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CDSCO License for Ankle joint metal/composite semi-constrained  cemented  prosthesis

Medical Device Information

Device Class
Class C

Intended Use

An ankle joint metal/composite semi- constrained cemented prosthesis is a device intended to be implanted to replace an ankle joint.

Manufacturing License
MD9
Import License
MD15
CDSCO License for Ankle joint metal/composite semi-constrained  cemented  prosthesis

Comprehensive Guide to CDSCO Licensing for Ankle Joint Metal/Composite Semi-Constrained Cemented Prosthesis

As seasoned regulatory consultants with over 25 years of experience and having assisted 500+ companies in successfully navigating CDSCO licensing, we understand the complexities involved in bringing orthopaedic implants like the Ankle Joint Metal/Composite Semi-Constrained Cemented Prosthesis to the Indian market. This device, classified as a Class C medical device under the CDSCO framework, requires meticulous adherence to regulatory norms to ensure compliance and timely market entry.

Understanding the Device and Its Regulatory Importance

The ankle joint metal/composite semi-constrained cemented prosthesis is a critical orthopaedic implant designed to replace the ankle joint, restoring mobility and function in patients with severe joint issues. Given its implantable nature and potential impact on patient safety, CDSCO mandates stringent regulatory oversight to verify safety, efficacy, and quality before market authorization.

CDSCO Regulatory Framework for Orthopaedic Implants Like Ankle Prostheses

Under the Drugs and Cosmetics Act, 1940, and its amendments, CDSCO classifies medical devices based on risk. Orthopaedic implants such as this prosthesis fall under Class C due to their invasive nature and potential risk to patients. Consequently, manufacturers must obtain a Manufacturing License (MD9) from the Central Licensing Authority and an Import License (MD15) if importing the device.

Risk Classification and License Requirements for Class C Devices

Class C devices, including ankle joint prostheses, require a higher level of scrutiny compared to Class A/B devices. The regulatory requirements include:

  • Manufacturing License (MD9): Granted by CDSCO’s Central Licensing Authority.
  • Import License (MD15): Mandatory for importing these devices into India.

The MD9 license application is submitted via Form MD7, and the MD15 import license through Form MD14 on the CDSCO MD Online Portal.

Manufacturing License Process (MD9) for Ankle Joint Prosthesis

The MD9 license process is comprehensive, typically taking 4-5 months and involves several sequential steps:

  1. Test License (MD13): Before full manufacturing license application, manufacturers must obtain a test license, which takes approximately 1.5-2 months.
  2. Product Testing: Testing must be conducted at government-approved laboratories to verify compliance with Indian standards. Refer to the list of approved testing laboratories.
  3. Document Preparation: Compilation of detailed technical and quality documentation.
  4. Application Submission: File Form MD7 for MD9 manufacturing license on the CDSCO portal.
  5. Audit & Inspection: CDSCO inspectors conduct facility audits and review submitted documents.
  6. Queries Resolution: Address any observations raised during audits.
  7. License Grant: Upon satisfactory compliance, the MD9 license is issued on Form MD9.

For further insights, our detailed MD9 License Guide provides step-by-step assistance.

Manufacturing License Documents Required for MD9

Prepare the following mandatory documents:

  • Company Constitution Documents: Incorporation certificate, partnership deed, etc.
  • Proof of Ownership or Lease of Manufacturing Premises
  • Technical Staff Qualifications: CVs and certificates of qualified personnel.
  • Fire and Pollution NOCs: Obtained from relevant local authorities.
  • Device Master File (DMF): Detailed product design, materials, and manufacturing process. Learn more from our Device Master File guide.
  • Plant Master File (PMF): Information on manufacturing facilities and quality systems. Reference our Plant Master File guide.
  • Essential Principles Checklist: Compliance with Indian medical device regulations.
  • Risk Management File: Comprehensive risk assessment and mitigation strategies. See best practices in our Risk Management article.
  • Test Reports: From government-approved labs verifying product safety and performance.
  • Labels and Instructions for Use (IFU): Drafts conforming to CDSCO requirements.
  • Quality Management System (QMS) Documents: Implementation evidence, preferably ISO 13485:2016 certification.

Import License Process (MD15) for Ankle Joint Prosthesis

For importing ankle prostheses, the MD15 license is mandatory and generally takes 5-6 months. The process involves:

  1. Document Compilation: Prepare and verify all required documentation.
  2. Application Submission: File Form MD14 on the CDSCO portal.
  3. Queries Resolution: Respond promptly to departmental queries.
  4. License Issuance: Upon approval, the MD15 license is granted.

No test license is required prior to the MD15 application.

Import License Documents Required for MD15

Essential documents include:

  • Valid Manufacturing License (MD9) from the country of origin and Indian CDSCO.
  • Free Sale Certificate: Issued by the regulatory authority of the manufacturing country.
  • ISO 13485:2016 Certification: Demonstrating QMS compliance.
  • CE Certificate: For devices marketed in Europe, if applicable.
  • Device Master File and Plant Master File
  • Wholesale License: For distribution within India.
  • Company Constitution Documents

Timeline and Processing Duration

License TypeTimeline (Approx.)
MD13 Test License1.5 - 2 months
MD9 Manufacturing4 - 5 months total
MD15 Import License5 - 6 months

Note: Timelines may vary based on audit schedules and query resolution speed.

Government Fees and Costs for Class C Devices

License TypeApplication FeesPer Product Fees
MD9 ManufacturingINR 50,000INR 1,000
MD15 ImportUSD 3,000 per siteUSD 1,500 per product

Fees are payable online during application submission via the CDSCO portal.

Common Challenges and Practical Solutions

  • Document Completeness: Incomplete or inconsistent documents are a frequent cause of delays. Collaborate with experienced consultants and conduct internal audits before submission.
  • Testing Delays: Government-approved labs often have backlogs; plan testing well in advance.
  • Audit Preparedness: Ensure manufacturing facilities strictly comply with Good Manufacturing Practices (GMP) and ISO standards to avoid non-conformities.
  • Query Resolution: Respond promptly and comprehensively to CDSCO queries to avoid processing delays.

Expert Consultation and Support

Navigating the CDSCO licensing for a Class C orthopaedic implant requires expert knowledge of regulatory nuances, document intricacies, and audit expectations. Our extensive experience means we can provide:

  • Tailored regulatory strategy
  • End-to-end documentation support
  • Coordination with notified bodies and testing labs
  • Audit preparation and mock inspections
  • Prompt resolution of queries

Getting Started with Your CDSCO License Application

  1. Assess Risk Classification: Confirm your device’s classification and applicable license type.
  2. Engage Early with Testing Labs: Schedule product testing to align with licensing timelines.
  3. Prepare Technical Documentation: Utilize our Device Master File and Plant Master File guides for comprehensive coverage.
  4. Apply for Test License (MD13): Start this step early to avoid delays in manufacturing license application.
  5. Submit Applications via the CDSCO MD Online Portal: Ensure all documents are complete and fees paid.
  6. Prepare for Audit: Review the list of CDSCO notified bodies and coordinate audit scheduling.
  7. Plan for Query Management: Designate a regulatory liaison to handle communications efficiently.

By following these actionable steps and leveraging our expertise, manufacturers and importers can confidently navigate the CDSCO licensing process for the ankle joint metal/composite semi-constrained cemented prosthesis, ensuring timely access to the Indian orthopaedic implant market.

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About the Author

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Tails Azimuth
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