[Event] Technical Consultation Meeting on Safety Evaluation of Laser Light Emission

Technology and achievements that support advanced laser products.

UL provides conformity assessment services for laser product safety requirements in accordance with IEC 60825 and the U.S. FDA (CDRH) based on years of diverse evaluation experience with laser products. This allows manufacturers to verify that their products meet laser-related safety requirements as they enter the global market and obtain the technical documentation to support this. We encourage you to consider utilizing UL's laser product safety evaluation services. ■ IEC 60825 Evaluation UL is accredited as a CB testing laboratory for the international standard on laser safety, IEC 60825-1/-2. <Services Offered> - Determination of laser class for laser products - Safety evaluation of laser products ■ Support for U.S. FDA CDRH Laser Product Report Preparation Manufacturers selling laser products in the U.S. market are obligated to comply with FDA requirements and submit a Laser Product Report (and other required reports) to CDRH under U.S. federal regulations. <Services Offered> - Verification of FDA requirement compliance for laser products and preparation of CDRH Laser Product Report.

• Public Testing/Laboratory

What are the requirements for the photobiological safety of products equipped with LEDs? We answer questions like this!

This booklet answers questions regarding the safety of LED radiation in a Q&A format. What are the requirements for the photobiological safety of products equipped with LEDs? How is the potential hazard of LED radiation from products expressed? How are the risk groups for LED radiation determined? These topics are covered. [Excerpt of Contents] ■ What are the requirements for the photobiological safety of products equipped with LEDs? ■ How is the potential hazard of LED radiation from products expressed? ■ Can radiation from lamps other than LEDs also be evaluated for photobiological safety? ■ How are the risk groups for LED radiation determined? *For more details, please refer to the PDF document or feel free to contact us.

• LED Module

How is the class of a laser determined? We are answering questions like this!

This booklet answers questions about laser safety in a Q&A format. It includes topics such as what the safety requirements for laser products are, how the class of a laser is determined, and how to know if the laser radiation emitted from a product is hazardous. Additionally, the classification of lasers is explained clearly using tables. 【Contents (excerpt)】 ■ What are the safety requirements for laser products? ■ How is the potential hazard of lasers from products represented? ■ How is the class of a laser determined? ■ How can we know if the laser radiation emitted from a product is dangerous? *For more details, please refer to the PDF document or feel free to contact us.

• others

UL Verified Mark - You can promote the safety of light radiation.

Laser and LED technologies are applied in various fields such as information technology, healthcare, entertainment, and the automotive industry. With the increase in products, manufacturers are pressured to differentiate their products in the market. On the other hand, for consumers, the incorporation of lasers and LEDs into more familiar products has made safety assurance an important factor in product selection. In this era, UL's Verified Mark is the optimal program to appeal to buyers regarding the safety of laser/LED light emission levels in products. Why is verification necessary? The UL Verified Mark program for laser/LED products is a third-party verification service aimed at verifying the emission levels of lasers/LEDs at reliable testing laboratories and utilizing the results in your marketing activities. By using it alongside UL's well-recognized safety evaluation services in the United States, it alleviates concerns for users and retailers while promoting brand transparency in the market. Products that measure laser/LED emission levels are categorized into three groups under this unique UL program.

• Public Testing/Laboratory

We will provide a clear explanation of the regulations and safety standards that manufacturers must adhere to when importing and selling laser-equipped products in the United States.

In the United States, there are safety regulations regarding radiation exposure for products equipped with lasers. Manufacturers must ensure compliance with safety standards and complete the necessary procedures with the authorities when importing and selling laser products in the U.S. This seminar will explain the safety standards required and the procedures to be followed with the authorities when launching products in the U.S. market.

• Contract measurement

Technology and achievements related to LED products.

■IEC 62471 Evaluation UL is accredited as a CB testing laboratory for the international standard IEC 62471 concerning the photobiological safety of LEDs and lamps. We offer the following services based on the requests of manufacturers. <IEC 62471 Risk Group Determination for LEDs / Lamps> - We measure the spectral irradiance and spectral radiance of LEDs / lamps to determine the risk group for various hazards. - Deliverable: IEC 62471 evaluation report (using IECEE Official Test Report Form) - Accurately understanding the risk group of the radiation that can be exposed from the installed LEDs / lamps and the product is the first step in ensuring the safety of products equipped with LEDs / lamps.

• Public Testing/Laboratory

We will be exhibiting at the "P-MEC Japan 2025 Pharmaceutical Ingredients and Equipment Exhibition" held at Tokyo Big Sight. During the event, we will showcase various products. We invite all relevant parties to come and visit us. 【Suppliers】 ・LAUDA

Thank you very much for visiting our booth this time. Thanks to you, we had the opportunity to introduce our products and technologies to many customers, making it a very meaningful time. If you have any questions regarding the exhibition content or if you would like to discuss specific considerations or estimates, please feel free to contact us. We will be happy to provide proposals tailored to your needs.

[Lecture Topics] 1. About AI Robotics Tomoya Yokoyama, Section Chief, Robot Policy Office, Industrial Machinery Division, Ministry of Economy, Trade and Industry *The content of the lecture may change. 2. Development of Remote-Controlled Robots Aiming for a Realistic Operating Experience ~Visual and auditory transmission through ultra-low latency, high presence, and high immersion~ Hiroshi Inagaki, Senior Manager, Collaborative Robotics Group, R-Frontier Department, Future Creation Center, Toyota Motor Corporation 3. The Impact of Japanese-Made Humanoids Yasuke Ono, President, Donut Robotics Inc.

[Speaker] Inclusive Design Designer Yoko Nakao [Key Lecture Content] Products are not selling, differentiation is difficult, and regulations are changing. As product development and facility management reach a significant turning point, inclusive design, which involves engaging people who have previously been excluded from the development process to collaboratively think of solutions, is gaining attention as a method for creating new value. Additionally, practicing inclusive design is expected to enhance not only customer engagement but also employee engagement. In this seminar, based on 20 years of experience leading universal design and inclusive design with diverse characteristics both inside and outside a comprehensive electronics manufacturer, I will specifically explain how to practice inclusive design to create new value. [Lecture Items] 1. Inclusive Design as a New Growth Engine 2. Increasing the Resolution of Diversity 3. Inclusive Design Process 4. Side Effects - Ripple Effects on Talent Development and Recruitment 5. Conclusion 6. Q&A / Business Card Exchange

[Lecture Topics] 1. Future Directions of Broadcasting Policy Reiko Kondo, Director-General for Policy Coordination, Ministry of Internal Affairs and Communications 2. The Nature of Broadcasting Systems in the Broadcasting Era Noriaki Saeki, Director of Broadcasting Policy Division, Ministry of Internal Affairs and Communications 3. Latest Trends in Broadcasting Technology Tomoki Nemoto, Director of Broadcasting Technology Division, Ministry of Internal Affairs and Communications 4. Policy Trends Related to Broadcasting Operations and Future Outlook Toshiyuki Sakairi, Director of Broadcasting Operations Division, Ministry of Internal Affairs and Communications 5. Latest Trends in Maintaining and Strengthening Broadcasting Infrastructure and Facility Development Policy Yukari Iimura, Director of Broadcasting Facility Development Promotion Division, Ministry of Internal Affairs and Communications 6. Latest Trends in Broadcasting and Distribution Content Promotion Policy Hiroki Yoshida, Director of Information and Communication Works Promotion Division, Ministry of Internal Affairs and Communications