September 2026 Healthcare Technology Standards: Essential Updates for Industry Professionals

The health care technology sector is moving forward with five newly published standards in September 2026, addressing critical areas from medical device packaging to advanced traditional Chinese medicine devices and hearing aid services. Each standard reflects the industry's commitment to enhancing patient safety, ensuring quality, and streamlining regulatory compliance in a rapidly evolving landscape. Whether you manage quality systems, oversee procurement, or lead engineering and R&D, these standards play a pivotal role in elevating operational excellence and competitive advantage.

Overview / Introduction

Health care technology relies on robust standards to guarantee the safety, efficacy, and interoperability of equipment and processes. In September 2026, international standards organizations released five impactful documents covering medical packaging, hearing aid management, and traditional Chinese medicine devices. These standards are vital for:

• Ensuring consistent product performance and safety
• Simplifying regulatory compliance and market access
• Supporting innovation without compromising quality

This article guides you through the key requirements, industry impacts, and practical takeaways from each new standard—all available in full at iTeh Standards.

Detailed Standards Coverage

EN ISO 11607-3:2026 – Medical Device Packaging Process Development

Packaging for Terminally Sterilized Medical Devices – Part 3: Requirements for Process Development for Forming, Sealing and Assembly (ISO 11607-3:2026)

This CEN-endorsed standard sets out comprehensive requirements for the process development of forming, sealing, and assembling medical device packaging where terminal sterilization is used, focusing particularly on heat sealing technologies. It ensures that both preformed and custom sterile barrier systems (SBS) maintain integrity from production through to clinical use.

Key elements include:

• Minimum heat sealing equipment features required for effective process validation, monitoring, and control
• Emphasis on risk management principles in process definition and documentation
• Application both to preformed sterile barrier systems and customized SBS assembly
• Use before full-scale process validation (see ISO 11607-2 for validation requirements)

Organizations that manufacture or process packaging for terminally sterilized devices must comply. Implementation optimizes risk mitigation, reproducibility, and resource allocation, especially where interchangeable heat-sealing equipment is in use.

Key highlights:

• Aligned with ISO 13485 quality systems and risk management
• Stepwise documentation and evaluation of process equivalence across heat sealers
• Enhanced guidance for pre-validation activities, supporting quicker, safer product launches

Access the full standard:View EN ISO 11607-3:2026 on iTeh Standards

EN ISO 21388-1:2026 – Hearing Aid Fitting Management: General Process

Acoustics – Hearing Aid Fitting Management (HAFM) – Part 1: General Process (ISO 21388-1:2026)

EN ISO 21388-1:2026 governs the procedures and competencies essential for high-quality hearing aid fitting management services. It defines best practices for hearing aid professionals working with adult clients and covers all phases from initial client assessment through to follow-up and continuous improvement.

Key coverage areas:

• General process framework for fitting, setting, and follow-up
• Educational requirements and recommended curricula for hearing aid specialists
• Physical and technical requirements for fitting facilities and equipment
• Ethical guidelines, client communication, documentation, and complaint handling

While primarily targeting air and bone conduction hearing aids, the standard also calls for awareness and referral protocols for clients who may have underlying medical conditions. The annexes provide actionable reference guides for professional competencies, training content, room setup, and terminology.

Key highlights:

• Ensures safety, efficacy, and client satisfaction across the process
• Promotes harmonized education and competence standards for practitioners
• Structured approach to documentation and quality monitoring

Access the full standard:View EN ISO 21388-1:2026 on iTeh Standards

ISO 21366:2026 – Smokeless Moxibustion Device Requirements

Traditional Chinese Medicine — General Requirements for Smokeless Moxibustion Devices

This ISO standard covers the safety and performance of combustion-type smokeless moxibustion devices—innovative clinical tools designed to deliver therapeutic benefits without producing harmful smoke, benefiting practitioners and patients alike.

Scope and requirements include:

• Quantitative smoke density and emission limits tied to WHO air quality guidelines
• Maximum moxibustion temperature parameters and safety protocols
• Strict requirements for materials, packaging, and device labeling (including conditions for "smokeless" claims)
• Test methods for smoke density, smoke generation, and chemical emissions, including volatile organic compounds (VOCs), carbon monoxide, and aldehyde exposure limits

Relevant for manufacturers and importers seeking market access in regions that require evidence of product safety and environmental compatibility. Notably, the 2026 edition reduces the allowable smoke density for "smokeless" declaration to a much stricter threshold, reflecting growing health and environmental concerns.

Key highlights:

• Direct reference to WHO indoor air quality recommendations
• New limit values for smokeless claims (smoke density reduced from 200 to 50)
• Standardizes test methods and labeling to facilitate global trade

Access the full standard:View ISO 21366:2026 on iTeh Standards

ISO 11607-3:2026 – Medical Device Packaging Process Development (ISO Edition)

Packaging for Terminally Sterilized Medical Devices — Part 3: Requirements for Process Development for Forming, Sealing and Assembly

The ISO 11607-3:2026 (ISO edition) mirrors the content and intent of its CEN counterpart, making this foundational packaging process development standard accessible for organizations operating under global ISO regulatory frameworks.

Highlights include:

• Iterative process development cycles for forming, sealing, and assembly involving risk-based design and documentation
• Requirements for equipment capabilities, process parameters, and validation readiness
• Fundamental definitions for assembly, forming, and sealing operations
• Science-driven sampling and test methods for repeatable results

Global manufacturers, especially exporters, should reference this edition to meet the harmonized quality, regulatory, and safety expectations demanded by international regulatory bodies and notified bodies.

Key highlights:

• Global harmonization with CEN and ISO standards
• Provides a pathway from process development to validation (aligns with ISO 11607-2)
• Emphasizes design-of-experiment (DOE) practicalities for robust process establishment

Access the full standard:View ISO 11607-3:2026 on iTeh Standards

ISO 18615-1:2026 – Electric Radial Pulse Tonometric Devices: Safety and Performance

Traditional Chinese Medicine — Electric Radial Pulse Tonometric Devices — Part 1: General Requirements

ISO 18615-1:2026 defines the baseline safety and operational requirements for electric radial pulse tonometric devices used in traditional Chinese medicine (TCM). These devices non-invasively measure the radial pulse for health assessment and treatment planning.

This standard offers:

• Comprehensive safety specifications, including electrical, mechanical, and temperature safeguards
• Mechanical performance requirements including drop resistance, pressure actuator safety, and measurement accuracy
• Clear labeling, user instructions, and marking requirements on both devices and accessories
• Guidance on electromagnetic compatibility (EMC) and essential performance criteria

Manufacturers, clinical practitioners, and device certifiers directly benefit from a globally recognized specification that underpins regulatory approvals and quality assurance.

Key highlights:

• Strong focus on patient and user safety for all device interfaces
• General requirements for transducer reliability and lifetime
• Distinct separation from diagnostic assessment (no requirements for clinical interpretation)

Access the full standard:View ISO 18615-1:2026 on iTeh Standards

Industry Impact & Compliance

How These Standards Affect the Healthcare Sector

Adoption of these new standards enables manufacturers, healthcare organizations, and practitioners to:

• Align with the latest regulatory expectations globally
• Reduce risk of non-compliance, product recalls, or market barriers
• Enhance patient and end-user safety via tested, quality-controlled products
• Support evidence-based decision-making in design, production, and service delivery

Compliance deadlines may depend on individual jurisdictional regulations, but proactive implementation often confers competitive and reputational advantages. Delayed adoption can result in non-conformity penalties or loss of market access due to outdated processes or technology.

Technical Insights

Core Technical Themes Across These Standards

• Risk Management: Strong emphasis on adopting ISO 13485 or similar risk-controlled quality systems and integrating risk assessments at all process stages
• Process Documentation: Holistic approaches to documenting process variables, control mechanisms, and process equivalence for devices and systems
• Testing Protocols: Detailed guidance on required test methods (e.g., smoke density, temperature measurement, mechanical drop tests, accuracy checks)
• Labeling & Packaging: Elevated standards on product labeling for device status, claims (e.g., "smokeless"), and packaging durability
• Education & Competence: Comprehensive standards for personnel education and facility requirements for delivery of safe, effective service (notably in hearing aid management)

Implementation and Certification Best Practices

1. Gap Analysis: Benchmark current processes, packaging, and equipment against new standard requirements
2. Process Development: Iteratively refine forming, sealing, and assembly protocols before formal validation
3. Testing & Validation: Employ prescribed, validated test methods to verify conformity, especially with environmental, chemical, and temperature factors
4. Documentation: Maintain detailed records of development, risk analysis, and control outputs for each process and device
5. Training: Ensure all staff involved in production, fitting, and service are educated per the latest competency frameworks

Certification is achieved through documented compliance and third-party verification (where required) aligned to ISO, CEN, or regional frameworks.

Conclusion / Next Steps

This first part of the September 2026 Health Care Technology Standards update highlights transformative advances in packaging, therapeutic devices, and quality management systems. As regulatory requirements tighten and technology advances, early adoption of these standards can:

• Foster greater patient trust and safety
• Streamline international marketing and approvals
• Reduce operational risk and compliance overhead

Recommendations for Organizations:

• Act now: Review and implement updates in development, procurement, and training practices
• Train staff: Ensure all personnel are aware of new documentation, testing, and safety requirements
• Engage with standards bodies: Stay connected with iTeh Standards and relevant technical committees for future guidance as additional standards are released.

Explore the full suite of standards and get detailed, actionable guidance for your organization at iTeh Standards. Stay tuned for Part 2 of our September 2026 coverage of health care technology standards.