August 2026: New Standards Advance Safety in Health Care Technology

Health care technology standards witnessed significant updates in August 2026, reshaping safety, quality, and compliance requirements worldwide. Five influential standards were published this month, addressing critical topics ranging from the quality control of prominent traditional Chinese medicinal materials to stringent biological evaluation and compatibility of dental materials. These documents set new benchmarks for industry professionals seeking to innovate, safeguard public health, and expand into global markets.

Overview / Introduction

The health care technology industry underpins critical aspects of global well-being, spanning medical devices, traditional medicines, pharmaceuticals, and dental applications. Ensuring the efficacy, safety, and traceability of products and ingredients is not just a regulatory necessity but a foundation of patient trust and successful international trade.

International standards serve as the cornerstone for harmonizing global best practices, minimizing risks, facilitating market access, and fostering innovation. This article delves into five newly released standards in August 2026, teeing up quality managers, compliance officers, engineers, researchers, and procurement specialists with knowledge about:

• New requirements for herbal medicinal ingredients
• Biological risk evaluation for medical devices
• Up-to-date testing for dental material compatibility
• Practical implications and compliance priorities

Let’s explore the details and discover what these standards mean for health care organizations worldwide.

Detailed Standards Coverage

ISO 24900:2026 – Sophora Tonkinensis Root and Rhizome Quality Standard

Traditional Chinese medicine — Sophora tonkinensis root and rhizome

This standard establishes comprehensive quality management requirements for Sophora tonkinensis root and rhizome—vital ingredients in traditional Chinese medicine and widely used for their therapeutic and detoxifying properties. ISO 24900:2026 addresses variations in product quality and risk arising from adulteration, toxicity, or inappropriate use.

The standard covers:

• Minimum safety, identity, and purity requirements
• Detailed test methodologies, including macroscopic and microscopic identification, TLC analysis, and marker compound quantification
• Acceptable levels for moisture, total ash, heavy metals, pesticide residues, and active marker compounds (like matrine and oxymatrine)
• Requirements for packaging, storage, sampling, marking, and labelling

Who needs to comply:

• Herbal ingredient suppliers
• Manufacturers of Chinese materia medica products
• Distributors and regulators involved in global herbal medicine trade

Practical implications: Stricter controls on product quality minimize risks linked to toxicity or adulteration, and improve traceability in international trade.

Key highlights:

• Defines minimum marker compound content: >0.70% in dried material
• Heavy metals and contaminant testing mandated
• Encompasses quality controls from raw sourcing to final packaging

Access the full standard:View ISO 24900:2026 on iTeh Standards

ISO 24902:2026 – Zanthoxylum Nitidum Root Authenticity and Safety

Traditional Chinese medicine — Zanthoxylum nitidum root

ISO 24902:2026 offers the first detailed international framework for assessing the quality and safety of Zanthoxylum nitidum root, a primary herbal ingredient used for pain, inflammation, and gastrointestinal disorders.

Scope includes:

• Required physical, chemical, and botanical characteristics for raw and processed roots
• Testing for heavy metals, pesticide residues, and a key alkaloid (nitidine chloride, not less than 0.13%)
• Methods for differentiating genuine product from common forgeries

Who should adopt:

• Herb processors and wholesalers
• Product formulators in Asian and international markets
• Quality and regulatory professionals overseeing herbal imports/exports

Implementation impact: ISO 24902:2026 helps combat market adulteration, ensures batch consistency, and supports regulatory approvals across borders.

Key highlights:

• Defines positive identification via TLC/histology to prevent adulteration
• Sets minimum extractive and marker compound content
• Prescribes thorough sampling and production documentation

Access the full standard:View ISO 24902:2026 on iTeh Standards

ISO 7835:2026 – Schisandra Chinensis Fruit: Purity and Authentication

Traditional Chinese medicine — Schisandra chinensis fruit

Schisandra chinensis, a prized botanical in traditional medicine, now benefits from a comprehensive quality specification to support global trade and clinical safety. ISO 7835:2026 ensures that only authentic Schisandra chinensis fruit meets minimum standards—mitigating common adulterations and supporting efficacy assurance.

The standard specifies:

• Macroscopic/microscopic characteristics for identification
• TLC/HPLC testing to verify key marker compounds: schisandrin, gomisin A, and gomisin N
• Requirements for purity (ash content ≤ 7%), moisture, pesticide residues, heavy metals, and sulfur dioxide
• Guidance on distinguishing true Schisandra chinensis from Schisandra sphenanthera, which possesses different therapeutic properties

Target users:

• Herbal ingredient suppliers/exporters
• Quality assurance for traditional medicine and dietary supplement manufacturers
• R&D and compliance teams involved in herbal source authentication

Notable advances: This standard strengthens international product consistency and helps organizations meet the expectations of markets and authorities in Asia, Europe, and the Americas.

Key highlights:

• Mandates marker compound analysis for identity and activity confirmation
• Defines impurity limits and authentic material traceability
• Supports product differentiation for regulatory and trade purposes

Access the full standard:View ISO 7835:2026 on iTeh Standards

ISO 10993-3:2026 – Genotoxicity, Carcinogenicity, Reproductive and Developmental Toxicity for Medical Devices

Biological evaluation of medical devices — Part 3: Evaluation of genotoxicity, carcinogenicity, reproductive toxicity and developmental toxicity

ISO 10993-3:2026 introduces an extensively revised framework for the comprehensive biological risk assessment of medical devices in relation to genetic toxicity, cancer risk, and impacts on fertility and development.

Key areas:

• Risk estimation strategies and integration with ISO 10993-1 (overall biological safety)
• Updated testing batteries for genotoxicity (in vitro and in vivo)
• Processes for evaluating carcinogenicity and separating non-genotoxic from genotoxic carcinogens
• Detailed evaluation methods for reproductive and developmental hazards

Who should comply:

• Medical device manufacturers and designers
• Clinical evaluation and biological safety teams
• Regulatory professionals responsible for safety dossiers and device registration

Implementation implications: The revised standard underscores the shift from routine testing towards integrated risk assessment, requiring organizations to adopt holistic evaluation pathways, leverage chemical characterization, and align with global regulatory expectations.

Key highlights:

• Incorporates chemical characterization and toxicological risk assessment in evaluation
• Clarifies test selection and interpretation for complex biological hazards
• Expands annexes on nanomaterial testing, endocrine disruptors, and reproductive risk

Access the full standard:View ISO 10993-3:2026 on iTeh Standards

EN ISO 9693:2026 – Dental Compatibility Testing for Ceramic Systems

Dentistry - Compatibility testing for metal-ceramic and ceramic-ceramic systems (ISO 9693:2026)

EN ISO 9693:2026, jointly published by CEN and ISO, updates requirements for testing and validating the compatibility of veneering ceramics with metallic or ceramic substructure materials in dental restorations. The standard is essential for ensuring long-term performance of crowns, bridges, and implant-supported prosthetics.

The scope includes:

• Thermomechanical compatibility testing
• Requirements for linear thermal expansion, glass transition temperatures, and Young’s modulus matching
• Protocols for de-bonding, crack initiation, thermal shock resistance, and specimen preparation

Who it affects:

• Dental materials manufacturers and laboratories
• Prosthodontists and dental device engineers
• Compliance and regulatory teams involved in CE marking and international dental product approval

Practical impact: Adoption supports remedial measures for prosthetic failure, boosts product reliability, and satisfies the latest regulatory and certification requirements.

Key highlights:

• Harmonizes physical testing with updated ISO 6872 (ceramics) and ISO 22674 (metals)
• Sets out precise criteria for test specimen preparation and fracture force thresholds
• Directs documentation and reporting to ensure full traceability

Access the full standard:View EN ISO 9693:2026 on iTeh Standards

Industry Impact & Compliance

These August 2026 standards represent substantial steps forward in health care quality assurance and risk mitigation. For businesses, compliance is both a legal requirement and a competitive differentiator:

• Enhanced market acceptance: Meeting these standards is a ticket to global markets and procurement lists.
• Risk reduction: Comprehensive biological and chemical risk assessments prevent adverse events and legal liabilities.
• Improved product consistency: Standardized testing and quality thresholds ensure uniformity across international supply chains.
• Documentation and traceability: New labelling and reporting requirements streamline audits and facilitate regulatory submissions.

Compliance timelines: Check each standard for transition periods and regional adoption specifics. Early engagement with laboratories and notified bodies is recommended to avoid market disruption.

Non-compliance risks:

• Increased scrutiny or rejection by regulatory agencies
• Loss of consumer trust and product recalls
• Barriers to market entry or renewal of existing certifications

Technical Insights

1. Testing and Certification Best Practices

• Utilize accredited laboratories for marker compound and heavy metal analysis of herbal ingredients.
• Perform full-spectrum biological risk evaluations on device materials—integrating chemical characterization and exposure assessment as per ISO 10993-3:2026.
• In dental labs, verify thermal expansion, fracture force, and compatibility metrics on every batch of combined restorative materials.

2. Implementation Across Standards

• Ensure systematic documentation (batch, test reports, certificates of analysis) for all products.
• Train quality and sourcing staff to recognize issues such as adulteration, poor purity, or insufficient test methods.
• Use multi-point authentication (microscopy, TLC/HPLC, macroscopic inspection) for botanical materials, both at goods-in and before production.

3. Upgrading Systems

• For medical devices, implement risk management plans and align with ISO 14971.
• For new dental or medicinal products, update technical files and product dossiers ahead of regulatory deadlines to reflect new testing protocols.

Conclusion / Next Steps

The August 2026 update cycle demonstrates that health care technology standards are rapidly evolving to address new scientific, safety, and regulatory challenges. For organizations across the health care value chain, these standards offer both a framework for compliance and a pathway to better products, improved safety, and broader global reach.

Key takeaways:

• All five standards create new benchmarks for safety, quality, and authenticity
• Adoption is critical for continued global market access
• Early action on compliance, training, and documentation will yield operational and commercial advantages

Recommendations:

• Assess your current product conformity against each relevant standard
• Engage with accredited laboratories and standards consultants
• Update internal SOPs, procurement criteria, and regulatory submissions as required

For ongoing updates, explore each standard in detail and leverage the full resources at iTeh Standards. Staying informed—and compliant—has never been more important.