Japan PMDA Medical Device Registration Guide for Turkish Exporters

Regulatory & Compliance

Japan PMDA Registration: What Turkish Exporters Need to Know

Turkish Medical Index 09 October 2026 turkishmedicalindex.com 4 min read
At a glanceJapan is the world's third-largest medical device market — USD 45 billion in annual sales. PMDA (Pharmaceuticals and Medical Devices Agency) registration is the gateway, and for foreign manufacturers it is one of the most demanding and distinctive regulatory pathways in the world. The mandatory Marketing Authorisation Holder (MAH) requirement means Turkish manufacturers cannot register devices in Japan without a Japanese entity acting as the legal market authorisation holder. This guide explains the PMDA pathway, MAH requirement, and how to approach the Japanese market strategically.
Part 01

The MAH Requirement — Japan's Most Important Regulatory Feature

Japan's medical device regulation (MHLW Ordinance) requires that all medical devices placed on the Japanese market be covered by a Marketing Authorisation Holder (MAH — 製造販売業者). The MAH must be a Japanese entity (company or individual) licensed by Japan's prefectural authority. Foreign companies cannot be MAHs directly.

This means: A Turkish manufacturer cannot independently register its devices in Japan. The Turkish manufacturer must find a Japanese distributor or third-party MAH service provider willing to act as MAH for its products. The MAH bears full regulatory responsibility in Japan — post-market surveillance, adverse event reporting, and product recalls are the MAH's legal obligation.

Consequence: Your Japanese distributor is not just a commercial partner — they are your regulatory proxy. The selection of a Japanese distributor is simultaneously a regulatory decision.

Part 02

Japan's Medical Device Classification

Japanese ClassRisk LevelPathwayEquivalent
Class I — 一般医療機器LowestTodoke (notification) — self-declaration by MAHEU Class I (non-sterile, non-measuring)
Class II — 管理医療機器Low-ModerateNintei (third-party certification) OR Todoke with QMS certificationEU Class IIa/IIb
Class III — 高度管理医療機器 (non-implantable)Moderate-HighNinsho (PMDA approval)EU Class IIb
Class IV — 高度管理医療機器 (implantable)HighestNinsho (PMDA approval) + clinical dataEU Class III
Part 03

Todoke vs Nintei vs Ninsho — Understanding the Pathways

  • Todoke (届出) — Self-declaration: Applies to Class I devices and some Class II with a recognised standard. MAH submits notification to PMDA. No PMDA review required. Fastest pathway: 1–3 months.
  • Nintei (認証) — Third-party certification: Applies to Class II devices covered by a Designated Standards list. A Japanese Registered Certification Body (RCB) reviews technical documentation and issues a certification. ISO 13485 and CE documentation substantially supports the review. Timeline: 6–12 months.
  • Ninsho (承認) — PMDA Approval: Required for Class III and IV devices. Full PMDA technical review — most demanding, longest timeline (18–36 months), highest cost. Equivalent in scope to EU Class IIb/III NB review but with additional Japan-specific clinical evidence requirements.
Part 04

How CE Documentation Supports PMDA Registration

Japan's MHLW has a CE Mark recognition framework — CE technical documentation provides a foundation for PMDA registration, though it is not a direct acceptance pathway:

  • ISO 13485: Directly recognised — Japanese QMS certification requirements align with ISO 13485; CE-certified manufacturers' QMS satisfies the base Japanese QMS requirement
  • ISO 14971 risk management: Accepted — PMDA reviews risk management files; CE-format ISO 14971 files are accepted
  • Performance testing data: Accepted when conducted to JIS (Japanese Industrial Standards) or internationally recognised standards — most ISO/ASTM/IEC standards are accepted
  • Clinical data: PMDA has historically required Japanese clinical data or bridging studies for implantable and life-sustaining devices — this requirement has been progressively relaxed but remains for high-risk Class III/IV devices
  • Summary Technical Documentation (STD): Japan uses its own summary documentation format (Summary Technical Documentation, 基本要件 summary) — CE Technical File content must be reformatted to PMDA's STD format
Part 05

Practical Pathway for Turkish Manufacturers

  1. Identify Japanese MAH/distributor: Engage a Japanese medical device distributor with MAH license and QMS (GQP — Good Quality Practice) certification in your device category. MAH service companies (specialised third-party MAH providers) are available for manufacturers who do not want distributor dependency.
  2. Classify your device under Japanese GHTF/JMDA classification: Japanese classification sometimes differs from EU/FDA — verify correct Japanese class with your MAH before preparing documentation
  3. Prepare STD (Summary Technical Documentation): Reformat CE Technical Documentation into Japan STD format with Japanese translations of key sections
  4. QMS registration: Japanese manufacturing site QMS (JPAL — Japan Pharmaceutical Affairs Law QMS) registration with prefectural authority — typically managed by MAH
  5. Submit to PMDA or RCB: Class II Nintei to RCB; Class III/IV Ninsho to PMDA directly
Part 06

Timeline and Cost Reality

Device ClassPathwayRealistic TimelineIndicative Cost
Class ITodoke1–3 monthsUSD 5,000–15,000 (MAH fees)
Class IINintei (RCB)6–12 monthsUSD 30,000–60,000
Class IIINinsho (PMDA)18–30 monthsUSD 80,000–150,000
Class IVNinsho + clinical24–36+ monthsUSD 150,000–400,000+

These costs are indicative and include MAH service fees, PMDA/RCB fees, regulatory consulting, and Japanese translation. Clinical bridging studies for Class III/IV are not included and can add substantially to the investment.

Japan's PMDA registration pathway is demanding, expensive, and slow — but the reward is access to the world's third-largest medical device market, where quality products command premium pricing and distributor relationships, once established, are extremely stable. The mandatory MAH requirement means your Japanese distributor selection is the single most consequential decision in your Japan market strategy — choose a MAH with the right device category expertise, regulatory infrastructure, and commercial network. For most Turkish manufacturers, starting with Class I/II Nintei pathway products and building a Japanese track record before tackling Class III/IV Ninsho registration is the pragmatic sequencing strategy.