This webinar will examine the regulatory impact of EU Group Differences introduced in EN IEC 61010 2 101:2022/A11 for in vitro diagnostic (IVD) devices. The session will also address laser and LED radiation safety considerations relevant to modern IVD technologies.
Compliance with EN IEC 61010 2 101 is critical for in vitro diagnostic (IVD) devices placed on the EU market, yet the EU Group Differences introduced in EN IEC 61010 2 101:2022/A11 add substantial requirements beyond the base IEC standard. This webinar will provide regulatory professionals with a clear, technical understanding of those deviations and their impact on design controls, testing, labeling, EMC, functional safety, and risk management under IVDR. The session will also address additional safety considerations for IVDs incorporating lasers or LEDs, including applicable radiation standards and regional regulatory expectations. Attendees will gain practical insights to better support technical documentation, Notified Body interactions, and cross functional compliance efforts for both legacy and next generation IVD systems.
Intermediate: Content is designed based upon the assumption that individuals have basic knowledge of the topic(s) and/or demonstrated competence related to the topic(s). Higher-level concepts are introduced during lectures; exercises requiring synthesis and/or application of concepts are incorporated into the activity.
This program is designed for product development engineers, compliance engineers, and regulatory affairs professionals supporting in vitro diagnostic (IVD) devices for the EU market, particularly those involved in electrical safety, risk management, and IVDR submissions, Notified Body interactions, and harmonized standards compliance.
It is especially relevant for professionals responsible for interpreting and applying EN IEC 61010-2-101 EU Group Differences within technical documentation and regulatory strategies. Attendees supporting IVDs that incorporate lasers or LEDs, or managing legacy device remediation for ongoing EU compliance, will find the content highly applicable.



Principal Engineer, Principal Engineer
James Benscoter has dedicated his 29-year career at UL Solutions to advancing health and safety standards for laboratory equipment, medical beds and nurse/emergency call systems. As a principal engineer, he collaborates with manufacturers to navigate complex challenges in market access testing, certification and standards compliance. James is a Distinguished Member of Technical Staff (DMTS) in the William Henry Merrill Society — a designation that recognizes staff members who make significant technical contributions to the safety missions of UL Research Institutes, UL Standards & Engagement and UL Solutions. James’s expertise spans writing standards, addressing emerging product categories and driving innovations. His work in US national and international electrotechnical standards for the 61010 series of standards, medical beds and nurse call systems helps shape standards (both US National and international) that strengthen product quality across borders. He serves as convenor on the IEC SC62D JWG4: Medical Beds and IEC Expert on TC66 WG1, WG2, MT10, MT13, MT 14, MT15, MT17, MT18 and EG19. He also participates as a co-convenor for IECEE CTL ETF3: MEAS Expert Task Force and member of ULSE TC3102 and TC1069.

Principal Engineer, UL Solutions
Winn Henderson serves as UL Solutions principal engineer for optical radiation, which includes laser, LED/lamp and UV radiation product safety. He graduated from North Carolina State University with a Bachelor of Science in electrical engineering, and he has been working in optical radiation-related product safety at UL Solutions since 1997. In his role, Winn serves as the technical leader at UL Solutions in optical radiation safety standards (e.g., IEC 60825 series, FDA/CDRH 21CFR, IEC 62471 series, EN 50689, etc.). He is deeply involved with the UL Solutions business development team to develop UL Solutions’ capabilities for new optical radiation services and technologies. He provides internal and external optical radiation-related training and develops UL Solutions guidelines on optical radiation compliance matters. Winn serves as secretary on the IEC TC76 committee: Optical Radiation Safety and Laser Equipment. He also participates as a co-convenor on both IECEE CTL ETF11: Lasers and IECEE CTL WG06: Photobiological Safety. Also, on IECEE CTL ETF11, he serves as a technical adviser for the Proficiency Testing Program (PTP).