- Principal manufacturer's license and product permit — Copies of the principal manufacturer's valid MD9 license and the product-specific permit covering CT scanners of the same class and type.
- Wholesale license of the applicant — The loan licensee's own wholesale medical device license, demonstrating their authorisation to market the manufactured product in India.
9-Step SUGAM Application Process for CT Scanner Manufacturing License
All CDSCO medical device manufacturing license applications are submitted through the SUGAM online portal at cdscoonline.gov.in. For Class C devices including CT scanners, the application is directed to the Central Licensing Authority, whose review process is more intensive than the State Licensing Authority review applicable to Class A and B devices. The MD9 application for CT scanner manufacturing follows nine structured steps.
Create a company account at cdscoonline.gov.in or log in to an existing account. Verify that the portal account is registered under the correct legal entity — the same entity that will hold the manufacturing license. Portal registration details — company name, address, GST number — must exactly match the identity documents submitted with the application. For Class C applications directed to the CLA, any identity mismatch can cause delays at the initial screening stage before the substantive review even begins.
Before selecting the MD9 application form, confirm that your specific CT scanner model is correctly classified as Class C under the Medical Devices Rules, 2017 schedule. Confirm that the device is being applied to the Central Licensing Authority and not a State Licensing Authority — a common procedural error that results in rejection without review. If your device combines CT with other imaging modalities (PET, MRI), or incorporates therapeutic functions, obtain regulatory advice on the classification before proceeding.
Fill the MD7 application form on the SUGAM portal with full accuracy. Required information includes: device classification, brand name, intended use statement (which must match the Device Master File exactly), detailed product description including CT scanner type, number of detector rows/slices, maximum CTDI output, and primary clinical applications. Every field must match the corresponding supporting document. For CT scanners, the intended use statement requires particular care — it must describe the clinical populations and imaging contexts accurately without being so broad as to be unverifiable by the CLA reviewer.
Upload every document from the checklist above in the required file format and within the SUGAM portal's size specifications. Conduct a thorough cross-consistency review before upload: the intended use statement in Form MD7 must match the DMF, the manufacturing process described in the DMF must match the PMF, radiation safety documentation must be consistent with the facility layout, and all personnel listed in the PMF must have corresponding qualification records. Confirm the ISO 13485 certificate scope covers CT scanner manufacturing activities specifically. For loan license applications, verify the principal manufacturer's MD9 license covers the same CT scanner category.
Pay the applicable government fee through the SUGAM portal's integrated payment system. For Class C manufacturing license applications, the fee is Rs. 50,000. Retain the digital payment receipt and application reference number. Fee payment formally submits the application — prior to payment, it remains in draft status and has not been received by the Central Licensing Authority for review. Confirm the fee amount with your regulatory consultant before payment, as fee schedules are subject to revision.
On successful submission and fee payment, SUGAM generates an application reference number confirming your submission is in the CLA's queue. Retain this number for all correspondence and for tracking application status on the portal. Monitor SUGAM regularly after submission — CLA notifications and query communications are delivered through the portal, and timely responses to queries are essential for maintaining application momentum.
The Central Licensing Authority reviews the application and all submitted documents. For Class C devices like CT scanners, this review is more detailed than the State Licensing Authority review applicable to lower-risk classes. The CLA review for CT scanners typically includes assessment of the Device Master File's technical completeness (particularly radiation dose documentation and image quality data), verification of the ISO 13485 certificate scope, review of the Plant Master File against GMP requirements for complex electronic medical devices, and — for most applicants — a scheduled facility inspection. A technical expert committee may be convened for the DMF review of complex imaging systems.
If the CLA raises queries — which is the norm rather than the exception for Class C device applications — respond promptly, thoroughly, and with evidence through the SUGAM portal. Assign a named regulatory lead who monitors the portal daily for query notifications. For technical queries about the CT scanner's radiation dose management or image quality performance, responses must be supported by test data, not assertions. When the CLA schedules a facility inspection, prepare the team, facility, and documentation rigorously — the inspection will cover manufacturing process execution, GMP compliance, radiation safety controls, personnel qualifications, and QMS records in detail.
Once all documentation, query responses, and inspection requirements are satisfied, the Central Licensing Authority grants the MD9 manufacturing license for CT scanners. The license is issued on SUGAM, specifying the device, manufacturing site, and license holder. Review the license details carefully — confirm that the CT scanner description, facility address, and applicant name are all accurate before commencing commercial production. Any errors in the issued license should be flagged to the CLA immediately for correction.
Common Application Challenges and How to Overcome Them
The most specific failure point in CT scanner MD9 applications is incomplete radiation documentation — missing CTDI measurements, absence of AEC validation records, or radiation dose characterisation that does not cover the full range of scan protocols. The DMF must address radiation dose outputs across all declared operating modes and clinical protocols. Engage a medical physicist with CT dosimetry expertise during DMF preparation, not after receiving the CLA's query.
CT scanners are software-defined devices — image reconstruction, AEC, dose management, and clinical workflow functions are all software-mediated. The CLA expects robust software validation records covering all these functions under IEC 62304 or an equivalent framework. Applications that treat software validation as peripheral to the DMF consistently attract substantial queries. Prepare a dedicated software validation dossier as a standalone section of the Device Master File.
An ISO 13485 certificate that covers medical devices generically but does not specifically include active diagnostic imaging devices or devices using ionising radiation in its scope statement generates a specific CLA query. Ensure that the ISO 13485 scope statement is written to unambiguously cover CT scanner manufacturing activities before submitting the application.
For CT scanner applications, the CLA facility inspection is thorough and technical. Common inspection observations include: radiation shielding in the test area that does not match the layout submitted in the PMF, equipment calibration records that are incomplete for X-ray characterisation equipment, and manufacturing process execution that deviates from the documented procedures. Conduct a rigorous pre-inspection internal audit against the PMF before the CLA visit — using the PMF as the inspection checklist rather than a general GMP standard.
How Rego Services Supports CT Scanner Manufacturers
Rego Services Private Limited provides end-to-end regulatory support for CT scanner manufacturers seeking the CDSCO MD9 license — covering both the own-facility (MD9) and loan license (MD6) pathways. Our regulatory team has experience with Class C medical device applications to the Central Licensing Authority, and understands the specific technical documentation requirements for complex active imaging devices with ionising radiation functions.
- Device classification confirmation — We confirm your CT scanner's CDSCO class, identify the correct license pathway (MD9 or MD6), confirm that the application is directed to the Central Licensing Authority, and assess whether specific product features affect the standard classification or trigger additional regulatory requirements.
- ISO 13485 certification coordination — If ISO 13485 is not yet in place, we support the full certification process — QMS gap analysis, documentation development, implementation support, and certification body liaison — with scope language specifically covering CT scanner manufacturing activities.
- Device Master File preparation — We prepare CDSCO-compliant Device Master Files for CT scanners — incorporating device description, intended use, detector and X-ray tube specifications, image reconstruction and AEC software documentation, radiation dose characterisation data, IEC 60601-2-44 test records, software validation dossier, ISO 14971 risk management file with radiation hazard analysis, labelling, and post-market surveillance plan.
- Plant Master File preparation — We prepare Plant Master Files that accurately describe your manufacturing facility — including radiation shielding documentation, specialised test equipment calibration records, manufacturing process flows for CT scanner assembly, quality control procedures for X-ray source and detector characterisation, and GMP infrastructure documentation in the format CLA reviewers expect.
- Document consistency review — Before any submission, we conduct a full cross-document consistency review — ensuring Form MD7, the DMF, the PMF, ISO 13485 certificate scope, radiation safety records, and batch records are all internally aligned, cross-referenced correctly, and consistent with the physical facility.
- SUGAM portal submission management — We manage the complete portal submission process — account verification, form completion, document upload, fee payment coordination, and formal submission — eliminating procedural errors that delay the review clock starting.
- CLA query response and inspection preparation — We draft and coordinate CLA and technical expert committee query responses for CT scanner applications, and prepare the facility, personnel, and documentation for the CLA facility inspection, including mock inspection exercises that mirror CLA inspection patterns for Class C imaging devices.
- Post-grant compliance — We support ongoing license compliance — retention fee scheduling, adverse event reporting, and license variation applications when new CT scanner models or configurations are added to the license.
How to Build a Compliant CDSCO Device Master File (DMF) in 2026
The Device Master File is the most scrutinised document in your CT scanner MD9 application. This guide covers the required sections — including radiation dose documentation, software validation, and IEC 60601-2-44 compliance records — and explains how to structure the DMF so it supports both your CLA application and post-grant audit readiness.
Frequently Asked Questions
What is the difference between the MD9 license for CT scanners and the MD5 license for lower-risk devices?
The MD9 license applies to Class C and Class D medical devices and is issued by the Central Licensing Authority (CLA) — CDSCO Headquarters. The MD5 license applies to Class A and Class B devices and is issued by the State Licensing Authority (SLA) of the state where the facility is located. For CT scanners (Class C), this means the application is reviewed centrally, involves more rigorous technical scrutiny (including possible expert committee review), typically requires a facility inspection as a standard component of the process, and carries a higher application fee (Rs. 50,000 vs Rs. 5,000 for MD5). The documentation requirements — particularly the Device Master File — are also more demanding for Class C devices.
Does AERB registration interact with the CDSCO MD9 application for CT scanner manufacturing?
Yes. CT scanners are radiation-emitting devices, and the manufacture, testing, and use of radiation-generating equipment in India is regulated by the Atomic Energy Regulatory Board (AERB) in addition to CDSCO. Manufacturers testing CT scanners at their facility will typically need appropriate AERB registration or approval for the radiation-emitting equipment. The CDSCO MD9 application requires radiation safety documentation — including evidence of compliance with applicable radiation protection requirements — as part of the Plant Master File and Device Master File. Manufacturers should engage with AERB requirements in parallel with the CDSCO MD9 application process. Rego Services advises on the AERB requirements as part of the overall CT scanner regulatory pathway.
Can one MD9 license cover multiple CT scanner models?
Yes. A single MD9 license can cover multiple CT scanner models provided each model is declared in the Form MD7 application and the Device Master File contains product-specific sections for each model. Adding a new CT scanner model after the initial license is granted requires a variation application to the Central Licensing Authority — this involves submitting additional technical documentation for the new model and paying the applicable variation fee. It does not require a fresh license application from the beginning.
What testing standards apply to CT scanners manufactured in India?
CT scanners manufactured in India must comply with applicable Indian and international standards referenced under MDR 2017. Primary standards include IEC 60601-1 (General requirements for basic safety and essential performance of medical electrical equipment), IEC 60601-2-44 (Particular requirements for X-ray equipment for computed tomography), IEC 62304 (Medical device software — software life cycle processes), applicable EMC standards, and AERB radiation protection requirements. Performance data demonstrating compliance with these standards must be included in the Device Master File and provided with the MD9 application from an accredited testing laboratory.
✓ Key Takeaways
- CT scanners are classified as Class C medical devices under CDSCO's Medical Devices Rules, 2017 — an MD9 manufacturing license (Form MD7) is mandatory before any CT scanner is manufactured for sale or distribution in India
- The MD9 license is issued by the Central Licensing Authority (CLA) at CDSCO Headquarters — not the State Licensing Authority — because CT scanners are a higher-risk Class C device
- Companies without their own manufacturing facility can obtain an MD6 loan license (Form MD4) to manufacture CT scanners through a principal manufacturer's licensed and inspected facility
- The Class C application fee is Rs. 50,000 — significantly higher than for Class B devices, reflecting the more intensive CLA review process
- A valid ISO 13485 certificate from an IAF-accredited body with scope covering CT scanner manufacturing is mandatory — begin ISO 13485 certification early in the overall regulatory timeline
- The Device Master File for CT scanners must include radiation dose characterisation (CTDI), IEC 60601-2-44 compliance data, software validation records (IEC 62304), and ISO 14971 risk management documentation with radiation hazard analysis — the most demanding DMF category in active imaging devices
- A facility inspection by the CLA is standard for Class C device applications — preparation using the Plant Master File as the inspection checklist is essential
- The MD9 license has indefinite validity, but a retention fee must be paid every 5 years — missing this deadline can result in the license lapsing
- AERB radiation protection compliance at the manufacturing facility is required in parallel with the CDSCO MD9 application for CT scanner manufacturers
- India's diagnostic infrastructure expansion, cancer and cardiac disease burden, import substitution policy, and growing private healthcare sector create a strong commercial case for domestic CT scanner manufacturing in 2026
Your Next Step
Starting a CT scanner manufacturing business in India in 2026 is a high-commitment, high-reward decision. The commercial fundamentals are strong — sustained demand growth from expanding healthcare infrastructure, government import substitution policy, and the structural disease burden driving diagnostic imaging uptake — and the regulatory pathway, while demanding, is navigable for manufacturers who approach it with adequate preparation and expert support.
The distinguishing factor between manufacturers who launch efficiently and those who face costly delays is almost always the same: how early in the process regulatory planning began. The Device Master File for a CT scanner requires six to nine months to prepare correctly. ISO 13485 certification requires three to six months. The three-batch Certificate of Analysis requires production under a test license. All of these need to be completed before the MD9 application can be submitted — and the CLA review process itself adds further time after submission. Companies that build this timeline into their business plan from the outset reach the market. Those that treat regulatory preparation as a downstream task consistently miss their commercial targets.
Rego Services has supported medical device manufacturers across India through the CDSCO licensing process for Class C devices. Our team understands what the Central Licensing Authority looks for in CT scanner applications, where documentation gaps most commonly arise, and how to structure an application that moves through CLA review without unnecessary query cycles or inspection re-visits.
Contact Rego Services today to confirm your CT scanner classification, map your MD9 licensing pathway, and receive a timeline-specific regulatory plan tailored to your product, facility, and commercial goals.