コアコンセプト・テクノロジー Product Lineup

In the semiconductor manufacturing process, the 3D representation of design data is advancing, and there is a demand for improved efficiency in data collaboration during the manufacturing process. The conversion from 3D data to 2D drawings and the time required for creating estimates are challenges that lead to longer manufacturing lead times. Orizuru 3D utilizes 3D shape processing technology to address these issues. It enables direct procurement of parts from 3D data, contributing to the efficiency of the manufacturing process. 【Usage Scenarios】 - Procurement of parts from 3D data - Reduction of estimation time - Shortening of manufacturing lead times 【Benefits of Implementation】 - Elimination of the need for 2D drawing creation, leading to more efficient procurement operations - Reduction of development time - Strengthening of competitiveness through in-house core technology development

• 3D CAD
• Process Control System
• Cost Management System

In the energy industry, equipment maintenance is essential for stable operation, requiring rapid parts procurement and accurate information management. Particularly, procuring parts for aging equipment and identifying parts when drawings are not available pose challenges that consume significant time and costs. Orizuru 3D addresses these issues by quickly obtaining necessary information from 3D data and streamlining the parts procurement process. 【Use Cases】 - Parts procurement for aging equipment - Parts identification when drawings are unavailable - Parts arrangement from 3D data 【Benefits of Implementation】 - Elimination of the need for 2D drawing creation, leading to more efficient procurement operations - Reduction in parts procurement time - Contribution to stable operation of equipment

• 3D CAD
• Process Control System
• Cost Management System

In the steel industry, stable operation of equipment is essential, and rapid parts procurement and accurate information management are required. In particular, there are challenges in procuring parts for aging equipment and identifying parts when drawings are not available, which can take a lot of time and cost. Orizuru 3D addresses these challenges by quickly obtaining necessary information from 3D data and streamlining the parts procurement process. 【Usage Scenarios】 - Parts procurement for aging equipment - Parts identification when drawings are not available - Parts arrangement from 3D data 【Benefits of Implementation】 - Elimination of the need for 2D drawing creation, leading to more efficient procurement operations - Reduction in parts procurement time - Contribution to stable operation of equipment

• 3D CAD
• Process Control System
• Cost Management System

In the preservation of railway infrastructure, stable operation of equipment is essential, and rapid procurement of parts and accurate information management are required. In particular, there are challenges in procuring parts for aging equipment and identifying parts when no drawings are available, which can take a lot of time and cost. Orizuru 3D addresses these challenges by quickly obtaining necessary information from 3D data and streamlining the parts procurement process. 【Usage Scenarios】 - Parts procurement for aging equipment - Parts identification when there are no drawings - Parts arrangement from 3D data 【Benefits of Implementation】 - Elimination of the need for 2D drawing creation, leading to more efficient procurement operations - Reduction in parts procurement time - Contribution to stable operation of equipment

• 3D CAD
• Process Control System
• Cost Management System

In the shipbuilding industry, welding inspections require high quality and safety assurance. In particular, accurately inspecting welds in complex-shaped structures is a time-consuming and costly challenge. Orizuru 3D addresses these challenges by quickly obtaining necessary information from 3D data and streamlining the inspection process. 【Usage Scenarios】 - Confirmation of weld shapes - Creation of inspection records - Inspections from 3D data 【Benefits of Implementation】 - Reduction of inspection time - Improvement of inspection accuracy - Strengthening of quality control

• 3D CAD
• Process Control System
• Cost Management System

In the precision machinery industry, precise shape analysis is essential to guarantee the quality and performance of products. The use of 3D data is crucial for inspecting parts with complex shapes. Converting 3D data to 2D drawings and manual inspections not only take time and incur costs but also carry the risk of human error. Orizuru 3D utilizes three-dimensional shape processing technology to achieve an efficient quality inspection process based on 3D data. 【Usage Scenarios】 - Dimensional inspection of precision machine parts - Quality control in the manufacturing process 【Benefits of Implementation】 - Inspection can be conducted using only 3D data, eliminating the need for 2D drawing creation - Reduction in inspection time and costs - Improvement in inspection accuracy

• 3D CAD
• Process Control System
• Cost Management System

In the electronics industry, there is a demand for improved efficiency in manufacturing processes and enhanced quality. Particularly in low-volume, high-variety production and complex process management, real-time information sharing and quick decision-making are crucial. Delays in processes and quality issues can lead to increased costs and a loss of trust from customers. "Orizuru MES" supports a gradual transition to a smart factory while leveraging existing equipment and systems. 【Use Cases】 - Process management in electronics manufacturing - Visualization of productivity - Strengthening quality control 【Benefits of Implementation】 - Increased productivity through process optimization - Stabilization of quality - Reduction of waste

• Process Control System

In the semiconductor industry, accurate understanding of equipment information and prompt maintenance response are crucial for the stable operation of specialized equipment in clean rooms. Particularly for equipment without existing drawings, confirming the structure and identifying necessary parts can be time-consuming, increasing the burden of maintenance tasks. Orizuru 3D provides an environment where equipment information can be intuitively grasped from 3D data, supporting the acceleration of maintenance responses and parts verification. 【Usage Scenarios】 - Procurement of parts for aging equipment in clean rooms - Identification of parts when drawings are not available - Arrangement of parts from 3D data 【Benefits of Implementation】 - Elimination of the need for 2D drawing creation, leading to more efficient procurement operations - Reduction in parts procurement time - Contribution to the stable operation of equipment

• 3D CAD
• Process Control System
• Cost Management System

In a food factory, stable operation of equipment is essential for maintaining product quality and productivity. Rapid procurement of parts and accurate information management are crucial elements in the maintenance operations of a food factory. In particular, there are challenges related to the time and cost involved in procuring parts for aging equipment and identifying parts when there are no drawings available. Orizuru 3D addresses these challenges by quickly obtaining the necessary information from 3D data and streamlining the parts procurement process. 【Use Cases】 - Procurement of parts for aging equipment - Identification of parts when there are no drawings - Arrangement of parts from 3D data 【Benefits of Implementation】 - Elimination of the need for 2D drawing creation, leading to more efficient procurement operations - Reduction in parts procurement time - Contribution to stable operation of equipment

• 3D CAD
• Process Control System
• Cost Management System

In the manufacturing industry, it is essential to operate multiple core business processes such as production planning, process management, inventory management, quality control, and cost management in a coordinated manner. However, when information is dispersed across departments, issues such as delays in progress tracking, inventory shortages or surpluses, delays in responding to quality issues, and a lack of visibility into costs are likely to arise. ERP is a core system that centralizes this information, supporting real-time information sharing and rapid decision-making. By enabling flexible implementation tailored to customer needs and business flows, it contributes to improved productivity, cost reduction, enhanced quality, and better adherence to delivery deadlines. 【Usage Scenarios】 - Progress management of production planning and manufacturing processes - Optimization of inventory management and material procurement - Quality control and rapid response to defects - Cost management and visibility of profitability 【Benefits of Implementation】 - Increased productivity - Cost reduction - Improved quality - Enhanced adherence to delivery deadlines

• ERP Package

In quality management within the manufacturing industry, it is important to maintain and improve quality and ensure traceability throughout the entire manufacturing process, from product planning and design. Particularly during design changes or when manufacturing issues arise, prompt and accurate information sharing and response are required. Core Concept Technology × aras INNOVATOR supports the resolution of these challenges through PLM implementation. By centralizing data and ensuring seamless information flow, it achieves reduced lead times, rapid reflection of design changes, integrated management of BOM, and optimization of production planning. 【Usage Scenarios】 - Streamlining the product quality management process - Accelerating design change management - Strengthening information collaboration with the manufacturing site 【Benefits of Implementation】 - Early detection and response to quality issues - Improvement in product quality - Cost reduction

• Process Control System

In the energy industry, equipment maintenance is essential for maintaining stable operation of facilities, which requires planned maintenance, prompt repair responses, and optimization of parts management. Particularly for large-scale equipment such as plants and power stations, managing design information, parts information, and maintenance history in a decentralized manner can lead to delays in response and variations in maintenance quality. Core Concept Technology × Aras Innovator centralizes design information, parts information, and maintenance history related to equipment, supporting the efficiency of maintenance operations. This contributes to reducing the risk of equipment downtime, optimizing maintenance costs, and improving safety. 【Use Cases】 - Preventive maintenance of plant equipment - Regular inspections of power station equipment - Maintenance management of energy supply infrastructure 【Implementation Effects】 - Reduction of equipment downtime risk - Optimization of maintenance costs - Improvement of safety

• Process Control System

In the construction industry, in addition to cost management for each project, it is necessary to manage multiple tasks in coordination, such as budget management, performance management, understanding outsourcing and labor costs, and confirming the financial status of ongoing projects. However, if information is dispersed across departments or projects, it may lead to delays in understanding costs, overlooking deteriorating financial conditions, and delays in management decisions. ERP is a core system that supports accurate cost management and rapid decision-making in the construction industry by centralizing such information and visualizing the financial status and budget vs. actual conditions for each project. By enabling flexible implementation that aligns with customer needs and business flows, it contributes to the visualization of profitability, cost reduction, and expedited management decisions. 【Use Cases】 - Financial management by project - Comparative analysis of budget and actual performance - Cost management of materials, labor, and outsourcing - Profitability management of ongoing projects 【Benefits of Implementation】 - Visualization of profitability by project - Achievement of cost reduction - Acceleration of management decisions - Reduction of budget overrun risks

• ERP Package

In the electronic equipment industry, there is a demand for the efficiency of various processes such as design data management, simulation, prototyping, and evaluation in design support. In particular, a quick response to design changes and the reduction of design errors are crucial. This document explains the overview and necessity of DX (Digital Transformation) in the manufacturing industry and supports problem-solving in the design process. 【Usage Scenarios】 - Version management of design data - Utilization of simulations - Streamlining of prototyping and evaluation processes 【Benefits of Implementation】 - Shortening of design periods - Improvement of design quality - Cost reduction

• Other production management systems

In the machine tool industry, remote monitoring is crucial for understanding the operational status of machines in real-time and for early detection of anomalies. This enables a reduction in downtime and an improvement in production efficiency. This document explains the overview and necessity of DX (Digital Transformation) in the manufacturing industry, as well as what can be achieved through manufacturing DX. It provides a detailed explanation of the differences between DX and IT implementation, examples of smart factory concepts, and the reasons why manufacturing DX is necessary. It also includes examples of improved traceability due to the introduction of DX, making it easy to reference. Please take a look. 【Usage Scenarios】 - Remote monitoring of machine tool operational status - Early response through anomaly detection - Improvement of production efficiency 【Effects of Implementation】 - Real-time understanding of machine operational status - Reduction of downtime through early detection of anomalies - Increase in productivity

• Other production management systems