NEXTOPT Product Lineup

We would like to introduce our shift automation AI, "Factomate SHIFT." It automates the creation of "shifts," which typically require a significant amount of labor in production planning. Additionally, we provide products that support the entire process from production planning to successor development, closely aligning with the needs of the field. 【Factomate Series】 ■Factomate TAKT ■Factomate SHIFT ■Factomate GUARD *For more details, please download the PDF or feel free to contact us.

Compare the created plan with actual data and extract areas for improvement. Factomate SHIFT automates the PDCA cycle and continuously improves planning accuracy. It supports flexible plan operations that can respond promptly to changes on-site. For more details, please check the "Download Catalog" below.

Special projects and unique rules are also handled by AI. Factomate SHIFT takes into account complex conditions such as stage changes and priority, allowing for flexible planning even for projects that were previously rejected by conventional packages. It achieves a balance between productivity and safety with plans optimized for the field. For more details, please check the "Download Catalog" below.

Even in environments with a mix of many varieties and small quantities or prototypes, AI automatically generates plans. Factomate SHIFT optimizes work procedures, equipment load, and priorities simultaneously, integrating schedules for prototypes and mass production. This significantly reduces work time and achieves efficient planning operations. For more details, please check the "Download Catalog" link below.

AI automatically optimizes complex constraints, including multiple locations and partner companies. Factomate SHIFT analyzes component transportation lead times, machine loads, and work sequences to generate efficient plans tailored to the site. It reduces human workload and errors, contributing to improved on-time delivery rates. For more details, please check the "Download Catalog" below.

Monitor work progress and deviations in procedures through data. Factomate SHIFT learns the optimal procedures from experienced workers and monitors actual work in real-time. It extracts dangerous actions and deviations, ensuring compliance with deadlines and safety management. For more details, please check the "Download Catalog" link below.

AI analyzes changeover times and work inconsistencies in small-lot production of multiple varieties. Factomate SHIFT learns the procedures of skilled workers and optimizes work sequences and equipment loads. It achieves both a reduction in changeover times and an increase in operational efficiency, allowing for real-time comparison and improvement of plans and actual performance. For more details, please check the "Download Catalog" link below.

AI analyzes the complex constraints unique to the manufacturing industry. Factomate SHIFT automates planning tasks that traditional packages could not handle by considering the movements and priorities of skilled workers and transportation lead times. It visualizes waste and risks on the shop floor, supporting optimal planning. For more details, please check the "Download Catalog" link below.

Manage operations and production plans with data instead of intuition. Factomate SHIFT optimizes deadlines, skills, and changeovers simultaneously with AI, moving away from Excel management. It takes into account the experience of skilled workers and constraints to automatically create efficient plans tailored to the site. It supports a reduction of 20 hours of labor per week, improves setup, and ensures deadline compliance. For more details, please check the "Download Catalog" link below.

In the automotive industry, shortening lead times is essential to meet the diverse needs of customers. In particular, delays in parts supply and production line stoppages can lead to missed deadlines and decreased customer satisfaction. A real-time production optimization scheduler responds to process progress and unexpected changes with a single click, automatically creating plans. This helps to shorten lead times and improve on-time delivery rates. 【Usage Scenarios】 - When delays in parts supply occur - During sudden changes in the production line - When worker absenteeism occurs 【Benefits of Implementation】 - Reduced lead times - Improved on-time delivery rates - Decreased planning change workload

In the semiconductor industry, improving yield is directly linked to profitability. Even slight delays or defects in the manufacturing process can lead to significant losses. Particularly in semiconductor manufacturing, which requires small-batch production and advanced technology, optimizing plans is crucial. A real-time production optimization scheduler flexibly responds to process progress and unexpected changes, enhancing the accuracy of plans. This contributes to improved yield, reduced delivery delays, and cost savings. 【Usage Scenarios】 - Changes in plans due to sudden absenteeism of manufacturing workers - Optimization of personnel allocation in multi-skilled operations - Personnel allocation utilizing skill maps 【Effects of Implementation】 - Reduction of labor hours required for plan changes - Decrease in delivery delay risks - Improvement in productivity

In the food industry, managing expiration dates is extremely important. Delays or changes in manufacturing plans can lead to increased waste losses, which may pressure profits. Additionally, rising labor costs and responding to sudden personnel changes are also challenges. Our real-time production optimization scheduler addresses these issues. 【Usage Scenarios】 - Automatic creation of manufacturing plans based on expiration dates - Coordination with raw material inventory management - Response to sudden changes such as unexpected employee absences or machine breakdowns 【Benefits of Implementation】 - Reduction of waste losses due to expired products - Improvement in production efficiency - Cost reduction through optimized personnel allocation

In the pharmaceutical industry, ensuring traceability in the manufacturing process is essential to guarantee product quality and safety. It is particularly important to accurately track and record each step from raw material procurement to manufacturing and shipping. Being able to flexibly respond to changes in the manufacturing process and personnel is crucial for maintaining the accuracy of records. Our real-time production optimization scheduler responds to process progress and unexpected changes with a single click, enhancing traceability. 【Usage Scenarios】 - Progress management of manufacturing processes in pharmaceutical production - Lot management and linkage of raw materials - Automatic generation and storage of manufacturing records 【Benefits of Implementation】 - Strengthened quality control through improved traceability - Compliance adherence through enhanced accuracy of records - Cost reduction through increased efficiency in the manufacturing process

In the aerospace industry, complex supply chains and a wide range of parts procurement are required. In particular, adherence to deadlines and quality control are crucial, as delays or shortages of parts can lead to overall project delays. Our real-time production optimization scheduler comes standard with planning optimization AI, enabling the efficiency of parts procurement. This reduces the risk of deadline delays and supports the smooth progress of projects. 【Use Cases】 - Management of parts delivery deadlines - Optimization of inventory management - Reduction of procurement costs 【Benefits of Implementation】 - Improvement in on-time delivery rates - Reduction in inventory management costs - Streamlining of procurement operations

In the electronics industry, optimizing inventory is essential for cost reduction and improving customer satisfaction. Excess inventory increases storage costs, and discrepancies in demand forecasting can lead to surplus stock or stockouts. Real-time production planning and progress management are key to reducing inventory. Our real-time production optimization scheduler comes standard with planning optimization AI, enabling inventory optimization. 【Use Cases】 - Eliminate excess and shortage of parts in electronics manufacturing - Flexibly respond to changes in production plans due to sudden personnel changes or absenteeism 【Benefits of Implementation】 - Cost reduction through inventory optimization - Improved production efficiency - Reduced risk of delivery delays

In the chemical industry, optimizing formulations requires precise input quantities of raw materials and efficient manufacturing processes. In particular, managing the formulation ratios that affect product quality and being flexible in production planning are crucial. Mistakes in formulation or delays in planning can lead to a decline in product quality and increased costs. Our real-time production optimization scheduler enables the automatic creation of production plans that consider formulation ratios, supporting the resolution of challenges in the manufacturing field. 【Usage Scenarios】 - Formulation ratios are complex, and creating plans takes time. - I want to link raw material inventory management with production planning. - I want to respond flexibly to sudden personnel changes or equipment troubles. 【Benefits of Implementation】 - Automatic creation of optimal production plans based on formulation ratios. - Reduction of raw material waste and cost savings. - Rapid response to changes in plans to prevent delivery delays.

In the machinery industry, optimizing resource allocation is a crucial issue directly linked to production efficiency and cost reduction. Particularly, as diverse small-lot production and the complexity of processes advance, it becomes essential to allocate resources efficiently and establish production plans. Production plans that can flexibly respond to sudden changes such as unexpected personnel shifts or machine breakdowns are required. Our real-time production optimization scheduler is equipped with planning optimization AI to address these challenges. 【Usage Scenarios】 - Changes in plans due to sudden absenteeism of workers - While multi-skilled workers are increasing, difficult processes have become specialized 【Benefits of Implementation】 - Automatic creation of production plans considering skill maps - Reduction of the workload for plan changes due to personnel absenteeism

In the textile industry, improving productivity is essential for maintaining competitiveness. In particular, with the demand for diverse products and short delivery times, flexible production planning and rapid progress management become crucial. A production scheduler that can respond to unexpected situations, such as sudden personnel changes or machine troubles, is required. Our real-time production optimization scheduler addresses these challenges and contributes to productivity improvement. 【Usage Scenarios】 - Production planning for diverse products - Response to sudden employee absences - Response to machine troubles 【Effects of Implementation】 - Reduction of man-hours required for plan changes - Mitigation of the risk of delivery delays - Improvement of productivity

In the packaging industry, there is a demand to eliminate waste of materials and reduce disposal losses. Especially in the packaging sector, which often experiences fluctuations in demand and changes in manufacturing processes, it is crucial to prevent unnecessary material generation and establish optimal production plans. Delays or changes in planning can lead to increased disposal losses. Our real-time production optimization scheduler responds to process progress and unexpected changes, automatically generating plans with a single click. 【Usage Scenarios】 - Reducing disposal losses due to overordering of packaging materials - Reducing material waste caused by changes in production plans - Reducing disposal losses due to expired products 【Benefits of Implementation】 - Reduces material waste and contributes to cost savings - Flexibly responds to changes in plans, minimizing disposal losses - Improves profit margins through optimal production planning

In the EMS and contract manufacturing industry, efficient production planning is required in complex environments where small-batch production and prototypes coexist. Thorough deadline management, cost reduction, and responsiveness to diverse customer needs are crucial. Factomate SHIFT utilizes AI to optimize work procedures, equipment load, and priorities, integrating the schedules for prototypes and mass production. This leads to reduced working hours and efficient planning operations. 【Use Cases】 - EMS companies with small-batch production - Contract manufacturing industries with a mix of prototypes and mass production - Companies that want to ensure thorough deadline management 【Benefits of Implementation】 - Reduction in working hours - Improvement in planning accuracy - Mitigation of the risk of deadline delays

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? The real-time production optimization scheduler developed by NEXTOPT comes standard with planning optimization AI! Our company will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demonstrations, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that could not be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of production workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic production planning scheduler that takes skill maps into account. - Since changing plans due to personnel absences required significant effort, cost recovery is possible immediately.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? The real-time production optimization scheduler developed by NEXTOPT comes with built-in planning optimization AI! We will handle the setup and customization, so there is no need for complex configurations on-site. With an easy-to-understand interface, operation is simple. We also offer demos, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that could not be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, and skill matching. 【Common Scenarios】 - Issues faced: - Due to sudden absences of manufacturing workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that considers skill maps. - Since changing plans due to personnel absences required significant effort, cost recovery is possible immediately.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? NEXTOPT's real-time production optimization scheduler comes standard with planning optimization AI! We will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demonstrations, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that could not be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of manufacturing workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, certain complex processes inevitably become specialized, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that takes skill maps into account. - Since changing plans due to personnel absences was time-consuming, cost recovery can be achieved quickly.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? NEXTOPT's real-time production optimization scheduler comes standard with planning optimization AI! We will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface, operation is simple. We also offer demos, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that couldn't be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Scenarios】 - Issues faced: - Due to sudden absenteeism of production workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that takes skill maps into account. - Since changing plans due to personnel absenteeism was time-consuming, costs can be recovered quickly.

Have you ever struggled with the implementation of general-purpose packages like production schedulers? NEXTOPT's real-time production optimization scheduler comes standard with planning optimization AI! We will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demos, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that could not be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of production workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that takes skill maps into account. - Since changing plans due to personnel absences required significant effort, cost recovery is possible immediately.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? The real-time production optimization scheduler developed by NEXTOPT comes standard with planning optimization AI! Our company will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demos, so please feel free to contact us. 【Features】 - Automatically generates plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that couldn't be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of manufacturing workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that considers skill maps. - Since changing plans due to personnel absences was time-consuming, cost recovery can be achieved quickly.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? The real-time production optimization scheduler developed by NEXTOPT comes standard with planning optimization AI! Our company will handle the setup and customization, so there’s no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demonstrations, so please feel free to contact us. 【Features】 - Automatically generate plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that could not be realized with general-purpose schedulers, such as minimizing changeover time and delivery delays, and skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of manufacturing workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes have to be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that takes skill maps into account. - Since changing plans due to personnel absences required significant effort, cost recovery is possible immediately.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? The real-time production optimization scheduler developed by NEXTOPT comes with built-in planning optimization AI! Our company will handle the setup and customization, so there’s no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demos, so please feel free to contact us. 【Features】 - Automatically generate plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that couldn't be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of manufacturing workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that takes skill maps into account. - Since changing plans due to personnel absences required significant effort, cost recovery is possible immediately.

Have you ever struggled with the implementation of general-purpose packages like production schedulers? NEXTOPT's real-time production optimization scheduler comes with built-in planning optimization AI! We will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface and simple operation, we also offer demonstrations, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that could not be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, as well as skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of production workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can handle sudden personnel changes. - Proposal: - An automatic scheduler for production planning that takes skill maps into account. - Since changing plans due to personnel absences was time-consuming, cost recovery is possible immediately.

Have you ever faced setbacks in implementing general-purpose packages like production schedulers? The real-time production optimization scheduler developed by NEXTOPT comes standard with planning optimization AI! We will handle the setup and customization, so there's no need for complex configurations on-site. With an easy-to-understand interface, operation is simple. We also offer demonstrations, so please feel free to contact us. 【Features】 - Automatically create plans with one click in response to process progress and unexpected changes. - Customization of unique algorithms that couldn't be achieved with general-purpose schedulers, such as minimizing changeover time and delivery delays, and skill matching. 【Common Cases】 - Issues faced: - Due to sudden absences of production workers, it was necessary to change the production plan each time, which was very troublesome. - Although we are promoting multi-skilled workers, there are situations where difficult processes must be assigned to specific individuals, and we need a scheduler that can accommodate sudden personnel changes. - Proposal: - An automatic scheduler for production planning that considers skill maps. - Since changing plans due to personnel absences was time-consuming, cost recovery can be achieved quickly.

In the electronics industry, there is a demand for improved yield and increased production efficiency. The occurrence of defective products leads to increased costs and is a factor that reduces competitiveness. A real-time production optimization scheduler responds to process progress and unexpected changes with a single click, automatically devising plans. This contributes to the optimization of production plans and the improvement of yield. 【Usage Scenarios】 - When delays in parts supply occur - During sudden changes in the production line - When worker absenteeism occurs 【Effects of Implementation】 - Reduction in lead time - Improvement in on-time delivery rate - Reduction in planning change workload

In the semiconductor industry, there is a demand for addressing diverse needs in wafer manufacturing and improving the efficiency of manufacturing processes. In particular, delays in manufacturing processes and line stoppages can lead to missed deadlines and decreased customer satisfaction. A real-time production optimization scheduler responds to process progress and unexpected changes with a single click, automatically devising plans. This contributes to shortening lead times and improving on-time delivery rates. 【Usage Scenarios】 - When delays occur in component supply during the wafer manufacturing process - During sudden changes in the production line - When worker absenteeism occurs 【Effects of Implementation】 - Shortened lead times - Improved on-time delivery rates - Reduced planning change workload

In the food industry, managing expiration dates is extremely important. Food loss due to expired products not only leads to losses for companies but also increases the burden on the environment. A real-time production optimization scheduler responds to process progress and unexpected changes with a single click, automatically planning production schedules. This optimizes the production plans for products with short expiration dates, contributing to the reduction of food loss and an increase in profits. 【Usage Scenarios】 - Production of foods with short expiration dates - Optimization of inventory management - Changes in production lines 【Benefits of Implementation】 - Reduction of food loss - Optimization of inventory management - Improvement of profit margins

In the pharmaceutical industry, thorough traceability is required to ensure product quality assurance and safety. Progress management of each step in the manufacturing process is essential for identifying causes and responding quickly when issues arise. A real-time production optimization scheduler responds to progress and unexpected changes with a single click, automatically devising plans. This promotes the visualization of the manufacturing process and contributes to improved traceability. 【Usage Scenarios】 - Progress management of manufacturing processes - Lot management - Quality control 【Benefits of Implementation】 - Improved traceability - Increased efficiency in quality management - Rapid response in case of issues

In the textile industry, optimizing inventory is essential to meet the diverse needs of customers. Excess inventory increases storage costs, while insufficient inventory can lead to lost opportunities. A real-time production optimization scheduler responds to process progress and unexpected changes with a single click, automatically creating plans. This helps optimize inventory, shorten lead times, and improve on-time delivery rates. 【Use Cases】 - When there are delays in raw material supply - When there are sudden changes in the production line - Adjusting excess or insufficient inventory 【Benefits of Implementation】 - Reduced lead times - Improved on-time delivery rates - Optimized inventory - Reduced planning change workload

In the machine tool industry, there is a demand for reducing setup time to accommodate small-batch, high-variety production. If setup changes take too long, production efficiency decreases, which can lead to delays in delivery to customers. A real-time production optimization scheduler responds to process progress and unexpected changes with a single click, automatically devising plans. This contributes to reducing setup time and improving on-time delivery rates. 【Usage Scenarios】 - When delays in parts supply occur - During sudden changes in the production line - When worker absenteeism occurs 【Effects of Implementation】 - Reduction in lead time - Improvement in on-time delivery rates - Reduction in planning change workload

This document explains factory automation (FA) × AI. We provide detailed introductions to our AI products, such as the "AI Standard Equipped Production and Personnel Allocation Optimization Scheduler," "Work Analysis and Know-How Automatic Collection AI," and "Equipment Predictive Maintenance and Safety Management AI." Additionally, we include case studies, making it a useful reference when selecting products. Please download it and take a look. 【Contents (partial)】 ■ Is your factory in this situation? ■ Examples of inquiries we have received from customers ■ Why simply advancing FA has its limitations ■ How to maximize productivity by optimizing all elements ■ NEXTOPT optimizes factories with FA × AI *For more details, please download the PDF or feel free to contact us.

In the automotive industry, quality inspection requires high precision and efficiency to ensure product reliability. Particularly as the manufacturing processes become more diverse and complex, delays and oversights in quality inspection can increase the risk of recalls and undermine corporate trust. Our FA×AI solution optimizes the inspection process using AI, improving inspection accuracy while reducing inspection time. 【Application Scenarios】 - Dimensional inspection of automotive parts - Appearance inspection - Inspection of assembly processes 【Benefits of Implementation】 - Improved inspection accuracy - Reduced inspection time - Early detection of defects - Cost reduction

In the pharmaceutical industry, quality control and an efficient production system are essential. Optimizing process management leads to maintaining product quality, reducing manufacturing costs, and ensuring compliance. However, traditional FA systems alone have limitations in maximizing productivity. Our FA×AI solution utilizes AI to achieve optimization across the entire process. 【Application Scenarios】 - Progress management of the manufacturing process - Efficiency improvement in quality inspection - Optimization of personnel allocation 【Effects of Implementation】 - Increased productivity - Stabilization of quality - Cost reduction

In the electronics industry, the speed and accuracy of defect analysis are essential for product quality management. If identifying the causes of defects takes too long, it can lead to decreased productivity and customer complaints. Our FA×AI solution utilizes AI to streamline defect analysis and expedite root cause investigation. This helps reduce the incidence of defective products and contributes to improving product quality. 【Use Cases】 - Analysis of the causes of defective products - Improvement of manufacturing processes - Streamlining of quality management 【Benefits of Implementation】 - Reduction in defect analysis time - Decrease in defective products - Increase in productivity

In the metal processing industry, there is a constant demand for improved precision that affects product quality. In recent years, the need for high-precision processing technologies has increased, making the reduction of defective products and improvement of yield important challenges. Even with the introduction of factory automation (FA), there are limits to optimizing equipment alone, and further productivity improvements can be difficult. Our FA×AI solution utilizes AI to optimize the entire production process, achieving enhanced precision in metal processing. 【Application Scenarios】 - Cutting, polishing, and welding processes in metal processing - Reduction of defective product occurrence rates - Stable supply of high-quality products 【Effects of Implementation】 - Improved processing precision - Reduction of defective products - Increased productivity

In the chemical industry, the efficiency of manufacturing processes and quality control are crucial. In particular, the optimization of raw material blending, reaction conditions, and product quality stabilization are required. Relying solely on FA can make it difficult to fully optimize these elements, leading to limitations in productivity. Our FA×AI solution utilizes AI to optimize the entire production process, achieving improvements in productivity, stabilization of quality, and cost reduction. 【Application Scenarios】 - Optimization of production scheduling in chemical plants - Optimization of raw material blending ratios - Predictive maintenance of manufacturing equipment - Automation of quality inspections 【Benefits of Implementation】 - Maximization of production volume - Reduction of quality defect rates - Decrease in equipment downtime - Cost reduction

In inventory management within the logistics industry, it is important to accurately grasp the inventory count and maintain an appropriate amount of stock. Excess inventory increases storage costs, while shortages lead to lost opportunities. By utilizing AI, it becomes possible to enhance the accuracy of demand forecasting and maintain optimal inventory levels. Our FA×AI solution contributes to the efficiency of inventory management and cost reduction. 【Use Cases】 - Automatic counting of inventory within the warehouse - Automation of inbound and outbound management - Optimization of order quantities based on demand forecasting 【Effects of Implementation】 - Reduction of inventory management costs - Decrease in lost opportunities due to stockouts - Increased efficiency of warehouse operations

In the textile industry, accurate color identification is a crucial factor that affects product quality and customer satisfaction. In particular, variations in color between lots and differences in how colors appear under different lighting conditions can lead to the occurrence of defective products and customer complaints. Our FA×AI solution utilizes AI to enhance the accuracy of color identification and address these challenges. This leads to improved production efficiency and stabilized quality. 【Application Scenarios】 - Fabric color inspection - Thread color identification - Product color sorting 【Benefits of Implementation】 - Improved color identification accuracy - Reduction of defective products - Increased productivity

In the aerospace industry, strict implementation of parts inspection is essential to ensure product safety and reliability. In particular, aircraft components require high precision and quality, and even the slightest defect cannot be overlooked. However, traditional visual inspections and manual checks not only take time and incur costs but also depend on the experience and ability of the inspectors, which can lead to variability in inspection accuracy. Our FA×AI solution addresses these challenges and optimizes the inspection process. 【Use Cases】 - Inspection in the manufacturing process of aircraft components - Parts inspection for space-related equipment - Automatic collection and analysis of inspection data 【Benefits of Implementation】 - Reduction in inspection time - Improvement in inspection accuracy - Decrease in inspection costs