AI visual inspection that works with the FANUC collaborative robot CRX series.

HACARUS Inc. will exhibit at the "Nagoya Manufacturing AI / IoT Exhibition" held at Port Messe Nagoya for three days starting from April 10, 2024 (Wednesday), where it will publicly announce its AI visual inspection system "HACARUS Check for MELFA FR Series" for the first time, along with demonstrations and technical presentations. The "Nagoya Manufacturing AI / IoT Exhibition" is one of the constituent exhibitions of "Manufacturing World Nagoya," one of the largest manufacturing trade shows in the Chubu region. At the booth, examples of automating visual inspections will be introduced, along with the AI visual inspection "HACARUS Check for FANUC CRX Series," which is integrated with collaborative robots from FANUC Corporation. HACARUS will further promote the digital transformation (DX) of manufacturing sites in the automotive parts industry by integrating various robots with its HACARUS Check AI software, which specializes in small quantities, high quality, and rapid learning.

HACARUS Inc. will hold a webinar on "Secrets of Automating Visual Inspections for the Manufacturing Industry" on Wednesday, February 7, with three technical partners. Each company will explain the latest technologies in automation solutions for manufacturing sites that they specialize in. Additionally, we will introduce use cases combined with our AI visual inspection software "HACARUS Check AI." Participation is free. 【Program】 HACARUS Check series and successful implementation examples (HACARUS Inc.) Use cases of the high-speed module "i-WRIST" for automating manual tasks (NTN Corporation) Automation examples of die-casting peripheral devices and transportation/logistics processes (Toyodenko Co., Ltd.) Image processing inspection device "VTV-9000 Series" capable of hybrid inspection with AI and rule-based methods (Visco Technologies Inc.) Q&A session 【Recommended for】 - Those involved in automating manufacturing and inspection processes in the automotive parts industry - Those looking to incorporate new technologies to improve productivity - Those considering the introduction of visual inspection AI or have implemented it but are not seeing results - Those questioning the return on investment of AI

On January 31, the special program "AI Visual Inspection Feature 2024 Spring" will be held online, featuring Ryo Onishi, Executive Officer, CPO, and Head of the Product Division. Aperza TV is an internet television channel for engineers involved in manufacturing and research and development. This feature will showcase the latest examples and technological trends in visual inspection using AI and image processing through video. In the Hakarus session, titled "Automating Visual Inspection for Complex-Shaped Precision Automotive Parts: A Successful Case Study," we will introduce a case where the number of inspectors was reduced by one-third using robots and AI. ■Broadcast Date and Time January 31, 2024 (Wednesday) 11:20 AM - 11:50 AM

From January 24th for three days, we will unveil a multi-camera imaging demo of our AI visual inspection solution "HACARUS Check for FANUC CRX Series" at the Smart Factory EXPO held at Tokyo Big Sight. ◾️ About the Multi-Camera Option The AI visual inspection solution "HACARUS Check for FANUC CRX Series" is being developed with the intention of providing camera hoods tailored to our customers' work and requirements. Recently, there has been an increase in inquiries regarding AI visual inspection for large parts such as engine blocks. Therefore, we have been exploring and validating imaging methods that can accommodate heavy and large workpieces while minimizing inspection time. The multi-camera option we will demonstrate incorporates five cameras and lighting within the hood, allowing inspection time to be reduced to one-fourth of that of existing products. <Exhibition Overview> Name: 8th Smart Factory EXPO - Manufacturing Innovation through IoT/AI/FA https://www.fiweek.jp/tokyo/ja-jp/about/sfe.html Dates: 10:00 AM - 5:00 PM Organizer: RX Japan Co., Ltd.