At our booth, our members with extensive experience in the chemical industry will respond to your concerns and questions regarding the use of MI, tailored to your challenges and interests. ▼ MI General Consultation Desk Staff with deep knowledge of the chemical industry will answer your individual questions and concerns about MI utilization. Pre-registration here: (https://calendly.com/contact_jp-polymerize/polymerize-clone-1?month=2025-11) ▼ Lecture Information "Pathway to Sustainable R&D — A Data-Driven Approach to Utilizing Recycled Materials" We will introduce Polymerize's AI-driven factor analysis and optimization methods for formulations and manufacturing conditions to address the challenges of quality variability among suppliers and lots when using recycled materials. Date and Time: November 14 (Friday) 13:30 - 14:15 Venue: Next Tech STAGE Seminar Room A Seminar Registration: https://biz.q-pass.jp/f/11224/mw_seminar_apply_tokyo25/seminar_register

POLYMERIZE has launched "Polymerize One," an all-in-one material development support service that combines three elements: support for material development through materials informatics, an MI platform, and a global network for prototype and evaluation testing, along with domain support from MI specialists. = Three Elements and Features of "Polymerize One" = 1. Integrated MI Platform By utilizing the capabilities of Polymerize Labs, data management, analysis, and AI analysis are conducted seamlessly, enabling more efficient and speedy achievement of goals. 2. Global Network for Prototype and Evaluation Testing Prototyping and evaluation can be conducted at our partner research institutions, allowing companies without their own experimental facilities or testing environments to generate experimental data and advance the MI workflow. 3. Domain Support from MI Specialists Throughout the entire project, we provide technical consulting for achieving goals, including the planning of approaches for MI-driven development and project management. With support from experts in material development and MI, faster and more accurate material development becomes possible.