Notice of participation in 【Messenagoya 2019】.

Notification to replace tools just before they become dull! Prevents machining defects and significantly reduces tool replacement frequency. A predictive maintenance measure for cutting tools.

The "Processing Abnormality Detection Device" developed by Takenaka Electric is a detection device that alerts users to abnormalities before cutting tools deteriorate and cause defects in workpieces. By implementing it in machine tools such as machining centers, users can visualize the conditions during processing loads in waveform, allowing for the detection of tool wear and breakage, and determining the appropriate timing for tool replacement. Additionally, since it utilizes clamp-type sensors, it can be retrofitted to existing equipment. 【Are you facing any of these issues with cutting tools?】 ■ Tool replacement is determined by the number of uses. If only we knew when to replace them, we could eliminate losses... ■ Tool replacements occur only after defects arise. Defective products inevitably appear before replacement... ■ If we could optimize the timing for cutting tool replacements, we could gain cost advantages... → These issues can be resolved with Takenaka Electric's Processing Abnormality Detection Device! * For product details, improvement cases, and mechanisms, please view the PDF available for download or feel free to contact us. * Demo units are available for loan! Please consult us through the inquiry form on our website.

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The introduction of the abnormal processing detection device has significantly reduced the frequency of cutting tool replacements. With easy implementation, tool costs have been reduced by 60% and defective work by 90%!

This is an introduction to cases where the effectiveness has been confirmed through the introduction of our developed "Processing Abnormality Detection Device." 【Number of defective works per machine】 ■ From 200 units/month to 20 units/month → 90% improvement in quality and productivity! 【Annual tool expenses】 ■ From 100 million yen to 33 million yen → 60% cost reduction! We contribute to increasing production on the manufacturing floor with a smart factory utilizing IoT. Check out the three features: "low cost," "small start," and "quick results"! *For product details, improvement cases, and mechanisms, please view the PDF available for download or feel free to contact us.

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In the field of food and health food research and development, an increasing number of companies are facing the following challenges: - Difficulty in exploring new functional materials and differentiation themes, leading to a depletion of research topics. - While they are collecting information from conferences and papers, they struggle to translate this into research themes directly related to their products. - They remain limited to competing similar products and follow-up projects, failing to establish uniqueness. - Although there are seeds of ideas, they struggle to elevate them to scientific hypotheses and build the necessary foundations for internal approval. Behind this lies a "wall of execution" that cannot be overcome by traditional information gathering and research processes. In this webinar, we will introduce a new R&D approach to break through these challenges. It is a next-generation research and development scheme that combines AI-driven hypothesis generation, which has achieved results in drug discovery, with scientific hypothesis verification by a food human trial CRO. This will allow for the transformation of vague ideas into scientifically verifiable projects, simultaneously achieving the construction of persuasive foundations for upper management and differentiation development.

Fujikohsuhou Industrial Co., Ltd. will hold an online seminar titled "Tips for Setting Laser Hardening Conditions" on July 20, 2025 (Wednesday). In laser hardening, factors such as output and speed are related to the quality of hardening. We will explain how output and speed are connected to quality factors. This seminar is aimed at those who are looking to start utilizing laser hardening. 【Recommended for】 ■ Those who want to learn about methods for setting laser hardening conditions ■ Those who want to obtain technical information about laser hardening

Take the 'first step' in DX talent development in Fukuoka. We will hold a free seminar where you can learn reskilling strategies that can be applied in the field through case studies and experiences! 'I've become responsible for DX, but I don't know where to start.' This is a participatory seminar aimed at representatives from small and medium-sized enterprises in Fukuoka City, Fukuoka Prefecture, where you can learn the 'first steps' in DX talent development and implementation support. While introducing case studies of representative DX tools such as Power Automate and Power BI, you will experience hands-on sessions with Copilot, allowing you to grasp practical small-start methods that can be implemented on-site. The content also includes specific success stories from the Fukuoka region, along with tips for promoting understanding and advancement within your organization.

We will be exhibiting at INCHEM TOKYO 2025, which will be held at Tokyo Big Sight from September 17 (Wednesday) to September 19 (Friday). This time, we will host many events, including special project stages and mini-seminars. At our booth, we will introduce our solutions and technologies based on the theme of "Sustainable Plant Engineering" from three different concepts. Please be sure to stop by our booth, East Hall 6, K-17.

The Siemens EDA Tech Forum is a technical event aimed at sharing the latest technological trends, case studies, and solutions to challenges with everyone involved in the design and development of silicon systems and electronic systems, while addressing evolving technologies, the densification and complexity of designs, and various design challenges, all while meeting requirements for quality, safety, and reliability. The goal is to deepen insights and networks towards achieving sustainable business. The forum covers a wide range of topics, from advanced design technologies and methods in fields such as 3D ICs, chiplets, chips for AI and ML (machine learning), and IC packaging, to the design, analysis, and collaborative development of electronic systems, including printed circuit boards, across multiple domains, as well as building ecosystems both internally and externally using digital threads. Through case presentations and explanations of design methods by industry leaders, it supports solutions to challenges faced in daily design work from all directions. This is a free technical event that requires pre-registration. We hope you will participate!