August 2026: New Standards Advance Health Care Technology

The health care technology sector just witnessed a major boost in operational quality, safety, and innovation thanks to the publication of five international standards in August 2026. Released by leading organizations such as ISO and CLC, these standards are set to redefine core processes across surgical instruments, injection systems, medical device performance, prosthetic implants, and Traditional Chinese Medicine dispensing. In a time when global health care must respond swiftly to evolving challenges, these updates are crucial for compliance, product development, and patient safety.

Overview / Introduction

Modern health care technology depends on the continuous evolution of standards that set the foundation for safe, effective, and interoperable products and procedures. Standards ensure that devices and services are consistent, reliable, and meet regulatory expectations across markets.

In this article—Part 1 of 3 covering August 2026 standards updates for health care technology—we break down the first five new publications. Readers will learn about essential terminology for surgical instruments, requirements for components used in medical injection devices, simulated wear testing for implants, unique safety features for advanced wound treatment equipment, and updated quality protocols for herbal dispensing services. From compliance officers to engineers, and procurement professionals to clinic managers, these insights are both operationally practical and strategically valuable.

Detailed Standards Coverage

ISO 7554-1:2026 – Surgical Instruments Vocabulary

Surgical instruments — Terms, measuring methods and test methods — Part 1: Vocabulary

This foundational standard defines critical terms for surgical instruments and their components, forming the universal language necessary for specification, procurement, regulatory submissions, and international collaboration.

ISO 7554-1:2026 covers terminology for a comprehensive range of instruments—tweezers, forceps, scissors, needle holders, retractors, and more. Key areas include definitions for general components (e.g., stop pin, working end, jaw, handle), jaw types and geometries, locking mechanisms, grip surfaces, and specialized features for both common and advanced surgical tools. Definitions relate to both reusables and disposables, supporting accurate communication across clinical, manufacturing, and inspection functions.

The standard is essential for:

• Medical device manufacturers
• Hospital equipment managers
• Regulatory professionals preparing documentation
• Quality control and inspection personnel

By establishing agreed-on vocabulary, ISO 7554-1:2026 underpins harmonization of test methods (covered in subsequent parts) and supports risk management and training.

Key highlights:

• Defines terms for all major surgical instrument categories and components
• Supports global harmonization in technical documentation
• Essential for regulatory submission and procurement clarity

Access the full standard:View ISO 7554-1:2026 on iTeh Standards

ISO 13926-1:2026 – Glass Cylinders for Cartridge-Based Injection Systems

Cartridge systems — Part 1: Glass cylinders for cartridge-type needle-based injection systems (NIS) for medical use

Cartridge-based needle injection systems are ubiquitous for a variety of medicines, including insulin and vaccines. ISO 13926-1:2026 provides the technical requirements that glass cylinders (the primary packaging) must meet to ensure consistent, safe, and sterile drug delivery.

Scope includes:

• Material specifications (glass type, hydrolytic resistance)
• Dimensions and shape recommendations
• Performance requirements such as sealing surface quality and annealing
• Labelling criteria for safe identification and traceability
• Testing methods aligned with cGMP principles

This edition expands the scope from earlier versions to encompass all cartridge-type needle-based injection systems (NIS), updates dimensional tables for clarity and harmonization, and refines definitions to stay current with ISO 11608-3 alignment. The standard is targeted at:

• Manufacturers of cartridge-based injection systems
• Medical device designers
• Procurement and supply chain specialists
• Regulatory documentation teams

Key highlights:

• Updated scope for broad NIS applicability
• Clear specifications for material and dimensional compliance
• Alignment with updated ISO and GMP guidelines

Access the full standard:View ISO 13926-1:2026 on iTeh Standards

ISO 16436-1:2026 – Simulator Wear Testing for Anatomic Shoulder-Joint Prostheses

Implants for surgery — Wear of total shoulder-joint prostheses — Part 1: Methodology for simulator wear testing of anatomic total shoulder-joint prostheses

With medical implants, wear resistance is a top safety and performance priority. ISO 16436-1:2026 provides methodology for assessing the wear of total shoulder-joint prostheses using simulators. It specifies the relative motion and force patterns for components, environmental conditions, cycles, data collection (kinematics, forces), and reporting.

Key requirements in this standard address:

• Detailed simulator setup (axial force, elevation angle, glenoid/humeral alignment)
• Selection and preparation of test specimens and soak controls
• Test environment (lubricants, temperature, cycle count)
• Verification and validation of simulator inputs
• Qualitative evaluation methods (with quantitative methods referenced in ISO 14243-2)

The target users include:

• Orthopedic implant manufacturers
• Test laboratories and certification bodies
• Clinical evaluators and procurement agencies

Implementation assures that products meet the latest requirements for durability and patient safety, supporting regulatory approval and market entry.

Key highlights:

• Standardizes simulator-based wear testing for anatomic total shoulder implants
• Comprehensive guidelines for sample prep, data collection, and reporting
• Harmonizes with international test method references (ISO and ASTM)

Access the full standard:View ISO 16436-1:2026 on iTeh Standards

EN IEC 60601-2-91:2026 – Non-Thermal Plasma Wound Treatment Equipment

Medical electrical equipment - Part 2-91: Particular requirements for basic safety and essential performance of non-thermal plasma wound treatment equipment

Advances in wound care technology have led to non-thermal plasma systems, which harness reactive species for effective, non-invasive wound treatment. EN IEC 60601-2-91:2026 establishes the minimum safety, essential performance, and test requirements for these devices, amending general electrical medical equipment requirements (IEC 60601-1).

Requirements in this standard include:

• Risk management for new hazards (plasma gas temperature, O₃, nitrogen oxides, electromagnetic emissions)
• Electrical safety: leakage, insulation, electromagnetic compatibility
• Performance criteria for reliable operation under varying conditions
• Specialized test methods for plasma-specific phenomena (reactive species, tissue temperature)
• Documentation and marking for device traceability and operator awareness

This standard is crucial for:

• Medical electrical device manufacturers and designers
• Hospital technology managers
• Regulatory and certification professionals

Adoption supports safe market introduction, ensures operator and patient protection, and enables regulatory approval in major jurisdictions.

Key highlights:

• Focuses on risks unique to plasma-based wound care
• Supplements general IEC 60601-1 safety requirements
• Details test setups for operator and patient protection

Access the full standard:View EN IEC 60601-2-91:2026 on iTeh Standards

ISO 18977:2026 – Requirements for Herbal Dispensing Services (Traditional Chinese Medicine)

Traditional Chinese medicine — Requirements for herbal dispensing services

As the global integration of Traditional Chinese Medicine (TCM) grows, harmonized standards for safety and quality in herbal dispensing have become vital. ISO 18977:2026 specifies comprehensive requirements for facilities, environment, personnel, SOPs, documentation, sanitation, and traceability in herbal medicine dispensing.

Core sections include:

• Facility and equipment hygiene requirements (dispensing rooms, storage, workrooms)
• Personnel qualifications and training (including supervisor responsibilities)
• Standard operating procedures and documentation management
• Detailed protocols for herbal material handling, storage, packaging, and issue tracking
• Self-inspection and continuous improvement provisions

Applicable to large and medium-sized dispensing facilities, hospital pharmacies, and commercial herbal dispensaries, but not intended for in-clinic dispensing by practitioners.

The standard aims to improve:

• Safety and quality control
• Process transparency and auditability
• Patient outcomes for TCM interventions

Key highlights:

• Universal requirements for TCM herbal dispensing service providers
• Ensures hygiene, traceability, and process control
• Enhances global regulatory acceptance of herbal preparations

Access the full standard:View ISO 18977:2026 on iTeh Standards

Industry Impact & Compliance

The adoption of these August 2026 health care technology standards will have significant effects on business operations across the medical device and health care sectors.

Impact Areas

• Regulatory compliance: All countries with mature regulatory frameworks expect adherence to the latest standards for market access, particularly for medical devices.
• Supply chain consistency: Standardized requirements for components (e.g., glass cylinders, herbal preparations) improve quality assurance and procurement reliability.
• Product quality and safety: Rigorous methodologies for equipment and processes reduce risk and increase overall patient safety.
• Innovation enablement: Up-to-date standards allow for the adoption and safe rollout of new technologies—such as plasma wound therapy—within clear regulatory guardrails.

Compliance Considerations

• Timely review and gap assessment against current processes and product specifications
• Update of SOPs, training programs, and risk management files
• Early engagement with notified bodies and regulators for smooth approvals

Benefits

• Enhanced global market acceptance
• Clearer risk management and recall prevention
• Improved trust with customers, clinicians, and regulators

Risks of Non-Compliance

• Regulatory rejection or recall actions
• Delayed product launches and increased costs
• Loss of customer and stakeholder trust

Technical Insights

While each standard addresses different aspects of health care technology, they share some common technical themes:

• Robust Terminology and Definitions: Precise terms facilitate global alignment and prevent misinterpretation across the health care value chain.
• Material and Environmental Specifications: Requirements for materials (glass, metals, polymers) and environmental controls (temperature, humidity) ensure long-term safety and efficacy.
• Test Methodologies: Standards describe detailed test methods—from mechanical wear simulation to safety testing of reactive plasma—enabling objective, repeatable validation.
• Documentation and Traceability: Most standards require rigorous documentation, traceability, and labelling for regulatory, operational, and audit purposes.
• Personnel Competency: Training and role requirements are increasingly formalized, especially in areas like herbal dispensing and complex device operation.

Best Practices for Implementation

• Conduct a gap analysis versus current operations or product lines
• Involve cross-functional teams (R&D, QA/RA, procurement, operations) early
• Integrate new requirements into SOPs, specifications, device files, and supplier agreements
• Arrange training for all impacted personnel and update qualification records
• Plan for any necessary reevaluation, retesting, or recertification

Certification and Testing

• Engage with accredited test labs for complex medical device performance and safety validation
• Use the latest version of standards in all regulatory and notified body submissions
• Maintain all required documentation to support conformity assessments

Conclusion / Next Steps

The August 2026 health care technology standards introduce vital advancements in terminology, safety, testing, and quality control. By proactively integrating these standards, organizations ensure safe, compliant, and innovative health care products and services. Whether you are updating technical files, streamlining operations, training staff, or introducing new technology, staying ahead with current standards is essential.

Recommendations:

1. Review each standard in detail relevant to your products or operations.
2. Consult with technical experts and regulatory agencies for implementation guidance.
3. Update internal documentation, training, and quality systems.
4. Explore all five standards directly via iTeh Standards to access the full requirements and best practices for compliance.

Stay current with the latest in health care technology standards. For inline access, expert guidance, and comprehensive regulatory resources, visit iTeh Standards today.