Hidden Risks When Importing X-Ray Equipment in India

Learn how to import X-ray equipment in India with CDSCO MD-15 licensing, AERB type approval, e-LORA registration, QA checks, and key compliance steps safely.

IMPORT/EXPORT & CUSTOMS

4/29/20264 min read

A Complete Guide to Importing X-Ray Equipment in India: Regulatory Compliance and Step-by-Step Procedures

The medical use of X-rays for diagnosis and treatment has proven immensely beneficial to society. However, because the unsafe use of radiation carries health risks, the importation of X-ray generating equipment (XGE) in India is strictly governed by a dual-regulatory framework. This involves the Central Drugs Standard Control Organization (CDSCO) for device quality and the Atomic Energy Regulatory Board (AERB) for radiological safety.

As of January 1, 2021, X-ray machines are classified as Class C (Moderate to High Risk) medical devices. This mandatory registration prevents the proliferation of misbranded or inferior products that could lead to misdiagnosis and inaccurate reporting. Navigating the steps from initial licensing to the final operational license is critical for any healthcare facility or supplier to avoid supply chain disruptions and legal penalties.

1. CDSCO Regulatory Prerequisites: The MD-15 Import Licence

Under the Medical Device Rules, 2017, X-ray machines are legally considered "drugs" for regulatory purposes. The CDSCO is the approving authority for all import applications.

Application Forms and Fees

Form MD-14: Importers must submit this application to seek an import license for Class C medical devices.
Form MD-15: This is the official Licence to Import Medical Device granted by the CDSCO upon successful review of the MD-14 application.
Registration Fees: Importers must pay a government fee of 3,000 for manufacturing plant registration and 1,500 per individual product.

2. AERB Consenting Framework: Type Approval and NOCs

Parallel to CDSCO registration, every model of X-ray equipment must conform to the safety standards specified in the AERB Safety Code.

Type Approval Certificate

Prior to commercial marketing, the manufacturer or authorized supplier must obtain a Type Approval Certificate from the AERB. This is issued based on the evaluation of a prototype to ensure it meets safety requirements.

Validity: Type Approval becomes invalid if any change is made to the design specifications of the model.
No Objection Certificate (NOC): If a supplier intends to market a foreign-made model for the first time, they must obtain an NOC for Import from the AERB specifically for the purpose of demonstrating performance for Type Approval.

3. Institutional Readiness and e-LORA Registration

The e-Licensing of Radiation Applications (e-LORA) portal is the mandatory digital gateway for all regulatory transactions with the AERB.

Institute Registration (Step 1)

The facility intending to import and use the equipment (the Employer) must register as an "Institute" on the e-LORA server.

Prerequisites: The facility should ideally have an existing X-ray registration or valid login details with a registered email and mobile number.
Clearing Pending Tasks: There should be no pending notifications or tasks (e.g., overdue training or radiation checks for existing machines) as this can delay the process.

Radiological Safety Officer (RSO) Appointment

Every facility must designate an AERB-approved RSO to oversee radiation safety.

Licence Category (CT and IR): The RSO must be a radiologist, medical practitioner, or an X-ray technologist with three years of working experience in the field.
Registration Category: A registrant familiar with regulatory requirements must furnish an undertaking to serve as the RSO.

4. Consignment-Wise Procurement Permission

Once the model is Type Approved and the institute is registered, the employer must obtain equipment-specific permission for each consignment.

The Procurement Letter: This application form is used for the approval of procurement or import of any Radiography Exposure Device.
Filling the Form: Importers must specify the equipment type (e.g., Radiography - Portable), model name, and manufacturer details.
Approval Timeline: The AERB usually reviews and approves the Procurement Letter within a few hours of submission.
Sharing with Vendors: The approved Procurement Letter must be shared with the equipment vendor to initiate the device delivery to the registered facility.

5. Post-Import: Delivery, Installation, and QA

After the equipment clears customs and reaches the site, specific operational steps must be followed to ensure the device is "safe by design".

Device Installation and Training

Installation Report: Upon delivery, an engineer from the vendor installs the device and generates a report. A few sample X-rays are taken to confirm the generator and detector are functional.
On-Site Training: The engineer provides training to the DTO, facility in-charge, and radiographers on device usage and safety precautions.

Mandatory Quality Assurance (QA) (Third-Party)

The AERB requires that a Third-Party Quality Assurance check be conducted post-installation by an authorized agency.

Periodicity: QA tests must be carried out once every two years, after major repairs, or when a malfunction is suspected.
Key Parameters Tested:
- Operating Potential (kVp): Tolerance within ± 5 kV.
- Timer Accuracy: Percentage error must not exceed ± 10%.
- Leakage Radiation: Must not exceed 1 mGy in one hour at 1 meter for general radiography, or 0.25 mGy/hr for dental intra-oral units.
- Central Beam Alignment: Must be within < 1.5°.

6. Obtaining the Final Licence for Operation

No diagnostic X-ray equipment can be legally used for patient diagnosis until a Licence for Operation is obtained from the AERB.

The Application Process

The HHXray or device vendor typically fills the Operational Licence form via the e-LORA portal, supported by the facility's login details. The following documents must be uploaded:

Installation Report.
QA Summary Report.
Detailed QA Report.

Approval and Validity

The expected duration for approval is approximately 30 days. A copy of the Operational License must be carried with the equipment, especially for ultraportable units used in field activity camps.

7. Ongoing Compliance and Safety Infrastructure

Importing the device is only the beginning of a lifelong commitment to safety and the ALARA (As Low As Reasonably Achievable) principle.

Personnel Monitoring (TLD Badges): All radiation workers must be provided with TLD (Thermoluminescent Dosimeter) badges from BARC-approved agencies. These badges are worn below the lead apron and exchanged quarterly for a "Quarterly Dose Report".
Radiation Protection Tools: The facility must procure mandatory shielding, including lead aprons (0.25 mm lead eqv) and mobile protective barriers (1.5 mm lead eqv).
Room Layout: For fixed installations, appropriate structural shielding must be provided for walls, doors (1.7 mm lead lining), and floors.
Dose Limits: Facilities must ensure that the annual effective dose limit for radiation workers (20 mSv) and the public (1 mSv) is never exceeded.

Conclusion: Upholding Trust through Rigorous Compliance

Success in the Indian radiological market depends on a deep commitment to Expertise, Authoritativeness, and Trustworthiness (E-E-A-T). By meticulously following the steps for CDSCO MD-15 registration and AERB e-LORA licensing, importers ensure that their diagnostic procedures provide the highest quality information at the lowest possible radiation risk.

Compliance is not just a legal hurdle; it is the foundation of patient and worker safety. Any contravention of these rules is punishable under the Atomic Energy Act, 1962, with penalties including suspension of licenses, fines, or imprisonment. Through religious adherence to biennial Quality Assurance and strict personnel monitoring, healthcare providers can harness the full benefits of modern X-ray technology while maintaining the highest safety standards for the public and the environment.

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