Medical Device Testing and Certification
Safety, EMC, wireless and environmental testing for medical electrical equipment
Medical devices have to perform safely in the places where people actually use them—from hospitals and clinics to ambulances and private homes. F2 Labs helps manufacturers plan and complete the compliance testing needed for U.S., Canadian, European and international markets. Our engineers work with companies and product development teams on devices ranging from compact wearables to complex medical electrical systems.
Whether you are preparing for an FDA premarket submission, CE marking, an NRTL certification or an international product launch, our team can help identify the applicable standards, test representative configurations and produce clear, defensible reports.
Medical Device Compliance Testing Services
A medical device may be subject to several overlapping requirements. Addressing electrical safety, EMC, wireless performance and environmental protection as one coordinated program can reduce scheduling conflicts and uncover design issues earlier, resulting in getting your product to market faster.
IEC 60601 Electrical Safety Testing
F2 Labs performs IEC 60601-1 testing for medical electrical equipment and systems. The evaluation addresses basic safety and essential performance, including protection against electric shock, leakage current, dielectric strength, temperature, mechanical hazards, fire risks, abnormal operation and the suitability of safety-critical components.
The general standard is often used with collateral standards and a device-specific Part 2 standard. The correct combination depends on the product’s intended use, applied parts, operating environment and clinical function.
Medical Device EMC Testing
Our accredited medical device EMC testing evaluates whether equipment is able to operate safely in the presence of electromagnetic disturbances without causing unacceptable interference. Testing to IEC 60601-1-2 may include radiated and conducted emissions, electrostatic discharge, radiated and conducted RF immunity, electrical fast transients, surge, voltage dips and magnetic-field immunity.
Before immunity testing begins, the manufacturer must establish essential performance, if applicable, and objective pass/fail criteria. Our engineers can help your team translate the device’s intended use and risk-management conclusions into a practical test plan.
FDA ASCA Testing
F2 Labs is an FDA-recognized, ASCA-accredited testing laboratory for eligible medical-device standards within our accredited scope. Participation in the FDA’s voluntary ASCA Program gives manufacturers the option to include testing from an ASCA-accredited laboratory in qualifying premarket submissions. When applicable, F2 Labs can provide the ASCA Summary Test Report and supporting documentation expected for the submission. Participating in the FDA ASCA program can help get your product to market faster.
Wireless and Connected Medical Devices
Bluetooth, Wi-Fi, cellular, NFC and other radios can add separate regulatory and performance requirements to a medical device. F2 Labs provides wireless device testing for FCC, ISED Canada, CE Radio Equipment Directive and other market-access requirements. We can coordinate radio, EMC and electrical-safety testing so the complete device—not only the wireless module—is considered.
Wireless Coexistence and Common EM Emitters
A radio may satisfy its spectrum requirements and still have difficulty operating in a crowded healthcare environment. Wireless coexistence testing to ANSI C63.27 evaluates a device’s ability to maintain its intended wireless functions when other radio services are present.
Depending on the device, its intended environment and the regulatory strategy, additional immunity testing may also be needed for common electromagnetic emitters such as RFID systems, near-field communication equipment, wireless power transfer, 5G cellular sources, electronic article surveillance systems or electrosurgical equipment. F2 Labs has developed a proprietary test method for other Common EM Emitters sources that has been accepted by the FDA.
Environmental and Ingress Protection Testing
Medical equipment may be transported, dropped, exposed to temperature extremes or used where dust and liquids are present. We can help develop an environmental test program based on the device’s intended conditions of use. Available services include vibration, shock, temperature, humidity, corrosion and ingress protection testing for enclosure claims.
Pre-Compliance Testing and Preliminary Design Reviews
Waiting until the production design is complete can turn a manageable compliance issue into a costly redesign. F2 Labs offers pre-compliance EMC testing and electrical-safety Preliminary Design Reviews to identify concerns involving grounding, insulation, spacings, power supplies, critical components, protective devices, cables, software-controlled safety functions and documentation before formal testing begins.
Common Medical Products We Test
- Patient monitoring and diagnostic equipment
- Infusion, drug-delivery and therapeutic devices
- Home healthcare equipment and portable medical devices
- Wearable and battery-powered medical devices
- Medical imaging and clinical support equipment
- Connected medical devices using Bluetooth, Wi-Fi, NFC or cellular radios
- In vitro diagnostic and laboratory medical equipment
- Medical electrical systems, accessories and external power supplies
Medical Device Standards We Support
The final standards list depends on the product and destination markets. Frequently requested standards and requirements include:
- IEC 60601-1 and ANSI/AAMI ES60601-1 for basic safety and essential performance
- IEC 60601-1-2 for electromagnetic disturbances
- Applicable IEC/ISO 60601-2 or 80601-2 particular standards
- IEC 60601-1-11 for medical electrical equipment used in the home healthcare environment
- IEC 60601-1-12 for equipment intended for emergency medical services environments
- IEC 62366-1 for usability engineering and IEC 62304 for medical-device software lifecycle processes
- ISO 14971 for medical-device risk management
- ANSI C63.27 for wireless coexistence
- FCC, ISED and CE RED testing for wireless functions
- EU Medical Device Regulation support for CE market-access planning
A Practical Path from Design Review to Final Testing
- Define the device, intended use, operating environments and target countries.
- Identify the applicable general, collateral and particular standards.
- Review essential performance, risk controls, accessories and worst-case configurations.
- Complete a Preliminary Design Review or pre-compliance testing while changes are still manageable.
- Perform formal safety, EMC, wireless and environmental testing as applicable.
- Receive the test reports and the supporting documentation necessary for the selected regulatory path.
Why Medical Device Manufacturers Work with F2 Labs
F2 Labs combines medical electrical safety, EMC, wireless and environmental capabilities within one testing organization. Our ISO/IEC 17025-accredited laboratories and experienced engineering team help manufacturers resolve issues and questions before testing, manage complicated configurations and try to help to trouble-shoot and resolve issues if/when found, so you can get your product to market faster.
You receive communications, practical engineering support, and documentation tailored to the requirements of your target market—not a one-size-fits-all test package.
FAQ
The required testing depends on the device’s intended use, power source, applied parts, essential performance, wireless functions, use environment and target markets. Medical electrical equipment commonly requires electrical safety and EMC testing, while wireless or portable products may also need radio, coexistence, common EM Emitters, battery, environmental or ingress protection testing. F2 Labs can review the product and develop a standards-based test plan.
IEC 60601-1 establishes general requirements for basic safety and essential performance. IEC 60601-1-2 is focused on electromagnetic disturbances. A medical electrical product may need to comply with both, along with other collateral and device-specific particular standards.
Essential performance is the performance of a clinical function where loss or degradation beyond specified limits would create an unacceptable risk. It should be established through the manufacturer’s ISO 14971 risk-management process before safety and immunity testing. Read more about defining essential performance.
Yes. F2 Labs performs medical-device electrical safety and EMC testing used to support FDA premarket submissions. When the device and standards are eligible and within the applicable scope, testing may be completed through the voluntary FDA ASCA Program. The manufacturer remains responsible for determining the correct submission pathway and satisfying all FDA requirements.
No. ASCA participation does not guarantee clearance or approval. It provides a structured approach to using testing from an ASCA-accredited laboratory for eligible standards in a qualifying FDA submission. FDA evaluates the complete submission, including information beyond the test report.
Usually, yes. A certified radio module may reduce portions of the radio authorization work, but it does not automatically establish compliance for the finished medical device. Integration can affect RF exposure, emissions, immunity, antenna performance, electrical safety and wireless coexistence. The module must also be installed within the conditions of its authorization.
Wireless coexistence testing should be considered when a medical device relies on a wireless function to deliver or support safe and effective performance in an environment where other radio systems will be present. The need and test tier should be supported by the device’s intended use, wireless risk assessment and regulatory strategy.
Possibly. A family approach may be appropriate when models share the same basic design, power architecture, enclosure, critical components as well as intended use. Differences that affect safety, emissions, immunity or wireless performance must be reviewed before representative or worst-case models are selected.
Yes. Pre-compliance testing and Preliminary Design Reviews are most useful before the design is locked. Formal testing generally requires production-representative equipment, final accessories, current software and the configurations that will be described in the instructions for use.
Provide the product description, intended use, target countries, power ratings, block diagram, schematics, user manual, risk-management information, applied parts, accessories, wireless technologies and available model differences. For EMC testing, include operating modes and a preliminary definition of essential performance. Complete information allows the laboratory to prepare a more accurate scope, schedule and quotation.
Timing depends on the applicable standards, number of models and configurations, documentation readiness and whether issues are found during the evaluation. Starting with a Design review of the product against the applicable standard(s) and pre-compliance testing can reduce avoidable delays once formal testing begins.
Start Your Medical Device Compliance Project
Bring F2 Labs into the project early, whether you are selecting standards, preparing a prototype, responding to an FDA question or scheduling final certification testing. We will review the device, intended markets and available documentation, then detail the next steps.
Request a quote for medical device testing or speak with the F2 Labs compliance team about your project.