マーブル　 Product Lineup

In the metal processing industry, there is a demand for the stabilization of high-precision cutting processes and the reduction of worker burdens. Particularly in the processing of complex shapes and during long hours of work, it is important to maintain a certain level of quality while addressing labor shortages. In cutting assistance, automating the supply of materials and the transportation of processed items is expected to improve production efficiency and enhance the working environment. Our collaborative robot arm-equipped AGV "ΣoneRobo" provides flexible and efficient solutions to these challenges. 【Application Scenarios】 - Supply and retrieval of materials to cutting machines - Transportation of processed parts - Assistance with tool changes 【Benefits of Implementation】 - Increased productivity - Reduced burden on workers - Stabilization of quality

• Transport and handling robots
• Picking robot system

In the cosmetics manufacturing industry, the automation of precise filling operations is essential for maintaining product quality and improving production efficiency. Especially when handling delicate cosmetics, uniform and accurate filling directly impacts product reliability, and reducing the burden on operators and addressing labor shortages are also important challenges. Our collaborative robot arm-equipped AGV "ΣoneRobo" addresses these challenges and contributes to the efficiency of manufacturing sites and the realization of a flexible production system. 【Usage Scenarios】 - Filling lines for cosmetic bottles - Accurate filling of containers - Adaptation to changes in manufacturing line layout 【Benefits of Implementation】 - Improved accuracy of filling operations - Increased productivity and resolution of labor shortages - Flexible adaptation to changes in the manufacturing line

• Transport and handling robots
• Picking robot system

In the apparel manufacturing industry, there is a demand for improved work efficiency and the resolution of labor shortages in the transportation of fabrics. In particular, the ability to handle a variety of fabric types and shapes safely and accurately is essential for the smooth operation of production lines. Improper transportation can lead to fabric damage and work delays. The collaborative robot arm-equipped AGV "ΣoneRobo" addresses these challenges and contributes to the efficiency and automation of manufacturing sites. 【Usage Scenarios】 - Fixed-point transportation of fabrics within the factory - Supply of fabrics to the production line - Transportation of fabrics to cutting machines 【Benefits of Implementation】 - Labor reduction through the automation of fabric transportation tasks - Improved work efficiency and reduced lead times - Reduced risk of damage from handling fabrics

• Transport and handling robots
• Picking robot system

In the building materials manufacturing industry, the stable supply of materials and the smooth operation of production lines are essential for maintaining and improving production efficiency. In particular, when transporting heavy and diverse-shaped materials, reducing the burden on workers and ensuring safety become important challenges. Additionally, there is a need for flexible responses to frequent layout changes and optimization of production lines. Our collaborative robot arm-equipped AGV "ΣoneRobo" contributes to addressing these challenges by enhancing productivity and alleviating labor shortages. 【Usage Scenarios】 - Automatic transportation of materials and components within the factory - Supply of components to the production line - Transportation of finished products to the accumulation area - Flexible response to layout changes 【Benefits of Implementation】 - Increased productivity through the automation of material transportation - Reduced burden on workers and improved safety - Contribution to alleviating labor shortages - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the aerospace industry, the reliable and efficient supply of precise components is essential for the stable operation of manufacturing processes and maintaining quality. In particular, flexibility to accommodate complex manufacturing lines and frequent layout changes, as well as the promotion of automation to address labor shortages, are required. Our collaborative robot arm-equipped AGV "ΣoneRobo" contributes to these challenges by enhancing productivity and promoting automation in manufacturing sites. 【Usage Scenarios】 - Automated transportation in aircraft parts manufacturing lines - Accurate supply of precision components to fixed points - Rapid response to layout changes in manufacturing lines 【Benefits of Implementation】 - Reduction in lead time for component supply - Alleviation of worker burden and resolution of labor shortages - Streamlining of manufacturing processes and improvement in productivity

• Transport and handling robots
• Picking robot system

In the semiconductor manufacturing industry, handling wafers with high precision and safety is essential as miniaturization and high integration progress. In particular, delicate operations to prevent damage to sensitive 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 indispensable. 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 in quality - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the electronic components manufacturing industry, precise assembly work and responses to labor shortages are required. Particularly in the assembly of complex parts and repetitive tasks, reducing the burden on workers and improving productivity are crucial. Additionally, flexible responses to layout changes and improvements in space efficiency can pose challenges in factory operations. Our collaborative robot arm-equipped AGV "ΣoneRobo" contributes to addressing these challenges by enhancing productivity and alleviating labor shortages. 【Usage Scenarios】 - Parts transportation and auxiliary tasks by robot arms on electronic component assembly lines - Flexible responses to layout changes in manufacturing lines - Manufacturing environments requiring space-saving solutions 【Benefits of Implementation】 - Increased productivity and resolution of labor shortages - Streamlined manufacturing processes and improved quality - Enhanced flexibility in factory operations and improved space efficiency

• Transport and handling robots
• Picking robot system

In the pharmaceutical industry, ensuring product quality control and traceability is of utmost importance. Particularly in the inspection process of pharmaceuticals, overlooking minute foreign matter contamination or labeling errors can directly impact the safety and reliability of the product. Therefore, accurate and efficient inspection work, along with the reduction of human errors, is required. Our collaborative robot arm-equipped AGV "ΣoneRobo" addresses these challenges and contributes to improving productivity and maintaining quality in pharmaceutical settings. 【Usage Scenarios】 - Assistance in visual inspection of pharmaceuticals - Picking and transporting packaging materials - Transporting parts between manufacturing lines - Assisting in recording quality inspection data 【Benefits of Implementation】 - Improved accuracy of inspection work - Stabilization of quality through reduction of human errors - Alleviation of worker burden and response to labor shortages - Streamlining of manufacturing processes

• Transport and handling robots
• Picking robot system

In the food processing industry, thorough hygiene management and the ability to respond to small-lot production of various types are required. Particularly in picking operations, accuracy and speed are emphasized, while labor shortages pose a challenge. Our collaborative robot arm-equipped AGV "ΣoneRobo" contributes to addressing these issues by improving productivity through automation and alleviating labor shortages. 【Usage Scenarios】 - Picking of raw materials and products within food factories - Automatic transportation between production lines - Streamlining inventory management 【Benefits of Implementation】 - Time reduction through automation of picking operations - Quality improvement by reducing human errors - Alleviation of labor shortages and reduction of worker burden

• Transport and handling robots
• Picking robot system

In the automotive manufacturing industry, flexible changes to production lines and precise parts transportation for quality maintenance are required. Especially in manufacturing sites where labor shortages are becoming severe, improving productivity and reducing workload through automation have become important challenges. Our collaborative robot arm-equipped AGV "ΣoneRobo" provides flexible and efficient solutions to these challenges. 【Usage Scenarios】 - Automatic transportation of parts on the production line - Support for picking tasks in collaboration with workers - Ensuring transportation routes that flexibly respond to layout changes 【Benefits of Implementation】 - Increased productivity through the automation of parts transportation - Reduced burden on workers and alleviation of labor shortages - Rapid response to changes in factory layout

• Transport and handling robots
• Picking robot system

In the shipbuilding industry, particularly in outfitting instructions, it is essential to accurately and quickly extract necessary data from complex drawing information and transcribe it onto record sheets. Understanding the textual information on the drawings, such as dimensions, part information, and instructions, and managing it in Excel format is a crucial factor that affects the accuracy and efficiency of the work. Inaccurate transcription can lead to rework and quality issues. Our "DrawingExtractor" is software that allows for easy transcription of specified text data from drawing data (DXF/DWG/PDF*) to Excel, significantly streamlining this cumbersome task. 【Usage Scenarios】 - Creating parts lists for outfitting instructions - Generating measurement records at each stage - Creating dimension inspection records - Preparing material confirmation documents 【Benefits of Implementation】 - Reduction of manual transcription work from drawings - Improvement in quality due to reduced transcription errors - Increased operational efficiency by shortening record sheet creation time

• Other CAD

In the field of urban planning, area analysis requires the extraction of necessary information from extensive drawing data and the creation of record sheets for analysis. In particular, detailed data such as site boundaries, zoning areas, and infrastructure information are crucial, as accurate and rapid extraction directly impacts the precision of the analysis. Manually transcribing this information not only takes time and effort but also carries the risk of human error. Our Drawing Extractor is software that allows for easy transcription of specified text data from drawing files (DXF/DWG/PDF*) to Excel, significantly streamlining this cumbersome task. 【Usage Scenarios】 - Extraction of area boundary lines and land number information - Recording of zoning regulations such as land use, building coverage ratio, and floor area ratio - Organization of infrastructure layout information (roads, water supply and sewage, etc.) - Recording of existing building site area and total floor area 【Benefits of Implementation】 - Acceleration of data collection and recording tasks necessary for area analysis - Reduction of transcription errors caused by manual work - Increased focus time on analysis tasks - Improvement of analysis accuracy through centralized data management

• Other CAD

In the architectural design industry, it is essential to accurately and quickly verify the design information recorded in drawings and create record sheets. Particularly in design changes and information sharing among stakeholders, transcription errors of text information and dimension values on the drawings can lead to rework and discrepancies in understanding. In response to these challenges, our "Drawing Extractor" contributes to improving work accuracy and reducing time by efficiently extracting and transcribing necessary text information from drawing data to Excel. 【Usage Scenarios】 - Extracting design elements from design drawings - Recording change histories - Creating confirmation materials for stakeholders 【Benefits of Implementation】 - Streamlining design verification tasks - Improving accuracy by reducing transcription errors - Accelerating information sharing

• Other CAD

In the medical device industry, record management during design changes is crucial to ensure product quality and safety. In particular, accurately and quickly transferring design information such as part details and dimensions from drawings to record sheets carries the risk of increased workload and human error. To address these challenges, our "Drawing Extractor" is software that allows for easy extraction and transfer of specified text information from drawing data to Excel. This streamlines the creation of measurement records, dimension inspection records, material confirmation documents, and contributes to reducing the workload associated with design changes. 【Use Cases】 - Creation of record sheets for drawing information due to design changes - Creation and updating of parts lists - Digitization of dimension inspection records - Creation of material confirmation documents 【Benefits of Implementation】 - Significant reduction in manual transcription work from drawings - Improved accuracy of records due to reduced transcription errors - Reduction in data management labor during design changes - Enhanced operational efficiency

• Other CAD

In the energy industry’s maintenance planning, it is essential to accurately and quickly grasp the detailed information recorded in the drawings for equipment maintenance and troubleshooting. In particular, records of aging deterioration and renovation history significantly impact the accuracy of future maintenance plans. Manually transcribing this information from drawings to Excel not only consumes time and effort but also raises concerns about inaccuracies due to transcription errors. Our "Drawing Extractor" addresses these challenges by automatically extracting the necessary textual information from drawing data and transcribing it to Excel, thereby supporting the efficiency and accuracy of information management in maintenance planning. 【Usage Scenarios】 - Creating measurement records during equipment inspections - Managing dimension inspection records for renovation work - Preparing material confirmation documents such as parts replacement history 【Benefits of Implementation】 - Significant reduction in manual transcription work from drawings - Decrease in time and costs associated with record creation - Improvement in the accuracy of information leading to enhanced precision in maintenance planning

• Other CAD

In the infrastructure industry's equipment inspection, it is essential to accurately record and manage the on-site conditions. In particular, creating detailed inspection records is crucial for the early detection of equipment aging and abnormalities. However, the task of manually transcribing information from drawings onto recording sheets is time-consuming and labor-intensive, and it also carries the risk of human error. Our "Drawing Extractor" contributes to solving these challenges by efficiently extracting necessary text information from drawing data and assisting in the creation of Excel-format recording sheets. 【Usage Scenarios】 - Measurement records - Dimension inspection records - Material confirmation documents, etc. 【Benefits of Implementation】 - Significant efficiency improvement in creating inspection records - Enhanced record accuracy by reducing transcription errors - Reduced burden on personnel

• Other CAD

In the real estate industry, particularly in property appraisal, it is essential to accurately and quickly extract and record necessary data from property drawing information. It is necessary to organize a wide range of information, including the current status of the property, past data, and legal regulations, while cross-referencing it with the drawings, and this process can sometimes be time-consuming. Accurate property appraisal is crucial for appropriate pricing and risk assessment, making efficient information management important. DrawingExtractor is software that streamlines the task of transcribing textual data such as property area, layout, and equipment information from drawing data (DXF/DWG/PDF*) into Excel. This reduces the traditionally cumbersome manual transcription work, contributing to faster and more accurate property appraisal operations. 【Usage Scenarios】 - Extracting area, number of rooms, and equipment information from property drawings - Referring to and recording data from past property documents - Verifying and recording drawing information related to legal regulations and ordinances 【Benefits of Implementation】 - Significant reduction in time required for property appraisal - Improved appraisal accuracy by reducing data entry errors - Reduced workload for staff and increased productivity

• Other CAD

In the plant industry, especially in piping tracking, it is essential to accurately and quickly grasp the detailed piping information specified in the drawings. In the maintenance and renovation planning of equipment, the task of manually transcribing information from the drawings to a recording sheet not only takes time and effort but also carries the risk of human error. In response to these challenges, our "Drawing Extractor" significantly streamlines the process of creating recording sheets by extracting necessary textual information (such as piping numbers, materials, sizes, etc.) from drawing data (DXF/DWG/PDF*) and automatically transcribing it to Excel. 【Usage Scenarios】 - Extracting information from piping diagrams of plant equipment - Recording piping materials, sizes, identification numbers, etc. - Creating data for inspection and maintenance records - Organizing information during renovations and expansions 【Benefits of Implementation】 - Reduction in recording time - Improved data accuracy by reducing transcription errors - Alleviation of the burden on personnel - Support for rapid information sharing and decision-making

• Other CAD

In the aerospace industry, accurate verification of the detailed specifications listed in drawings is required to ensure product safety and reliability. In particular, the task of manually transcribing complex design information and specifications related to numerous parts 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 the necessary textual information from drawing data and automating the transcription process to 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 - Faster verification processes

• Other CAD

In the automotive industry's design verification process, it is required to accurately and quickly transcribe information from drawings to recording sheets. Particularly in the creation of parts lists and dimension inspection records, manual transcription errors and time losses can lead to delays in the overall verification work. In response to these challenges, our "Drawing Extractor" significantly reduces cumbersome tasks by efficiently extracting and transcribing specified text information from drawing data to Excel, contributing to improved accuracy and speed in design verification operations. 【Usage Scenarios】 - Creation of measurement records - Creation of dimension inspection records - Creation of material confirmation documents 【Benefits of Implementation】 - Time savings through improved efficiency of transcription work - Reduction of manual transcription errors - Centralized data management and promotion of utilization

• Other CAD

In the manufacturing industry, it is essential to accurately and quickly grasp the information presented in drawings for the identification and management of parts. Particularly in the creation of parts lists and the management of inspection records, the manual transcription of textual information from drawings not only consumes time and effort but also carries the risk of human error. To address these challenges, our "Drawing Extractor" significantly streamlines these tasks by extracting the necessary textual information from drawing data and automatically transcribing it into Excel. 【Use Cases】 - Creation of parts lists - Creation of measurement records - Creation of dimensional inspection records - Creation of material confirmation documents 【Benefits of Implementation】 - Reduction of manual transcription tasks - Shortening of work time - Decrease in human errors - Improvement in data management accuracy

• Other CAD

In the construction industry, accurate recording and management of design information and inspection records are essential for drawing management. In particular, the manual task of transcribing dimension values and measurement records from drawings into Excel not only requires significant time and effort but also carries the risk of delays and misunderstandings due to transcription errors. To address these challenges, our "Drawing Extractor" significantly streamlines these cumbersome tasks by automatically extracting necessary text information from drawing data (DXF/DWG/PDF*) and transcribing it into Excel. 【Use Cases】 - Creation of measurement records - Creation of dimension inspection records - Creation of material confirmation documents 【Benefits of Implementation】 - Reduction of manual transcription tasks - Improvement in data accuracy due to reduced transcription errors - Increased productivity through shortened work time

• Other CAD

In the agricultural sector, accurate information regarding work procedures and machine operation methods is required. Particularly, as the range of tasks and the complexity of machines increase, the importance of manuals is growing. However, creating manuals takes time and costs, and delays in updating information can be a challenge. PROSPERAS addresses these issues by automatically generating manuals and e-manuals within the same business process. 【Usage Scenarios】 * Creation of agricultural work procedure manuals * Creation of machine operation manuals * Creation of multilingual manuals 【Benefits of Implementation】 * Reduction in manual creation time * Acceleration of information disclosure * Cost reduction

• Catalog and manual creation

The product configuration manuals in the telecommunications industry require rapid and accurate information delivery to accommodate a wide range of products and complex setup procedures. In particular, to accelerate expansion into global markets, multilingual manuals are essential. Delays or errors in manual creation can lead to decreased customer satisfaction and hinder product usage promotion. PROSPERAS addresses these challenges by automatically generating manuals and e-manuals within the same business process. 【Usage Scenarios】 - Creation of configuration manuals for telecommunications equipment - Creation of setup guides for software - Creation of multilingual manuals 【Benefits of Implementation】 - Reduction in manual creation time - Early information disclosure - Cost savings

• Catalog and manual creation

In the energy industry's maintenance operations, accurate and easy-to-understand manuals are essential for maintaining the stable operation of equipment. Particularly in global sites where multilingual support is required, effective communication that transcends language barriers becomes crucial. Misinterpretation of manuals increases the risk of operational mistakes and accidents. PROSPERAS achieves efficiency and quality improvement in information transmission for maintenance operations by automatically generating manuals and e-manuals within the same business process. 【Usage Scenarios】 - Maintenance of plant equipment - Maintenance of power plants - Inspection of transmission equipment 【Benefits of Implementation】 - Rapid creation of multilingual manuals - Improved understanding among workers - Cost reduction

• Catalog and manual creation

In the financial industry, the accuracy and transparency of terms and conditions are essential for building trust with customers. Particularly in the context of globalization, creating multilingual terms and conditions has become a necessity. Errors or deficiencies in the terms can lead to customer complaints and legal risks. PROSPERAS streamlines the creation of terms and conditions and supports multilingual capabilities, thereby enhancing compliance. 【Use Cases】 * Multilingual deployment of terms and conditions * Revision of terms and conditions * Strengthening compliance 【Benefits of Implementation】 * Reduction in the costs of creating and managing terms and conditions * Improved customer satisfaction through multilingual support * Decreased compliance risks

• Catalog and manual creation

In the IT industry, the accuracy of technical information and rapid communication are crucial. In particular, documentation for software and systems affects the understanding and efficiency of product use. Creating multilingual documentation is essential for global expansion. PROSPERAS automatically generates manuals and e-manuals through the same process, achieving efficiency in document creation and early information disclosure. 【Use Cases】 - Creation of software manuals - Creation of system operation manuals - Creation of multilingual technical documents 【Benefits of Implementation】 - Reduction in document creation time - Cost savings - Quality improvement - Rapid response to global markets

• Catalog and manual creation

In the transportation and operation industry, accurate and up-to-date manuals are essential for safe operations and efficient business execution. It is particularly important to quickly share and deepen understanding of a wide range of information, including operational routes, emergency responses, and vehicle maintenance. Delays in updating manuals or insufficient information can increase the risk of accidents and delays. PROSPERAS addresses these challenges by automatically generating manuals and e-manuals within the same business process. 【Usage Scenarios】 * Creation of operational manuals * Creation of vehicle maintenance manuals * Creation of emergency response manuals 【Benefits of Implementation】 * Reduction in manual creation time * Acceleration of information sharing * Cost reduction

• Catalog and manual creation

In the retail industry, providing product information significantly affects customer satisfaction. Multilingual manuals and e-manuals are essential for smoothly accommodating foreign tourists and enhancing the customer experience. However, creating manuals requires time and costs, and delays in updating information can lead to misunderstandings with customers. PROSPERAS addresses these challenges by automatically generating manuals and e-manuals through the same business process. 【Usage Scenarios】 * Product introductions in stores * Multilingual customer service * Providing information on new products 【Benefits of Implementation】 * Faster information delivery * Improved customer satisfaction * Cost reduction

• Catalog and manual creation

In the healthcare industry, accuracy and clarity are essential in the operation manuals for medical devices and patient information materials. Particularly in medical settings, multilingual support is indispensable, and rapid information provision is required. PROSPERAS achieves a reduction in the time taken to create manuals and early information disclosure by automatically generating manuals and e-manuals through the same business process. 【Use Cases】 * Creation of manuals for medical device manufacturers * Development of patient information materials in healthcare institutions * Creation of manuals requiring multilingual support 【Benefits of Implementation】 * Cost reduction through improved efficiency in manual creation * Acceleration of global expansion through multilingual support * Increased customer satisfaction through the rapid provision of the latest information

• Catalog and manual creation

In the manufacturing industry, improving product quality and establishing an efficient production system are essential. Instruction manuals are a crucial element that influences quality in the manufacturing process, requiring accurate and clear information. Particularly for companies advancing in global expansion, multilingual instruction manuals are indispensable. PROSPERAS supports the efficiency of instruction manual creation and multilingual deployment by automatically generating manuals and e-manuals through the same process. 【Usage Scenarios】 * Instruction manuals for manufacturing sites * Product maintenance manuals * Multilingual instruction manuals 【Benefits of Implementation】 * Reduction in instruction manual creation time * Acceleration of multilingual deployment * Improvement in quality and cost reduction

• Catalog and manual creation

In the educational field, particularly in the creation of teaching materials using 3D printers, reducing the size of STL data is crucial. When outputting with a 3D printer, heavy data can lead to longer processing times and a higher likelihood of errors. STL Workshop 2 minimizes the file size of STL data, facilitating smoother output and editing with 3D printers. 【Usage Scenarios】 - Data creation for 3D printer teaching materials - Modification of 3D models - Utilization of 3D data in lessons 【Benefits of Implementation】 - Reduction in teaching material creation time - Improved efficiency in the use of 3D printers - Increased motivation for student learning

• 3D CAD

In the prosthetics and orthotics industry, precise fitting of prosthetic devices tailored to each individual patient is required. STL data represents shape data obtained from 3D scanners, but the file sizes can be large, making editing cumbersome. STL Workshop 2 facilitates the lightweight processing and editing of STL data, streamlining the design and manufacturing process of prosthetic devices. This contributes to improved fitting accuracy and reduced production time. 【Usage Scenarios】 - Editing body shape data of patients obtained from 3D scanners - Combining with design data for prosthetic devices - Data adjustment before outputting with a 3D printer 【Benefits of Implementation】 - Reduces the file size of STL data, shortening editing time - Makes data modification and adjustment easier, improving fitting accuracy - Enables smooth data integration with 3D printers

• 3D CAD

In the aerospace industry, lightweight components and high-precision designs are required. STL data tends to have large file sizes, which can become a burden during design changes and analysis. STL Workshop 2 streamlines the design process by reducing the size of STL data, making data editing easier. 【Usage Scenarios】 * Design of aircraft components * Prototyping with 3D printers * Data validation in quality control 【Benefits of Implementation】 * Reduction in data size * Shortening of design and analysis time * Efficient use of 3D printers

• 3D CAD

In the automotive industry, weight reduction is essential for improving fuel efficiency and performance. STL data created with 3D printers and scanners tends to have large file sizes, which can hinder subsequent design changes and analysis work. STL Workshop 2 achieves the lightweighting of STL data and contributes to the efficiency of the design process. 【Use Cases】 - Lightweighting of prototypes created with 3D printers - Lightweighting of part data captured with scanners - Modifications of STL data due to design changes 【Benefits of Implementation】 - Reduction in data editing time - Shortening of design cycles - Improved file management efficiency due to reduced data size

• 3D CAD

In the medical industry, precise editing of STL data generated by 3D printers and scanners is required. Particularly in fields that demand high accuracy, such as implants and surgical guides, the lightweight nature of STL data and ease of editing are crucial. STL data tends to have large file sizes, making editing cumbersome, which is a challenge. STL Workshop 2 addresses these issues. 【Use Cases】 - Implant design - Creation of surgical guides - Prototyping of medical devices 【Benefits of Implementation】 - Reduction in STL data editing time - Decrease in data size - Smooth data transfer to 3D printers

• 3D CAD

In the hospital industry, the rapid and safe transport of medical supplies is essential. In particular, the handling of pharmaceuticals and medical devices requires strict adherence to time and a clean environment. Manual transport can lead to an increased risk of human error and infection. The AGV Σone100 can move in all directions, accommodating the complex layouts within hospitals and ensuring the safe transport of medical supplies. 【Usage Scenarios】 - Transport of pharmaceuticals and medical materials - Transport of inspection specimens - Transport of medical instruments to the operating room 【Benefits of Implementation】 - Reduced transport time - Decreased human error - Lowered infection risk - Reduced burden on staff

• Other conveying machines

In inventory management within logistics warehouses, accurate movement and storage of goods are required. It is particularly important to make effective use of space within the warehouse and to enhance the efficiency of inbound and outbound operations. Manual movement and fixed transportation systems lack flexibility, making it easier for work efficiency to decline and human errors to occur. The Σone100 can move in all directions and employs a guide-less system, allowing for flexible adaptation to changes in warehouse layout. This enables the streamlining of inventory management and reduction of labor, supporting the optimization of operations. 【Use Cases】 - Automatic transportation of products within the warehouse - Streamlining of inbound and outbound operations - Integration with inventory management systems 【Benefits of Implementation】 - Reduction in work time - Decrease in labor costs - Improved space efficiency within the warehouse

• Other conveying machines

In the e-commerce industry, there is a demand for the efficiency of picking operations due to the handling of a diverse range of products. Particularly in e-commerce sites where the types of products and inventory levels change frequently, a conveying system that can accommodate flexible layout changes is essential. The Σone100 is capable of omnidirectional movement and employs a guide-less system, allowing for quick adaptation to layout changes and supporting the efficiency of picking operations. 【Usage Scenarios】 - Warehouses for e-commerce sites - Automation of picking operations - Transportation of products 【Benefits of Implementation】 - Reduction in picking operation time - Flexible response to layout changes - Decrease in worker burden

• Other conveying machines

In the electronics industry, there is a constant demand for improved production efficiency. Particularly in substrate supply, accurate and rapid transport is crucial. Traditional transport methods require manual labor and fixed transport lines, making it difficult to adapt to layout changes. The Σone100 can move in all directions and employs a guide-less system, allowing for flexible layout changes and enhancing the efficiency of substrate supply. 【Usage Scenarios】 - Substrate supply in electronics manufacturing factories - Changing substrate transport routes during line changes - Supplying substrates to robots 【Benefits of Implementation】 - Reduced transport time - Lower labor costs - Flexible response to layout changes - Increased productivity

• Other conveying machines

In university research labs and experimental facilities, moving experimental equipment and reagents can be time-consuming and cumbersome. Particularly, moving across multiple labs or floors is prone to human errors and time losses. Σone100 addresses these challenges by automating the transportation of experimental equipment. It enables omnidirectional movement and flexible route settings, achieving efficient transport. 【Use Cases】 - Transporting experimental equipment - Carrying reagents and samples - Moving between labs 【Benefits of Implementation】 - Reduced transport time - Decreased human errors - Increased focus on research activities

• Other conveying machines

In the metal processing industry, it is essential to efficiently move processed products to the next stage or to storage locations. Particularly for heavy products or long-distance movements, manual transportation requires time and effort, increasing the burden on workers and raising the risk of product damage during transit. Σone100 was developed to address these challenges. It can move in all directions, flexibly adapt to changes in factory layout, and automate product transportation, thereby improving production efficiency. 【Usage Scenarios】 - Movement of products between processes after metal processing - Transportation of finished products to storage locations - Product movement due to changes in factory layout 【Benefits of Implementation】 - Alleviation of labor shortages - Reduction of transportation time - Decrease in worker burden - Lower risk of product damage

• Other conveying machines

In the automotive industry, there is a demand for improved efficiency in parts supply on the manufacturing line. Particularly in cases of low-volume production with a high frequency of line changes, delays in parts supply can lead to a decrease in production efficiency. The Σone100 is capable of omnidirectional movement and employs a guide-less system, allowing for flexible layout changes and achieving efficiency in parts transportation. 【Usage Scenarios】 - Parts supply within the factory - Transportation of finished products - Supply of parts to robots 【Benefits of Implementation】 - Reduction in transportation time - Flexible response to layout changes - Reduction of worker burden

• Other conveying machines

In the chemical industry, safe transportation of raw materials and efficiency in the manufacturing process are required. Particularly in the handling of chemical substances, it is important to reduce the risk of accidents caused by human error and to ensure the safety of workers. Additionally, a transportation system that can flexibly respond to changes in factory layout is essential for improving productivity. The Σone100 is capable of omnidirectional movement and employs a guide-free system, allowing it to adapt flexibly to layout changes in chemical plants and achieve efficient raw material transportation. 【Usage Scenarios】 - Automatic transportation of raw materials within chemical plants - Supply of raw materials to the manufacturing line - Transportation of raw materials between the warehouse and the manufacturing line 【Benefits of Implementation】 - Improved safety for workers - Increased productivity due to reduced transportation time - Flexible response to layout changes - Reduction in labor costs

• Other conveying machines

In the pharmaceutical industry, maintaining product quality and accurate inventory management are essential. Particularly for pharmaceuticals that require temperature control or those whose quality can be compromised if mishandled, accuracy and speed in the processes from packaging to delivery are crucial. Σone100 automates the packaging and delivery processes of pharmaceuticals, contributing to improved quality management by reducing human errors. Additionally, it is capable of omnidirectional movement and flexible route setting, which also shortens delivery times. 【Usage Scenarios】 - Packaging areas in pharmaceutical manufacturing plants - Picking and transporting in pharmaceutical warehouses - Sorting operations in distribution centers 【Benefits of Implementation】 - Increased efficiency in packaging and delivery operations - Reduction in labor costs - Improved accuracy in inventory management - Maintenance of product quality

• Other conveying machines