We will be exhibiting at the International Image Sensing Exhibition (ISS) held from June 11 (Wednesday) to June 13 (Friday). On the first day of the event, June 11 (Wednesday), we will be giving a presentation at the imaging seminar. We kindly ask you to register in advance and participate. ■ Seminar Overview - Presentation Title: Practical Examples of Utilizing Deep Learning - Date and Time: June 11, 2025 (Wednesday) 11:10 AM – 12:00 PM - Venue: Pacifico Yokohama, Special Seminar Room * Please register in advance through our website. <Recommended for> - Those who want to introduce automated inspection to reduce costs and prevent defective products from leaking. - Those who have no knowledge of image analysis but want to achieve high-quality management in a short period. 【Guest Lecture】 There will be a guest lecture by Asahara Giken Co., Ltd. in part of the session. You will have the opportunity to hear firsthand accounts from engineers tackling various challenges faced by manufacturing companies, utilizing Euresys software and frame grabbers. We encourage you to register in advance and participate.

We will be exhibiting at the International Image Sensing Exhibition (ISS) held from June 11 (Wednesday) to June 13 (Friday). ■ Exhibition Overview Dates: June 11 (Wednesday) to June 13 (Friday), 2025, 10:00 AM to 5:00 PM Venue: Pacifico Yokohama, Exhibition Hall D, Booth 14 Official Website: https://www.adcom-media.co.jp/iss/ *Please register for attendance in advance on the website and bring the invitation ticket sent via email. ■ Exhibited Content 1. Demonstration of high-speed matching operation using a light image input board Using the Coaxlink QSFP+ light image input board, we will process images received from the camera with the image processing library EasyObject Template Matching. 2. Demonstration of high-speed left-right overlay operation using two CIS-type cameras A live demonstration will be conducted using CIS manufactured by WHEC. 3. Demonstration of a 3D measurement unit A demonstration will be conducted using a phase shift method 3D measurement unit with CoaXPress camera and frame grabber.