マーブル　 Product Lineup

In the robotics industry, complex mechanism design and simulations based on actual operations are required. In particular, the range of motion of robotic arms, interference checks, and operational verification on actual production lines are directly linked to development efficiency and product reliability. Inadequate simulations can lead to rework during the design phase and unexpected issues during actual operation. CADSUPERWorksII integrates an advanced 3D design environment with a highly flexible 2D design/drawing creation environment, efficiently supporting everything from robot design to motion simulation. 【Usage Scenarios】 - Analysis of the range of motion of robotic arms - Interference checks between multiple robots - Motion simulation on production lines - 3D modeling using existing drawings 【Benefits of Implementation】 - Improved design accuracy - Reduced development time - Risk reduction before actual verification - Increased efficiency in drawing creation tasks

• 3D CAD

In the medical device industry, precise design considering compatibility with the human body and the creation of detailed drawings required in the manufacturing process are crucial. Particularly in the design of devices with complex shapes and areas that come into contact with the human body, high precision and flexible responses are necessary. Inadequate design or drawings can potentially affect the safety and functionality of the product. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, supporting precise design and efficient drawing creation for medical devices. 【Usage Scenarios】 - 3D modeling of complex shapes considering human compatibility - Creation of detailed 2D drawings usable in manufacturing - 3D conversion utilizing existing 2D drawing assets 【Benefits of Implementation】 - Ensured safety through improved design accuracy - Reduced development lead time - Increased efficiency in drawing creation within the manufacturing process

• 3D CAD

In the design of industrial equipment enclosures, both accurate representation of complex mechanical components through 3D design and the creation of detailed drawings that are easy to use in the manufacturing field are required. This importance increases particularly when there is a desire to advance 3D modeling while effectively utilizing existing 2D drawing assets, or when unique modeling methods tailored to on-site needs are necessary. CADSUPERWorksII addresses these challenges by integrating an advanced 3D design environment with a highly flexible 2D design/drawing creation environment, thereby supporting an efficient and flexible design process. 【Usage Scenarios】 - 3D modeling based on existing 2D drawings - Drawing creation from 3D models (such as hidden line processing for only necessary parts) - Modeling according to on-site requirements - Design verification before prototyping 【Benefits of Implementation】 - Reduction in design man-hours - Increased efficiency in drawing creation - Effective utilization of past drawing assets - Improvement in design quality

• 3D CAD

In the shipbuilding industry, both complex shape modeling and detailed drawing creation are required in hull structure design. In particular, when incorporating the latest 3D designs while utilizing past drawing assets, or when creating 2D drawings that are easy to use on the manufacturing floor, flexible responses are essential. Inconsistent data and drawings that make the design intent difficult to convey can lead to rework and manufacturing errors. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, thereby streamlining the process from design to manufacturing. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Efficient 2D drawing creation from 3D models - Application of modeling methods tailored to site needs 【Benefits of Implementation】 - Reduction in design man-hours - Improvement in drawing creation accuracy - Strengthening collaboration with the manufacturing floor

• 3D CAD

In the plant industry, both the utilization of existing 2D drawing assets and 3D modeling that allows for detailed examination on-site are required for the design of complex piping layouts. In particular, interference checks for piping and ensuring maintainability are directly linked to the safety and operational rate of the plant, making an advanced design environment essential. CADSUPERWorksII addresses these challenges by achieving improved design efficiency and high-precision piping layout design through seamless integration of 2D and 3D. 【Usage Scenarios】 - Creation of 3D models based on existing 2D piping drawings - Development and editing of 2D drawings from 3D models - Interference checks and corrections for piping - Creation of drawings suitable for on-site verification 【Benefits of Implementation】 - Reduction of design man-hours - Decrease in design errors - Improvement in maintainability - Facilitation of information sharing among stakeholders

• 3D CAD

In the mechanical design industry, both high-precision 3D models and easy-to-use 2D drawings are required for the analysis and verification of complex mechanisms. Particularly in mechanism analysis, the ability to quickly respond to design changes and create detailed drawings based on analysis results is essential for improving the efficiency and quality of product development. CADSUPERWorksII is an integrated CAD system that meets these needs. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Efficient creation of 2D drawings from 3D models - Realization of detailed designs necessary for mechanism analysis 【Benefits of Implementation】 - Quick response to design changes - Accurate drawing creation based on analysis results - Streamlining of the development process and reduction of lead times

• 3D CAD

In the electronics industry, particularly in circuit board design, the accuracy of complex wiring and component placement directly impacts product performance. It is essential to create three-dimensional models while effectively utilizing existing two-dimensional drawing assets and to generate two-dimensional drawings that can be used in the manufacturing process. An inadequate design environment can lead to rework and manufacturing issues. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, supporting efficient circuit board design. 【Usage Scenarios】 - Transitioning from existing two-dimensional circuit diagrams to three-dimensional models - Component placement and wiring design from three-dimensional models - Automatic generation of two-dimensional drawings necessary for manufacturing - Rapid response to design changes 【Benefits of Implementation】 - Reduction in design man-hours - Improvement in design quality - Decrease in rework - Strengthening collaboration with the manufacturing process

• 3D CAD

In the aerospace industry, aircraft modeling requires accurate design of complex shapes and the creation of detailed drawings necessary for manufacturing and maintenance. In particular, ensuring the safety and performance of the aircraft necessitates a combination of advanced 3D design capabilities and flexible 2D drawing creation functions that respond to on-site needs. CADSUPERWorksII is an integrated CAD system that meets these requirements. 【Usage Scenarios】 - Modeling complex shapes of aerospace aircraft - Streamlining drawing revisions due to design changes - Creating 2D drawings usable in manufacturing environments 【Benefits of Implementation】 - Improved design accuracy - Reduced development time - Effective utilization of design assets

• 3D CAD

In the automotive parts industry, both advanced 3D design environments for complex part designs and highly flexible 2D drawing creation environments for collaboration with manufacturing sites are required. In particular, leveraging existing 2D drawing assets and modeling methods tailored to on-site needs are essential for improving development efficiency. CADSUPERWorksII addresses these challenges and supports the process from design to manufacturing through seamless integration of 3D models and 2D drawings. 【Usage Scenarios】 - When you want to streamline drawing creation primarily using 3D models. - When you want to effectively utilize existing 2D drawing assets and advance to 3D. - When you want to incorporate modeling methods that meet on-site requirements. 【Benefits of Implementation】 - Reduction in drawing creation time from 3D models. - Increased efficiency in design by utilizing past drawing assets. - Flexible design responses tailored to on-site needs.

• 3D CAD

In the medical device industry, there is a demand for housing design that balances safety and functionality. Particularly when complex shapes and precise component arrangements are required, both the ability to model in three dimensions and the capability to create two-dimensional drawings usable in manufacturing are essential. CADSUPERWorksII addresses these challenges by allowing the coexistence of an advanced three-dimensional design environment and a highly flexible two-dimensional design/drawing creation environment, enabling the incorporation of the latest three-dimensional design while effectively utilizing existing two-dimensional drawing assets or introducing modeling methods tailored to on-site needs. 【Usage Scenarios】 - 3D modeling of medical device housings with complex shapes - Creation of 3D models based on existing 2D drawings - Production of 2D drawings for manufacturing sites - Rapid response to design changes 【Benefits of Implementation】 - Streamlining of the design process - Improvement in design quality - Strengthening collaboration with manufacturing sites - Reduction of development time

• 3D CAD

In the food machinery industry, designs that meet hygiene standards are required. In particular, a design environment that can accurately express details is important for parts design that considers cleanability and washability, as well as the overall layout design of the manufacturing line. Inadequate design can increase hygiene risks and potentially affect the quality and safety of products. CADSUPERWorksII addresses these challenges by efficiently performing detailed modeling and drawing creation necessary for hygienic design. 【Usage Scenarios】 - Modeling of part shapes to meet hygiene standards - Layout design of manufacturing lines considering cleaning and sanitation - Design verification through 3D modeling using existing drawings 【Benefits of Implementation】 - Improved accuracy of hygienic design - Reduction in design man-hours - Support for compliance adherence

• 3D CAD

In the design of industrial robot arms, both the modeling of complex mechanisms and the creation of detailed drawings that can be utilized in manufacturing environments are required. In particular, accurately understanding the range of motion, checking for interference between parts, and creating drawings that consider ease of assembly in the manufacturing process directly impact product quality and production efficiency. CADSUPERWorksII is an integrated CAD solution designed to meet the advanced demands of industrial robot arm design. 【Usage Scenarios】 - Creation of 3D models of robot arms - Arm design utilizing existing 2D drawings - Creation of 2D drawings for manufacturing environments - Interference checks between parts 【Benefits of Implementation】 - Improved design efficiency - Reduction of design errors - Strengthened collaboration with manufacturing processes - Effective utilization of past drawing assets

• 3D CAD

In the design of semiconductor manufacturing equipment enclosures, a wide range of requirements must be met, including the optimization of the arrangement of complex mechanical components, wiring and piping routes, and the creation of drawings necessary for processing in the manufacturing environment. In particular, designs that consider precise assembly and maintainability are crucial. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, thereby improving design efficiency and accelerating the drawing creation process. 【Usage Scenarios】 - Creation of 3D models of equipment enclosures and interference checks - Examination of component placement and wiring/piping routes - Creation of 2D drawings for the manufacturing site - Utilization of existing 2D drawing assets 【Benefits of Implementation】 - Rapid response to design changes - Reduction of rework leading to shortened development periods - Smooth information sharing with the manufacturing department - Increased efficiency in drawing creation tasks

• 3D CAD

In the shipbuilding industry, particularly in the design of hull structures, there is a demand for modeling complex shapes and creating detailed 2D drawings that can be utilized in the manufacturing process. Leveraging past drawing assets and employing modeling techniques tailored to on-site needs are crucial. CADSUPERWorksII addresses these challenges by integrating an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, thereby supporting efficient and accurate hull structure design. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Efficient creation of 2D drawings from 3D models - Modeling according to on-site requirements 【Benefits of Implementation】 - Reduction in design man-hours - Improvement in drawing accuracy - Effective utilization of past assets

• 3D CAD

In the plant industry, piping layout design requires an accurate understanding of complex piping routes, interference checks with existing equipment, and the creation of detailed drawings that consider on-site constructability. Particularly, meticulous examination during the design phase is essential to maintain the safety and operational efficiency of the plant. CADSUPERWorksII integrates an advanced three-dimensional design environment with a highly flexible two-dimensional design/drawing creation environment, addressing these challenges in plant piping layout design. 【Usage Scenarios】 - Design for updating and expanding existing plant piping - Consideration of piping layout for new plants - Creation of drawings for on-site constructability verification 【Benefits of Implementation】 - Reduction of rework due to improved design accuracy - Efficient design work through the integration of 3D models and 2D drawings - Flexible drawing creation tailored to on-site needs

• 3D CAD

In the electrical industry, enclosure design requires complex 3D modeling and the creation of detailed 2D drawings needed in the manufacturing process. Particularly in enclosure designs with a large number of components, if the integration between the 3D model and the 2D drawings is not smooth, it can lead to decreased design efficiency and rework in drawing creation. CADSUPERWorksII integrates an advanced 3D design environment with a highly flexible 2D design/drawing creation environment to address these challenges. 【Usage Scenarios】 - Enclosure design based on 3D models - Design changes utilizing existing 2D drawing assets - Creation of 2D drawings for manufacturing 【Benefits of Implementation】 - Reduction in design man-hours - Increased efficiency in drawing creation - Improvement in design quality

• 3D CAD

In the mechanical manufacturing industry, when conducting mechanism analysis, accurate modeling of complex mechanisms and the ability to create detailed drawings necessary for analysis are required. In particular, efficiently creating 3D models suitable for analysis while effectively utilizing existing design assets leads to reduced development time and improved accuracy. CADSUPERWorksII provides a 2D drawing creation environment that combines an advanced three-dimensional design environment with unique modeling techniques that meet on-site demands to address these needs. 【Usage Scenarios】 - 3D modeling utilizing existing 2D drawing assets - Creation of 3D models suitable for mechanism analysis - Creation of 2D drawings reflecting analysis results 【Benefits of Implementation】 - Improved accuracy of mechanism analysis - Streamlined design and analysis processes - Effective utilization of past drawing assets

• 3D CAD

In the aerospace industry, aircraft modeling requires accurate reproduction of complex shapes and the creation of detailed drawings necessary for manufacturing and maintenance. Particularly, since it directly relates to the safety and performance of the aircraft, precise modeling during the design phase and the consistency of complementary drawings are crucial. Inconsistencies or design oversights can lead to development delays, increased costs, and even safety issues. CADSUPERWorksII addresses these challenges by coexisting advanced 3D design environments with highly flexible 2D design/drawing creation environments, enabling efficient and accurate aircraft modeling. 【Usage Scenarios】 - 3D modeling of complex aerospace aircraft shapes - Streamlining drawing revisions due to design changes - Creation of 2D drawings usable in manufacturing settings - 3D modeling utilizing past drawing assets 【Benefits of Implementation】 - Improved design accuracy - Reduced development time - Decreased rework - Enhanced collaboration with manufacturing processes

• 3D CAD

In the automotive parts industry, both advanced 3D design environments for complex part designs and highly flexible 2D drawing creation environments for manufacturing sites are required. In particular, leveraging existing 2D drawing assets and modeling methods tailored to on-site needs are essential for improving development efficiency. CADSUPERWorksII addresses these challenges and streamlines the process from design to manufacturing. 【Usage Scenarios】 - Part design focused on 3D models - 3D conversion based on existing 2D drawings - Creation of 2D drawings for manufacturing sites 【Benefits of Implementation】 - Reduction in drawing creation time from 3D models - Decrease in redesign labor through effective use of existing drawing assets - Flexible modeling according to on-site requirements - Streamlining of the design process through 2D/3D integration

• 3D CAD

In the shipbuilding industry, particularly in the design of hull structures, there is a demand for modeling complex shapes, rapid responses to design changes, and precise coordination with manufacturing processes. Inadequacies in hull structure drawings can lead to serious issues such as delays in construction schedules and nonconformities of components. CADSUPER, a domestically produced hybrid 2D CAD system that also supports 3D data, addresses these challenges in hull structure design. With its intuitive operability, compatibility with other data formats, and various essential functions for designers, it supports improved design efficiency and smoother drawing management. 【Usage Scenarios】 - Design and modeling of hull structures - Modifications and edits of drawings due to design changes - Collaboration with other data formats - Information sharing with manufacturing sites 【Benefits of Implementation】 - Reduction in hull structure design time - Increased efficiency in drawing management tasks - Decrease in design errors - Smoother manufacturing processes

• 2D CAD machine

In the railway vehicle parts industry, a rapid response to design changes and accurate management of drawings are required. In particular, the accuracy of drawings is crucial for the efficiency of the manufacturing process and quality control. Errors in drawings can lead to nonconforming parts and manufacturing delays. CADSUPER is a domestically produced hybrid 2D CAD system that also supports 3D data. It offers essential features for designers, such as intuitive drawing operations, data conversion functions for other formats, machine elements, dedicated pro commands, layers, projection drawings, and batch changes, edits, and automated processing for all tasks. This enables improved design efficiency and streamlined drawing management. 【Usage Scenarios】 - Design of railway vehicle parts - Modification and editing of drawings - Data conversion from other formats - Collaboration with manufacturing sites 【Benefits of Implementation】 - Reduction in design time - Streamlining of drawing management - Decrease in design errors - Increased efficiency in the manufacturing process

• 2D CAD machine

In the energy industry, particularly in the design of plant components, accurate modeling of complex structures and rapid response to design changes are required. The accuracy of drawings is extremely important for quality control and efficiency in the manufacturing process. Inadequacies in drawings can lead to nonconformities in parts and delays in plant operations. CADSUPER, a domestically produced hybrid 2D CAD system that also supports 3D data, meets the needs of plant component designers. With intuitive operability, compatibility with other data formats, a rich library of mechanical elements, and batch editing and automation features, it supports improved design efficiency and smooth drawing management. 【Usage Scenarios】 - Design and modeling of plant components - Modification and editing of existing drawings - Collaboration with other CAD data formats - Information sharing with manufacturing sites 【Benefits of Implementation】 - Reduction in plant component design time - Increased efficiency in drawing management tasks - Improvement in quality due to reduced design errors - Smoother manufacturing processes

• 2D CAD machine

In the field of semiconductor manufacturing equipment, high-precision design is required to accommodate fine processing, along with strict drawing management during the manufacturing process. In particular, the accuracy of drawings is directly linked to the quality and lead time of manufacturing, especially in the assembly of small parts and the design of complex piping and wiring. Even slight errors in drawings can lead to decreased equipment performance or manufacturing delays. CADSUPER is a domestically produced hybrid 2D CAD system that supports 3D data, providing essential features for designers such as intuitive drawing operations, data conversion functions for other formats, machine elements, dedicated pro commands, layers, projection drawings, and bulk changes, edits, and automated processing of all tasks. This enables improved design efficiency for semiconductor manufacturing equipment and streamlines drawing management. 【Usage Scenarios】 - Component design for semiconductor manufacturing equipment - Modification and editing of drawings to accommodate fine processing - Integration with data in other formats - Smooth collaboration with manufacturing sites 【Benefits of Implementation】 - Reduction in design time - Streamlining of drawing management - Decrease in design errors - Increased efficiency in the manufacturing process

• 2D CAD machine

In the robotics industry, particularly in precise joint design, a quick response to design changes and accurate management of drawings are required. The accuracy of drawings is crucial for streamlining the manufacturing process and maintaining quality. Inadequacies in drawings can lead to parts nonconformity or manufacturing delays. CADSUPER is a domestically produced hybrid 2D CAD system that supports 3D data, offering intuitive operability, data conversion functions for other formats, mechanical elements, dedicated pro commands, layers, projection drawings, and features that assist designers such as batch changes, editing, and automation. This enables improved efficiency in joint design and smoother drawing management. 【Usage Scenarios】 - Design of robotic joint components - Modification and editing of drawings - Importing data from other formats - Collaboration with manufacturing sites 【Benefits of Implementation】 - Reduction in joint design time - Streamlining of drawing management - Decrease in design errors - Smoother manufacturing processes

• 2D CAD machine

In the industrial machinery sector, precise drawing creation is required for the design of complex mechanisms and accurate simulation of their operation. Particularly in mechanism simulation, the ability to quickly respond to design changes and accurately manage drawings directly impacts development efficiency and product reliability. Inadequacies in drawings can lead to errors in simulation results and rework in the manufacturing process. CADSUPER is a domestically produced hybrid 2D CAD system that supports 3D data, offering essential features for designers such as intuitive drawing operations, data conversion functions for other formats, mechanical elements, dedicated pro commands, layers, projection views, and batch changes, edits, and automated processing of all tasks. This enables improvements in the accuracy of drawings necessary for mechanism simulation and streamlines design and management operations. 【Usage Scenarios】 - Mechanism design for industrial machinery - Creation and modification of drawings for mechanism simulation - Collaboration with CAD data in other formats - Information sharing with the manufacturing department 【Benefits of Implementation】 - Improved accuracy of mechanism simulation - Increased efficiency in design and modification tasks - Reduction of design errors - Shortened development lead times

• 2D CAD machine

In the pharmaceutical manufacturing industry, strict hygiene management is required to ensure the quality and safety of pharmaceuticals. Particularly in the transportation of materials and products in an aseptic environment, it is essential to minimize the risk of contamination and handle items delicately. To address these challenges and alleviate labor shortages while stabilizing production processes, automated transport solutions capable of meeting these needs are indispensable. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. 【Usage Scenarios】 - Transport of materials and products within clean rooms - Automated transport between manufacturing lines - Supply and discharge to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of aseptic transport - Alleviation of labor shortages and reduction of worker burden - Reduced risk of damage to delicate materials and products - Stabilization of manufacturing processes and improvement in quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the food manufacturing (cleanroom) industry, strict hygiene management is required to maintain product quality and ensure safety. In particular, delicate operations are necessary during transportation within cleanrooms to minimize the risk of foreign matter contamination and prevent damage to sensitive foods. To address these challenges and improve productivity while alleviating labor shortages, automated transport solutions capable of meeting these needs are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. 【Usage Scenarios】 - Transportation of food and materials within cleanrooms - Automated transport between manufacturing lines - Supply and discharge of food and materials to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through the automation of food and material transport - Alleviation of labor shortages and reduction of worker burden - Reduced risk of damage to delicate foods - Stabilization of manufacturing processes and improvement in quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the chemical manufacturing industry, high safety standards are required due to the nature of the substances handled. Particularly in the transportation of hazardous materials and delicate chemicals, preventing accidents caused by human error and ensuring the safety of workers is the top priority. Additionally, accurate and careful handling is essential for stabilizing the manufacturing process and maintaining quality. There is a demand for automated transport solutions that address these challenges while enhancing safety and improving productivity. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. [Usage Scenarios] - Safe transportation of hazardous materials and high-value chemicals - Automated transport between manufacturing lines - Automatic supply and discharge to filling and packaging lines - Flexible response to layout changes [Benefits of Implementation] - Improved safety through automation of chemical transport - Alleviation of labor shortages and reduction of worker burden - Reduced risk of damage to delicate chemicals - Stabilization of the manufacturing process and improvement of quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the optical lens manufacturing industry, high precision and safety are required in handling delicate materials to maintain product quality. In particular, delicate operations to prevent damage to the easily scratched lens surfaces are a critical challenge directly linked to the yield of the manufacturing process. To address these challenges and improve productivity, automated transport solutions capable of tackling these issues are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution for these challenges. 【Use Cases】 - Automated transport between manufacturing lines - Lens supply and discharge to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of lens transport - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate lenses - Stabilization of the manufacturing process and improvement in quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the robot parts manufacturing industry, high precision and safety are required for the handling of precise components. In particular, delicate operations to prevent damage to sensitive parts during transportation between manufacturing lines are critical issues that directly affect production efficiency. To address these challenges and improve productivity, automated transport solutions capable of meeting these demands are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution for these challenges. 【Usage Scenarios】 - Automated transport between manufacturing lines - Supply and discharge of parts to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of parts transport - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate components - Stabilization of manufacturing processes and improvement in quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the aerospace parts manufacturing industry, extremely high precision and safety are required for the handling of precise components. In particular, delicate operations to prevent damage to sensitive parts and accurate transportation between manufacturing lines are critical challenges directly linked to product quality and reliability. To address these challenges and improve productivity, automated transport solutions capable of meeting these needs are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. [Usage Scenarios] - Automated transport between precision parts manufacturing lines - Supply and discharge of parts to inspection equipment - Flexible response to layout changes [Benefits of Implementation] - Increased productivity through automation of parts transport - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate parts - Stabilization of manufacturing processes and improvement of quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the medical device manufacturing industry, precise transportation within clean rooms that require advanced hygiene management is essential. To prevent damage to delicate medical devices and components while maintaining yield in the manufacturing process, automated transport solutions with high precision and safety are necessary. From the perspective of addressing labor shortages and improving productivity, automated transport systems capable of tackling these challenges are becoming increasingly important. The collaborative robot arm-equipped AGV "ΣoneRobo" provides flexible and high-precision transport solutions to address these issues. [Application Scenarios] - Transport of medical devices and components within clean rooms - Automated transport between manufacturing lines - Supply and discharge of medical devices and components to inspection equipment - Flexible response to layout changes [Benefits of Implementation] - Increased productivity through automation of medical device and component transport - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate medical devices and components - Stabilization of manufacturing processes and improvement in quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the automotive parts manufacturing industry, accurate and timely transportation of parts to the production line is essential. Particularly in cases of low-volume, high-variety production or frequent changes to the production line layout, flexible responses and reducing the burden on workers become critical challenges. To address these issues and improve productivity, automated transport solutions capable of meeting these challenges are indispensable. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. 【Usage Scenarios】 - Supply of parts to the manufacturing line - Automated transport between processes - Supply and discharge of parts to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of parts transport - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate parts - Stabilization of manufacturing processes and improvement of quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the precision machinery manufacturing industry, high accuracy and safety are required when handling products that are becoming increasingly miniaturized and highly integrated. In particular, delicate operations to prevent damage to sensitive components are a critical issue that directly affects the yield of the manufacturing process. To address these challenges and improve productivity, automated transport solutions capable of meeting these demands are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. 【Usage Scenarios】 - Automated transport between manufacturing lines - Supply and discharge of parts to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of inter-process transport - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate components - Stabilization of the manufacturing process and improvement of quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the electronic component assembly industry, the handling of increasingly miniaturized and highly integrated parts requires high precision and safety. In particular, delicate operations to prevent damage to fragile components are a critical issue directly linked to the yield of the manufacturing process. To address these challenges and improve productivity, automated transport solutions capable of meeting these needs are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution to these challenges. [Usage Scenarios] - Supply of components to the manufacturing line - Supply and discharge of components to inspection equipment - Flexible response to layout changes [Benefits of Implementation] - Increased productivity through automation of component supply - Resolution of labor shortages and reduction of worker burden - Reduced risk of damage to delicate components - Stabilization of the manufacturing process and improvement of quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the semiconductor packaging industry, precise positioning of components during the inspection process and delicate handling to prevent damage to sensitive parts significantly impact product quality. Reliable supply to inspection equipment and proper discharge after inspection are essential for smooth operation of the production line. To address these challenges, automated transport solutions capable of alleviating labor shortages, improving inspection accuracy, and reducing the burden on workers are required. The AGV "ΣoneRobo" equipped with a collaborative robotic arm provides a flexible and high-precision transport solution to these challenges. 【Usage Scenarios】 - Supply and discharge of components to inspection equipment - Automated transport between inspection processes - Transport of delicate components within clean rooms - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of the inspection process - Reduced burden on workers and stabilization of inspection accuracy - Lower risk of damage to delicate components - Stabilization of the manufacturing process and improvement in quality - Quick response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the semiconductor wafer manufacturing industry, high precision and safety are required for handling wafers as miniaturization and high integration progress. In particular, delicate operations to prevent damage to fragile wafers during transport in clean rooms are critical issues directly linked to the yield of the manufacturing process. To address these challenges and improve productivity amid labor shortages, automated transport solutions capable of meeting these needs are essential. The collaborative robot arm-equipped AGV "ΣoneRobo" provides a flexible and high-precision transport solution for these challenges. 【Usage Scenarios】 - Wafer transport within clean rooms - Automated transport between manufacturing lines - Wafer supply and discharge to inspection equipment - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through automation of wafer transport - Alleviation of labor shortages and reduction of worker burden - Reduced risk of damage to delicate wafers - Stabilization of the manufacturing process and improvement of quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the pharmaceutical industry, strict management in compliance with GMP (Good Manufacturing Practice for pharmaceuticals and quasi-drugs) is required to ensure product safety and quality. In particular, detailed specification verification regarding the manufacturing process and quality control is essential, as it involves accurately transcribing information from drawings to record sheets. This manual task not only requires time and effort but also carries the risk of human error, which can pose challenges in GMP compliance. Our "DrawingExtractor" efficiently extracts necessary textual information from drawing data and automates the transcription process to Excel, addressing these challenges and supporting GMP compliance. 【Usage Scenarios】 - Measurement records - Dimensional inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Accelerated verification processes

• Other CAD

In the food manufacturing industry, accurate verification of detailed information regarding manufacturing processes and specifications is required to ensure product safety and quality. In particular, the task of manually transcribing specifications related to complex manufacturing processes and numerous raw materials into record sheets such as Excel not only consumes time and effort but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" addresses these issues by efficiently extracting necessary textual information from drawing data and automating the transcription process into Excel. 【Usage Scenarios】 - Measurement records - Dimension inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Accelerated verification processes

• Other CAD

In the chemical plant industry, accurate verification of the detailed specifications outlined in the drawings is essential to ensure the safety and reliability of equipment. In particular, the task of manually transcribing complex piping information and specifications related to equipment into record sheets such as Excel not only requires significant time and effort but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" addresses these issues by efficiently extracting the necessary textual information from drawing data and automating the transcription process to Excel. 【Use Cases】 - Measurement records - Dimension inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Accelerated verification processes

• Other CAD

In the precision machinery industry, accurate verification of the detailed specifications outlined in drawings is essential to ensure product safety and reliability. In particular, the task of manually transcribing complex design information and specifications related to numerous components into record sheets such as Excel is not only time-consuming and labor-intensive but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" addresses these issues by efficiently extracting the necessary textual information from drawing data and automating the transcription process to Excel. 【Usage Scenarios】 - Measurement records - Dimensional inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Accelerated verification processes

• Other CAD

In the drone manufacturing industry, accurate verification of detailed specifications outlined in drawings is essential to ensure product safety and reliability. In particular, the task of manually transcribing complex design information and specifications regarding numerous components into record sheets like Excel is not only time-consuming and labor-intensive but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" addresses these issues by efficiently extracting necessary textual information from drawing data and automating the transcription process to Excel. 【Use Cases】 - Measurement records - Dimensional inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Faster verification processes

• Other CAD

In the robot manufacturing industry, accurate verification of the detailed specifications listed in the drawings is required to ensure product safety and reliability. In particular, the task of manually transcribing complex design information and specifications related to numerous components into record sheets like Excel not only takes time and effort but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" solves these issues by efficiently extracting the necessary text information from drawing data and automating the transcription process to Excel. 【Usage Scenarios】 - Dimension verification during operation validation - Recording of component specifications - Inspection records 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Faster verification processes

• Other CAD

In the shipbuilding industry, accurate verification of the detailed specifications outlined in the drawings is essential to ensure product safety and reliability. In particular, the task of manually transcribing complex design information and specifications related to numerous parts into recording sheets like Excel is not only time-consuming and labor-intensive but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" addresses these issues by efficiently extracting the necessary textual information from drawing data and automating the transcription process to Excel. 【Usage Scenarios】 - Welding inspection records 【Benefits of Implementation】 - Increased efficiency in inspection record tasks - Reduction of transcription errors - Accelerated verification processes

• Other CAD

In the railway vehicle manufacturing industry, accurate verification of the detailed specifications listed in the drawings is required to ensure the safety and reliability of the products. In particular, the task of manually transcribing complex design information and specifications regarding numerous components into record sheets such as Excel is not only time-consuming and labor-intensive but also carries the risk of human error. These challenges can lead to delays in specification verification and decisions based on incorrect information. Our "DrawingExtractor" addresses these issues by efficiently extracting the necessary textual information from drawing data and automating the transcription process to Excel. 【Usage Scenarios】 - Measurement records - Dimensional inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Increased efficiency in specification verification tasks - Reduction of transcription errors - Accelerated verification processes

• Other CAD