April 2026: Latest Advances in Health Care Technology Equipment Standards

Staying ahead in health care technology requires up-to-date knowledge of the latest international standards—the backbone of safety and performance for medical electrical equipment. In April 2026, five groundbreaking standards were published, targeting critical healthcare tools including pulse oximeters, oxygen-conserving equipment, and oxygen concentrators. These updates strengthen patient care, mitigate risks, and help ensure compliance across diverse health care environments from intensive care units to home settings.

Overview / Introduction

Health care technology sits at the intersection of patient safety, clinical effectiveness, and regulatory oversight. Robust, internationally recognized standards are fundamental—not just for compliance but to underpin innovation and trust in devices used daily by clinicians and patients.

This article—Part 3 of 5 in our April 2026 in-depth review—guides health care technology professionals through the latest standards for vital respiratory equipment. You’ll learn:

• Why these standards are essential for safe and effective patient care
• Updates in safety requirements, performance criteria, and usability
• How the changes impact manufacturers, healthcare providers, and homecare device users
• What’s new in conformity assessment, documentation, and clinical verification

Let’s dive into each new or revised standard, with technical summaries, implementation tips, and direct URLs for access at iTeh Standards.

Detailed Standards Coverage

ISO 80601-2-61:2026 - Pulse Oximeter Equipment Safety and Performance

Medical electrical equipment — Part 2-61: Particular requirements for basic safety and essential performance of pulse oximeter equipment

This third edition of ISO 80601-2-61 sets out rigorous safety and performance requirements for pulse oximeter equipment—which measure arterial oxygen saturation (SpO2) and pulse rate—in both clinical and home environments.

What This Standard Covers and Its Scope

• Applicable to all pulse oximeter devices used on humans (monitors, probes, cable extenders), regardless of their origin—new or remanufactured.
• Designed for healthcare facilities, patient homes, emergency medical services, and extreme/out-of-hospital settings (e.g., ambulances, air transport).
• Specifically excludes laboratory-research-only devices, fetal monitors, or oximeters requiring blood samples.

Requirements and Specifications

• Comprehensive safety criteria align with the latest general and collateral standards (IEC 60601-1 series)
• Defines stringent accuracy requirements and methods for SpO2 and pulse rate measurement
• Addresses risks such as electrical/mechanical hazards, radiation exposure, excessive temperature, and usability
• Extends requirements to device accessories and ensures the combination is safe

Compliance and Implementation

• Applies to manufacturers, refurbishers, and device integrators
• Hospitals, clinics, EMS providers, and homecare settings must ensure devices are certified to this edition
• Enhanced labelling and clinical testing documentation required

Notable Changes from Previous Editions

• Alignment with latest amendments of IEC 60601-1
• Expanded clinical study participant diversity and scope
• New requirements for pigmentation (skin tone) bias determination
• Updated accessory validation and clinical performance reporting
• Harmonization with IMDRF essential principles and ISO 20417 marking norms

Key highlights:

• Improved SpO2 accuracy and reduced measurement bias
• Clinical study diversity: more participants, broader representation
• Mandatory usability and alarm system criteria for all settings

Access the full standard:View ISO 80601-2-61:2026 on iTeh Standards

ISO 80601-2-67:2026 (IEC) - Safety of Oxygen-Conserving Equipment

Medical electrical equipment - Part 2-67: Particular requirements for basic safety and essential performance of oxygen-conserving equipment

Oxygen-conserving devices are vital for long-term oxygen therapy, especially in home care. This ISO/IEC standard addresses safety and performance for equipment that delivers oxygen synchronized with a patient’s inhalation cycle, reducing waste and improving patient mobility.

Scope and Coverage

• Applies to active (powered) oxygen-conserving devices and integrated solutions (e.g., combined with pressure regulators, concentrators, or liquid oxygen systems)
• Targeted for devices used primarily in the home healthcare environment, but also valid in clinical settings

Key Requirements

• Detailed safety testing and standardization of performance—especially synchronization and oxygen delivery volume
• Accessory requirements: includes system-integrated components that may affect overall safety/performance
• Marking, labelling, and usability considerations
• Distinguishes between conserving equipment operation and traditional continuous flow oxygen devices

Implementation and Compliance

• Designed for manufacturers, device integrators, and home healthcare service providers
• Emphasizes interoperability with compatible accessories
• Is not applicable to non-powered devices (e.g., reservoir cannulas)

Major Updates

• Revamped references and harmonization with ISO 20417
• Added cybersecurity recommendations and robust connector/marking requirements
• Clarified testing for uncertainty of measurement

Key highlights:

• Standardized testing requirements for performance and labelling
• Marking for gas intake, connector safety, and MR compatibility
• Improved integration with other respiratory devices

Access the full standard:View ISO 80601-2-67:2026 (IEC) on iTeh Standards

ISO 80601-2-67:2026 (ISO) - Oxygen-Conserving Equipment: International Perspective

Medical electrical equipment — Part 2-67: Particular requirements for basic safety and essential performance of oxygen-conserving equipment

This standard mirrors the IEC version but is published under ISO, ensuring wide international harmonization for oxygen-conserving equipment. The requirements, terminology, and implementation notes are shared.

Scope and Application

• Applies to active medical devices that reduce oxygen wastage by intermittent, inspiration-synchronized delivery
• Relevant for manufacturers, global distributors, homecare and clinical service providers
• Accessories and combined systems are included—a pressure regulator, concentrator, or liquid oxygen system

Technical and Compliance Highlights

• Prescribes clinical labelling, clear distinction from continuous flow systems, and patient titration requirements
• Insists on precise and standardized operating instructions for lay users
• Verification and documentation critical for regulatory conformity and safety

What’s Updated

• Enhanced integration of cybersecurity into safety
• New connector and accessory traceability requirements

Key highlights:

• Ensures proper titration and setup to match diverse patient breathing patterns
• Robust safety for home and professional deployments
• Alignment with latest global healthcare regulations

Access the full standard:View ISO 80601-2-67:2026 (ISO) on iTeh Standards

ISO 80601-2-69:2026 (ISO) - Oxygen Concentrator Equipment Performance

Medical electrical equipment — Part 2-69: Particular requirements for the basic safety and essential performance of oxygen concentrator equipment

Oxygen concentrators are central to respiratory care in clinical and home settings, producing concentrated oxygen from ambient air. This standard governs both transit-operable and stationary devices and their accessories.

Scope and Device Types

• Covers all types of oxygen concentrators designed for single-patient use, including those integrated with other equipment (e.g., humidifiers)
• Relevant accessories: masks, cannulae, extension tubing, humidifiers, carts, carrying cases, external power sources, oxygen-conserving modules

Main Requirements

• Defines mandatory basic safety and essential performance parameters
• Addresses accuracy of oxygen concentration, alarm systems, temperature control, and device durability
• Includes marking, labelling, and instruction requirements to fulfill IMDRF guidelines and international regulatory obligations

Compliance and Best Practices

• Required for device manufacturers, integrators, and user facilities
• Mandates test and documentation to verify performance across all supported configurations and environments
• Special provisions for devices intended for transit or non-stationary use

Notable Revision Points

• Updated conformity requirements and references to new standards
• Marked attention to cybersecurity, connector reliability, and uncertainty management
• New coverage of accessories and their impact on device performance

Key highlights:

• Valid for integrated devices in complex healthcare systems
• Ensures safety and continuous performance during ambulatory use
• Full traceability and documentation for all device accessories

Access the full standard:View ISO 80601-2-69:2026 (ISO) on iTeh Standards

ISO 80601-2-69:2026 (IEC) - Global Adoption of Oxygen Concentrator Equipment Requirements

Medical electrical equipment - Part 2-69: Particular requirements for the basic safety and essential performance of oxygen concentrator equipment

Parallel to the ISO-published edition, this IEC version ensures that global manufacturers and healthcare providers can adhere to uniform, harmonized safety and performance criteria for oxygen concentrators in every market.

What It Addresses

• All oxygen concentrators, stationary and mobile, single-patient or multi-environment use
• Focused on essential performance and robust safety for use on patient pathways, including during transportation and emergencies

Key Points for Industry

• Covers accessory interoperability and safety
• Sets out detailed requirements for marking, traceability, and operational control
• Mandates cybersecurity risk assessment and connector robustness

What's New

• Updated for modern integration needs—devices that combine concentrator and conservation or humidification functions
• Expanded accessory verification, new standards addressing uncertainty and patient safety

Key highlights:

• Essential for device certification and market access globally
• Clear test requirements for integrated and multi-environment devices
• Promotes standardized patient care regardless of locale

Access the full standard:View ISO 80601-2-69:2026 (IEC) on iTeh Standards

Industry Impact & Compliance

These new and revised standards play a pivotal role in medical device development, procurement, and care delivery. Adoption ensures:

• Enhanced patient safety and clinical effectiveness, with more stringent controls and performance verification
• Compliance with international regulations (including EU 2017/745, IMDRF guidelines, ISO 20417)
• Market access, as certification to these standards is increasingly mandated by authorities and healthcare providers
• Reduced operational and legal risk, including mitigation of device recalls or adverse events due to non-conformity

Compliance Timeline and Considerations:

• Device manufacturers should immediately integrate these requirements into R&D, quality, and post-market processes
• Healthcare organizations must update procurement criteria and device checklists to ensure continued regulatory compliance
• Expect an implementation phase-in, but act early to avoid supply interruptions

Failure to comply may result in non-admittance to key markets, interruption of patient services, and increased liability exposure.

Technical Insights

Common Requirements Across Standards:

• Strict safety and risk management aligned with IEC 60601-1 and collateral standards
• Emphasis on electromagnetic compatibility (EMC), usability, alarm systems, and cybersecurity
• Accessory compatibility and system-level safety
• Expanded clinical validation data—diversity, accuracy, and bias minimization

Implementation Best Practices:

1. Document all test results and validation procedures per the latest clinical and technical requirements.
2. Mark devices and accessories clearly, following ISO 20417 and IMDRF labelling guidance.
3. Conduct robust cybersecurity assessments for equipment relying on software or digital interfaces.
4. Provide comprehensive user instructions and training materials for both professional and lay users.
5. Ensure traceability of all components and accessories—from source manufacturing through to system integration.

Testing and Certification:

• Use certified laboratories and ISO/IEC 17025-accredited facilities for performance and safety verification.
• Leverage updated simulators, calibrators, and functional testers described in annexes of each standard.
• Maintain accurate, transparent records for internal audits and regulatory inspections.

Conclusion / Next Steps

The April 2026 wave of standards for health care technology is set to drive safer, more effective respiratory and patient monitoring devices worldwide. Industry professionals should:

• Prioritize a standards gap assessment in your organization’s portfolio
• Enroll product teams and compliance officers in professional development on these new requirements
• Update procurement and regulatory policies to reflect these specifications
• Explore the full standards documents and consult iTeh Standards for the official texts, updates, and ongoing technical support

By adopting these standards early, organizations secure not only compliance and market access, but also improve patient outcomes and build long-term trust. Stay at the forefront of health care technology by integrating the April 2026 standards now.