[Notice] "DX Seminar Starting from Process Management" to be held on July 27, 2022 (Wednesday)

A purely Japanese-made BI tool that allows you to easily create equipment records.

A equipment ledger is created by digitizing information from the equipment ledger that serves as the basis for facility management, along with details such as spare parts, maintenance methods, work history performed on the equipment, and costs. By building the equipment ledger using the BI dashboard "Motionboard," it becomes possible to organize and classify information, manage each piece of equipment centrally, grasp the on-site situation in real-time, and visualize it in an easily understandable form. 【Features】 ■ A purely Japanese-made BI tool that allows for easy construction of equipment ledgers ■ Integration and centralized management of various data sources ■ No specialized knowledge required; operable with just a GUI ■ Easy to start and expandable ■ Real-time equipment and quality management *For more details, please refer to the PDF materials or feel free to contact us.

• Internal Control and Operational Management
• Database
• Other operation management software

Digitize equipment information, failure history, reports, etc., and create equipment records. Establish the basis for calculating LCC and operating rates, re-evaluate maintenance methods, and create system requirements.

Many companies have proposed maintenance methods utilizing large-scale data and AI (artificial intelligence/machine learning), and there are numerous reports on their effectiveness. However, with a few exceptions, the management of maintenance on-site is primarily conducted using various formats such as paper, Excel, Access, and PDF, and the information managed differs by department. Our company provides services to address the following objectives through the construction of equipment records: 1. We want to organize the ledger of data that serves as the foundational requirements for the introduction of a maintenance system. 2. We want to utilize the accumulated failure information on-site to establish inspection cycles that minimize costs. 3. We want to consider maintenance methods tailored to the situation, as even the same equipment may have different usage conditions and environments. 4. We want to create a risk matrix from accident and failure information. 5. We want to graph the relationship between maintenance items, reliability, and costs to serve as a guideline for planning. The steps for constructing equipment records are as follows: 1. Digitization of various information. 2. Organization and classification of the digitized information. 3. Implementation of various analyses according to objectives. 4. Addition of management items based on the analysis results.

• Business Intelligence and Data Analysis
• Document and Data Management
• Other contract services

Understand the trends of equipment and machinery failures, allowing for the formulation of work plans and maintenance before failures occur!

FLiPS is a calendar-based equipment management system. It visualizes inspection and production schedules and actual results, along with associated costs, allowing for integrated management of plans and records as events on a timeline. We particularly recommend it to customers who have the following concerns: - I want to know the trends in equipment failures... - I want to conduct budget simulations... - I want to centralize maintenance information and reduce data entry and management costs... - I want to reduce training costs when implementing a system... - The current system is complicated to operate and has many features that are difficult to use... Additionally, it can be linked with electronic form systems compatible with tablet devices (such as i-Reporter), enabling the paperless management of on-site work records and reducing the data transcription workload to FLiPS.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Understand the trends of equipment and machinery failures, allowing for the formulation of work plans and maintenance before failures occur!

FLiPS is a calendar-based equipment management system. It visualizes inspection and production schedules and actual results, along with associated costs, allowing for integrated management of plans and records as events on a timeline. We particularly recommend it to customers facing the following issues: - I want to know the trends of equipment failures... - I want to conduct budget simulations... - I want to centralize maintenance information and reduce data entry and management costs... - I want to reduce training costs when implementing a system... - The current system is complicated to operate and has many features that are difficult to use... Additionally, it can be linked with electronic form systems compatible with tablet devices (such as i-Reporter), enabling the paperless management of on-site work records and reducing the data transcription workload to FLiPS.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

From equipment maintenance to process management! We centrally manage data from the manufacturing site and visualize the collected data.

FLiPS is a system that manages various events related to lines, processes, facilities, equipment, and machinery in a chronological order using a calendar format. In addition to equipment management, it enables process management, quality management, traceability, and cost management. Recently, we have been receiving many inquiries regarding the management of manufacturing processes and quality. Do you have any of the following challenges or concerns? - I want to centrally manage data from the manufacturing site. - I want to collect data on equipment utilization rates and product yields. - I want to visualize the collected data. - I want to visualize the progress of operations. - I am being asked to pursue digital transformation (DX), but I don't know where to start, etc. With FLiPS, it is possible to digitize historical data by accumulating data on processes, progress, and achievements. Additionally, it can be integrated with BI tools like Motion Board for real-time visualization and understanding of the current situation, and with electronic form systems like i-Reporter to digitize manufacturing records and reporting tasks, reducing manual data entry work.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Centralized management of data from the manufacturing site. We visualize the collected data, such as equipment operating rates and product yields.

FLiPS is a system that manages various events related to lines, processes, facilities, equipment, and machinery in a chronological order using a calendar format. In addition to equipment management, it enables process management, quality management, traceability, and cost management. Recently, we have been receiving many inquiries regarding the management of manufacturing processes and quality. Do you have any of the following challenges or concerns? - I want to centrally manage data from the manufacturing site. - I want to collect data on equipment utilization rates and product yields. - I want to visualize the collected data. - I want to visualize the progress of operations. - I am being asked to pursue digital transformation (DX), but I don't know where to start, etc. With FLiPS, it is possible to digitize historical data by accumulating data on processes, progress, and achievements. Additionally, it can integrate with BI tools such as Motion Board to visualize and understand the current situation in real-time, and it can work with electronic document systems like i-Reporter to digitize manufacturing records and reporting tasks, reducing manual data entry work.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Centralized management of data from the manufacturing site. Visualizes equipment operating rates and the progress of operations.

FLiPS is a system that manages various events related to lines, processes, facilities, equipment, and machinery in a chronological order using a calendar format. In addition to equipment management, it enables process management, quality control, traceability, and cost management. Recently, we have been receiving many inquiries regarding the management of manufacturing processes and quality. Do you have any of the following challenges or concerns? - I want to centrally manage data from the manufacturing site. - I want to collect data on equipment utilization rates and product yields. - I want to visualize the collected data. - I want to visualize the progress of operations. - I am being asked to pursue digital transformation (DX), but I don't know where to start, etc. With FLiPS, it is possible to digitize historical data by accumulating data on processes, progress, and achievements. Additionally, by integrating with BI tools such as Motion Board, it allows for real-time visualization and understanding of the current situation, and by collaborating with electronic reporting systems like i-Reporter, it can digitize manufacturing records and reporting tasks, reducing manual entry work.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Centralize the management of data from the manufacturing site and visualize equipment operating rates and product yields.

FLiPS is a system that manages various events related to lines, processes, facilities, equipment, and machinery in a chronological order using a calendar format. In addition to equipment management, it enables process management, quality control, traceability, and cost management. Recently, we have been receiving many inquiries regarding the management of manufacturing processes and quality. Do you have any of the following challenges or concerns? - I want to centrally manage data from the manufacturing site. - I want to collect data on equipment utilization rates and product yields. - I want to visualize the collected data. - I want to visualize the progress of operations. - I am being asked to pursue digital transformation (DX), but I don't know where to start, etc. With FLiPS, it is possible to digitize historical data by accumulating data on processes, progress, and achievements. Additionally, by integrating with BI tools such as Motion Board, it allows for real-time visualization and understanding of the current situation, and by connecting with electronic reporting systems like i-Reporter, it can digitize manufacturing records and reporting tasks, reducing manual data entry work.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Centralized management of various histories and schedules on the maintenance calendar. Visualizing information related to maintenance.

FLiPS is an application that directly incorporates the maintenance calendar into a web system. It visualizes the schedule of routine inspections, actual results, and history of failures, along with the preventive maintenance plan in a star chart format, while also making the costs and man-hours associated with the tasks visible. We particularly recommend it to customers who have the following concerns: - They are seeking automation and labor-saving solutions but don't know where to start. - They want to understand the trends of equipment failures... - They want to conduct budget simulations... - They want to centrally manage maintenance information and reduce data entry and management costs... - Their current system is complicated to operate, has many functions, and is difficult to use... Additionally, it can be integrated with electronic form systems compatible with tablet devices (such as i-Reporter), allowing for paperless recording of on-site work documents and reducing the data transcription workload to FLiPS.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Centralize the management of data from the manufacturing site and visualize equipment operating rates and product yields.

FLiPS is a system that manages various events related to lines, processes, facilities, equipment, and devices in a chronological order using a calendar format. In addition to equipment management, it enables process management, quality management, traceability, and cost management. Recently, we have been receiving many inquiries regarding process and quality management in pharmaceutical manufacturing. Do you have any of the following challenges or concerns? - I want to centrally manage data from the manufacturing site. - I want to collect data on equipment utilization rates and product yields. - I want to visualize the collected data. - I want to visualize the progress of operations. - I am being asked to pursue digital transformation (DX), but I don't know where to start, etc. With FLiPS, it is possible to digitize historical data by accumulating data on processes, progress, and achievements. Additionally, by integrating with BI tools like Motion Board, it allows for real-time visualization and understanding of the current situation, and by collaborating with electronic document systems like i-Reporter, it can digitize record-keeping and reporting tasks, reducing manual data entry work.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

Centralized management of various histories and schedules on the maintenance calendar. Visualizing information related to maintenance.

FLiPS is an application that directly incorporates the maintenance calendar into a web system. It visualizes the schedule of routine inspections, actual performance, and failure history, along with the preventive maintenance plan in a star chart format, while also making the costs and man-hours associated with the tasks visible. We particularly recommend it to customers facing the following issues: - They are required to automate or reduce manpower but don’t know where to start. - They want to know the trends of equipment failures... - They want to conduct budget simulations... - They want to centrally manage maintenance information and reduce data entry and management costs... - Their current system is complicated to operate and has many functions that are difficult to use... Additionally, it can be linked with electronic form systems compatible with tablet devices (such as i-Reporter), allowing for paperless work records on-site and reducing the data transcription work to FLiPS.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

For those struggling with managing equipment ledgers, inspection plans, repair progress, and repair report history in Excel!

The equipment maintenance management system "FLiPS" is designed to provide a user experience similar to that of Excel. Its intuitive and simple interface allows users who have been managing maintenance tasks with Excel to transition to the system without any discomfort. Additionally, by integrating with the electronic form system "i-Reporter," it reduces the data entry work from paper forms on-site and automatically reflects this data in FLiPS, thereby reducing labor hours. - Centralized management of maintenance information, visualizing trends in failures - Visualization of costs, schedules, and actual performance necessary for equipment maintenance in a calendar format - Ability to understand the frequency and number of unexpected failures, enabling the formulation of maintenance plans that align with actual conditions ◆ For more details, please download the catalog ◆

• Business Intelligence and Data Analysis
• Other information systems

Visualize inspection and production schedules and actual results, along with associated costs, using a calendar format. Plans and records can be integrated and managed as events on a timeline.

FLiPS is an asset management system developed with the aim of providing a user experience similar to that of Excel, and it is particularly recommended for customers facing the following challenges: - A user-friendly interface that is easily accepted on-site and the desire to integrate with ERP systems - The need to centrally manage the quality of manufactured products and the condition of equipment - The desire to visualize the costs, schedules, and actual results necessary for equipment maintenance in a calendar format - The need to understand the frequency and number of unexpected failures and to establish maintenance plans that align with actual conditions - The desire to know the optimal cycle for regular inspections and replacements - The aim to streamline budget formulation related to the purchase and maintenance of equipment Additionally, it is now integrated with various IoT-related products, enabling the following capabilities: 1. Automatically creating and notifying maintenance and inspection plans when sensor data indicates thresholds are likely to be exceeded, notifying both managers and workers 2. Integrating with tablet-compatible systems (such as i-Reporter) to aggregate and visualize information from the field.

• Other production management systems
• Business Intelligence and Data Analysis
• Data Search Software

We would like to express our congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will introduce a number of products, including new ones. We sincerely apologize for the inconvenience during your busy schedule, but we would like to invite you to attend this event. 【 Exhibition Name 】 31st Measurement and Measurement Exhibition INTERMEASURE 2024 Official Website: https://intermeasure.org/itms2024/ 【 Dates 】 From __ (Wednesday) to __ (Friday), 202_ 【 Venue 】 Tokyo Big Sight (Tokyo International Conference Center) East Hall (Booth Number: ___) 【 Exhibited Products 】 - Air Leak Tester - Hydrogen Leak Detector - Pin Hole (Reference Test Piece) and more. For more details, please refer to the "Related Materials" (PDF file) below.

Metal 3D printers can create complex shapes that are very difficult to achieve with conventional processing methods and technologies, including integrated complex shape manufacturing, 3D freeform pipe manufacturing, lattice and porous structure manufacturing, and hybrid structure manufacturing. This enables the creation of innovative die-casting molds, cost reduction and quality improvement, short-term prototyping and manufacturing, dramatic reductions in the number of parts, lightweighting, significant reductions in manufacturing processes and workforce, and extended mold life. In this seminar, advanced users J.3D and Castec, who boast top-level technology in die-casting mold production using metal 3D printers in Japan, will specifically explain the high-functionality and high-quality die-casting molds, core pins, and low-cost molds produced through 3D pipe and porous manufacturing with EOS-manufactured metal 3D printers, along with concrete examples of molding technologies and case studies, including success and failure stories. Additionally, we will introduce the recently popular topic of giga-casting, which has garnered attention in the United States and China. With the aim of solving various issues such as defects in die-casting molds, extending mold life, and significantly shortening molding time, and due to the retirement of veteran skilled workers making it increasingly difficult to produce high-quality, low-cost molds, the production of molds using metal 3D printers has been rapidly increasing recently.

We will be exhibiting at the exhibition "JASIS 2026," where cutting-edge science, analysis systems, and solutions come together. At our booth, we will showcase systems used for gas analyzers. Scheduled products for exhibition: - Automatic analysis system for high-purity gas products - MS-LIBS

[Lecturer] Arthur D. Little Japan, Inc. Principal Yuga Yabuuchi Manager Takuma Mitsukuni Consultant Takayuki Nakagami [Key Lecture Content] With the spread of generative AI, the focus of the AI development competition is rapidly shifting from "learning" to "inference." The emergence of AI agents has dramatically increased the volume of inference processing and is beginning to significantly change the competitive structure of the entire AI infrastructure, including AI semiconductors, data centers, and the cloud. These changes are also bringing new business opportunities for Japanese companies. In this lecture, we will analyze the structural changes in the AI inference market and the strategies of key players, and explain the areas of AI that Japan should strengthen, as well as the strategic direction for Japanese companies to establish a competitive advantage. [Lecture Items] 1. Shift from "learning" to "inference" in the AI market 2. New competitive axes that become important in the AI inference era 3. Methods and initiatives of major companies aimed at improving AI inference efficiency 4. Importance of memory selection in improving AI inference efficiency 5. Direction of initiatives towards achieving sovereign AI 6. Q&A / Business card exchange

[Speaker] Hao Li Dai, Head of Renewable Energy Aggregation Division, Natural Power Co., Ltd. [Key Lecture Content] With the spread of generative AI and the new construction of data centers and semiconductor factories, Japan's electricity demand, which has been declining for a long time, is expected to turn to an increase. On the other hand, the output control of renewable energy is increasing, becoming prolonged, and expanding in scope, while the revenue predictability for power sources is decreasing. Why is it that while demand is increasing, power sources are not being rewarded? The issue is not just about "quantity," but also about the mismatch of "time," "location," and "risk bearers." In this lecture, we will discuss our company's initiatives and organize the methods for maximizing profits in the post-FIT era, as well as the conditions under which aggregators can support fixed prices. We hope this will assist in the decision-making of both power holders and consumers. [Lecture Items] 1. How far will electricity demand grow, and what will it seek? 2. The economics of power sources in the post-FIT era 3. How to earn by power type 4. Why is the ecosystem not functioning? 5. Conditions for establishing "buying at a fixed price" 6. Decision-making from tomorrow 7. Q&A / Business card exchange