At TÜV SÜD, we prioritize FDA compliance. Our expert team ensures adherence to FDA guidelines, from non-clinical testing to cybersecurity and more.
At TÜV SÜD, we prioritize FDA compliance. Our expert team ensures adherence to FDA guidelines, from non-clinical testing to cybersecurity and more.
At TÜV SÜD, we take regulatory compliance seriously and prioritize following FDA guidelines. We understand the importance of adhering to the FDA's recommendations and requirements. Whether it is non-clinical testing, cybersecurity, or the regulation of diagnostic equipment, our experienced team is well-versed in the FDA's guidelines and stays up to date with the latest developments. You can trust TÜV SÜD to provide comprehensive support and expertise in navigating FDA regulations.
This FDA guidance outlines the agency's approach to manufacturers' compliance with FDA's performance standards for laser products. While there are similarities between international standards (IEC 60825-1 and IEC 60601-2-22) and FDA's standards, there are significant differences. For manufacturers who conform to specific clauses of the international standards identified as comparable to FDA's regulations, the agency will not enforce the applicable requirements in FDA's regulations.
Key Points:
This FDA guidance describes the agency's policy on regulating medical x-ray imaging equipment under the FD&C Act and FDA regulations. It seeks to harmonize performance standards with IEC standards, where appropriate, to streamline regulatory reviews. The guidance provides recommendations for industry compliance and allows manufacturers to use a declaration of conformity to equivalent IEC standards to fulfill EPRC requirements. This approach reduces duplication and promotes more efficient and consistent regulatory reviews for medical x-ray imaging devices.
Key Points:
This guidance document provides the FDA's recommendations on non-clinical performance testing for gynecologic and general laparoscopic power morcellation containment systems. It aims to assist manufacturers in complying with special controls and supports premarket submissions for these devices. The guidance focuses on test methods, parameters, and acceptance criteria. Its purpose is to ensure consistency, streamline review processes, and effectively identify safety issues related to damage and leakage of tumor cells and other contents in the tissue containment system.
Key Learnings:
The FDA guidance document provides recommendations for non-clinical testing, animal studies, clinical studies (when necessary), and labeling to support premarket submissions for peripheral percutaneous transluminal angioplasty (PTA) balloon and specialty catheters. The guidance is specific to PTA catheters that are not combination products or drug-coated PTA catheters. It aims to promote consistency, streamline review processes, and facilitate efficient review of peripheral PTA balloon and specialty catheter submissions.
Key Points:
The Consolidated Appropriations Act, 2023 introduced amendments to the FD&C Act to ensure the cybersecurity of medical devices. Section 524B outlines cybersecurity requirements that will take effect on March 29, 2023. The FDA will work collaboratively with sponsors of premarket submissions for cyber devices until October 1, 2023, and may issue "refuse to accept" decisions for submissions lacking the required information after that date. The guidance was implemented without prior public comment but will consider received comments for future revisions.
Key Learning:
This FDA guidance document provides recommendations for performance criteria in the Safety and Performance Based Pathway for soft (hydrophilic) daily wear contact lenses. It allows submitters to use the proposed criteria instead of direct comparison to a predicate device when seeking substantial equivalence. The guidance aims to promote consistency, streamline the review process, and facilitate efficient premarket submissions for soft daily wear contact lenses.
Key Points:
The FDA guidance document provides recommendations for animal studies evaluating medical devices when suitable alternatives are unavailable. It focuses on assessing device safety in premarket submissions and covers various aspects including personnel credentials, study planning and conduct, animal model selection, study monitoring, testing facility selection, animal housing, records and reports, and preparation of study reports. The recommendations aim to ensure consistency, streamline the review process, and facilitate efficient evaluation of medical device submissions.
Key Points:
The FDA plays a crucial role in safeguarding the United States from emerging infectious diseases, including COVID-19. The agency is committed to providing timely guidance to support response efforts during the pandemic. This guidance is issued to assist manufacturers of devices covered by specific enforcement policies enacted during the COVID-19 public health emergency in transitioning back to normal operations once the emergency declaration ends. The FDA believes that following the recommendations outlined in this guidance will facilitate a smooth transition for the agency and other stakeholders back to normal operations and processes.
Key Points:
This FDA guidance provides recommendations for 510(k) submissions for ultrasonic diathermy devices, also known as physiotherapy devices. Ultrasonic diathermy devices fall under the category of devices as defined by the FD&C Act. The guidance includes recommendations on the use of specific International Electrotechnical Commission (IEC) standards to generate information supporting 510(k) submissions for these devices. It also supplements other FDA documents related to content requirements and recommendations for premarket notification (510(k)) submissions, including 21 CFR 807.87.
Key Points:
This FDA guidance provides comprehensive recommendations for 510(k) submissions specifically tailored to diagnostic ultrasound systems and transducers. The document not only outlines regulatory approaches for these devices but also specifies modifications to diagnostic ultrasound devices that do not require a new premarket notification (510(k)) and will not be enforced by the FDA.
Key Points:
The Center for Devices and Radiological Health (CDRH) enforces regulations under the Electronic Product Radiation Control (EPRC) provisions of the FD&C Act for diagnostic x-ray equipment. These regulations, known as the Performance Standards for Diagnostic X-ray Systems and Their Major Components, cover manufacturing, importing, and installation of equipment emitting electronic product radiation. Compliance with the Performance Standards and affixing certification labels is required for manufacturers. Proper installation and final testing at the user location are considered the final step in the manufacturing process.
Key Points:
The FDA published a final rule on June 10, 2005, titled "Electronic Products; Performance Standard for Diagnostic X-Ray Systems and Their Major Components," which amended the performance standard for these systems. To assist small entities in complying with these changes, the FDA has prepared a Small Entity Compliance Guide in accordance with the Small Business Regulatory Enforcement Fairness Act. The guide aims to provide guidance for complying with the performance standard, which became effective on June 10, 2006. Subsequent amendments to the Radiological Health Regulations removed certain reporting requirements, and the current version of the guidance reflects these changes.
Key Points:
The FDA has issued this guidance to provide manufacturers with its approach on the applicability of performance standard regulations to surveying, leveling, and alignment (SLA) laser products. The guidance aims to address manufacturers' questions by covering topics such as defining SLA laser products, providing examples of SLA and non-SLA laser products, and explaining variances and exemptions from SLA laser product class limits.
Key Points:
Protect patient data & enhance medical devices & IVDs security with professional cybersecurity testing services.
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Extended transition period ends on May 26, 2024 for devices with valid MDD/AIMDD certification
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