三共精機 Product Lineup

In the medical field, the accurate and safe operation of medical devices is directly linked to ensuring patient safety and providing appropriate treatment. Particularly with the introduction of the latest medical devices and the training of new staff, standardizing operating procedures and establishing an educational system that allows anyone to acquire a certain level of skills is crucial. Improper operation can lead to equipment malfunctions and pose risks to patients. Teachme Biz supports the education of medical device operation through intuitive manual creation using videos and efficiency through AI, enabling immediate effectiveness in the field. 【Usage Scenarios】 - Standardization of medical device operating procedures - Training for new nurses and technicians - Education on operating complex medical devices - Medical settings requiring multilingual support 【Effects of Implementation】 - Standardization of medical device operation skills - Reduction and efficiency of training time - Decrease in human errors - Promotion of skill inheritance

In the service industry, improving employee skills and standardizing operations are crucial for maintaining customer satisfaction and service quality. Particularly in diverse service offerings and operations, training methods that are easy for anyone to understand and can be quickly learned are required. Relying on on-the-job training (OJT) can lead to inconsistencies in skill acquisition, resulting in decreased service quality and challenges in training new employees. Teachme Biz utilizes videos and AI to address these issues. 【Usage Scenarios】 - Standardization of service operations - Early empowerment of new staff - Environments requiring multilingual support - Sharing of complex procedures 【Benefits of Implementation】 - Reduction in training time - Promotion of employee skill enhancement - Standardization of service quality - Improvement in operational efficiency

In the construction industry, ensuring safety on site and improving the skills of workers are always required. In particular, accurate and rapid information transmission is essential for complex work procedures, awareness of hazardous areas, and emergency response. Relying on traditional on-the-job training (OJT) can lead to variations in content depending on the person in charge, resulting in increased training costs and challenges in quickly equipping new or less experienced workers with necessary skills. Teachme Biz supports the resolution of these issues through intuitive manual creation using videos and efficiency improvements with AI. 【Usage Scenarios】 - Safety procedure training for hazardous tasks such as working at heights, operating heavy machinery, and handling chemicals - Teaching basic work procedures and safety rules to new or less experienced workers - Confirming troubleshooting and emergency response procedures for sudden issues on site - Education using multilingual manuals for foreign workers 【Benefits of Implementation】 - Reduction of accident risks through standardization of safety training - Enhanced learning effectiveness through visual understanding with videos - Reduced burden on trainers with AI-assisted manual creation - Improved work efficiency and safety through immediate reference on site - Promotion of skill transfer and quicker readiness of workers

In logistics warehouse operations, quick and accurate work is required. Particularly when there are various types of products and transportation routes, individual workers may show variations in their proficiency, leading to challenges in standardizing work quality and training new employees. Improper handling can result in incorrect shipments, damage, and delays in work time. Teachme Biz supports the resolution of these issues through manual creation using videos and efficiency improvements with AI. 【Usage Scenarios】 - Product picking and inspection procedures - Packing and shipping workflow - Safe operation methods for forklifts and other equipment - Response procedures for irregular occurrences 【Effects of Implementation】 - Quality improvement through standardization of work procedures - Shortening of training periods for new employees and enhancing immediate effectiveness - Reduction of human errors - Support for training foreign personnel through multilingual capabilities

Pengu is a business automation service that combines RPA, ETL, and OCR. With its simple usability that is easy for on-site personnel and a comprehensive training program, it supports the promotion of digital transformation (DX) in various industries, including manufacturing. ■ User-friendly RPA for on-site personnel Business flows can be created by simply arranging icons, enabling business automation without specialized programming knowledge. ■ Automation of complex Excel aggregation tasks With ETL functionality, the aggregation, data transformation, and integration of multiple Excel files are automated, achieving standardization of aggregation tasks that tend to become personalized. ■ Promotion of digitization of paper forms The OCR function converts paper forms and handwritten documents into electronic data, supporting the reduction of paper-based tasks remaining on-site and the utilization of data. ■ Total support for human resource development We provide learning type diagnostics, dedicated teaching materials, one-on-one training, and chat support, assisting in the establishment of a system that can be continuously utilized on-site. It is utilized across a wide range of departments such as manufacturing, purchasing, production management, quality control, human resources and general affairs, accounting, and sales, realizing DX promotion led by the field.

In the manufacturing field, the accurate and rapid collection of production data serves as the foundation for production management and quality improvement. However, manual data entry and aggregation not only require time and effort but also carry the risk of human error. To address these challenges and realize on-site-driven digital transformation (DX), pengu offers a business automation service that combines RPA, ETL, and OCR. 【Usage Scenarios】 - Data collection and aggregation from production lines - Recording and analysis of quality management data - Real-time updates of inventory data - Automation of daily and weekly report creation 【Benefits of Implementation】 - Reduction in time required for production data collection - Decrease in data entry errors and improvement in data accuracy - Elimination of dependency on specific individuals for aggregation tasks and promotion of standardization - Creation of an environment where on-site personnel can focus on their core responsibilities

In the retail industry, accurate inventory management is directly linked to customer satisfaction and profitability. Particularly for products with a wide variety and low production volume or those subject to seasonal fluctuations, manual inventory management is prone to errors and time lags, increasing the risks of lost opportunities and excess inventory. In response to these challenges, pengu supports the automation of inventory management tasks by utilizing RPA, ETL, and OCR functions. 【Use Cases】 - Aggregation and integration of inventory data from multiple stores - Inventory alert notifications below reorder points - Streamlining of inventory counting tasks - Linking sales data with inventory data 【Benefits of Implementation】 - Improved accuracy of inventory management tasks - Reduced workload for staff - Real-time understanding of inventory status - Reduction of lost opportunities

In the logistics industry, a large number of slips are generated daily, and processing them requires a significant amount of time and effort. In particular, inputting handwritten slips, reconciling multiple slips, and aggregating data pose risks of human error and represent major challenges for improving operational efficiency. To address these challenges and reduce the burden on the field, accurate and rapid data processing is essential. pengu supports the automation of slip processing tasks in logistics by combining RPA, ETL, and OCR functions to help solve these issues. 【Use Cases】 - Automation of data entry for inbound and outbound slips within warehouses - Automatic reading of delivery slips and registration into the system - Data aggregation and report creation for invoices and delivery notes - Digitization of handwritten slips through OCR 【Benefits of Implementation】 - Reduction in time spent on slip processing - Decrease in input and transcription errors - Alleviation of the burden on staff, creating an environment where they can focus on core tasks - Promotion of business improvement through data utilization

In the healthcare industry, accuracy and speed are required for entering patient chart information. In particular, inputting information from handwritten charts and across multiple systems takes time and effort, and carries the risk of human error. These challenges can lead to increased burdens on healthcare professionals and delays in providing services to patients. Pengu supports the resolution of these issues by combining RPA, ETL, and OCR functionalities. 【Use Cases】 - Digitization of handwritten charts using OCR - Automation of data entry into electronic medical record systems - Data integration across multiple healthcare systems - Aggregation and analysis of patient information and test results 【Benefits of Implementation】 - Increased efficiency in chart input tasks - Improved quality of healthcare through reduced input errors - Reduced burden on healthcare professionals - Enhanced healthcare services through data utilization

NAVINECT Cloud is a cloud system that centralizes the management of loaned molds, including location management, usage history management, inventory management, and return management, supporting compliance in mold management. ■ Centralized Management of Loaned Molds It centralizes the management of mold management numbers, loan recipients, storage locations, part information, and usage status, visualizing the management status of loaned molds. ■ Support for Compliance with the Act on the Protection of Personal Information It manages "where," "since when," and "when it was last used" for molds, preserving evidence. It supports compliance requirements for loaned mold management. ■ Streamlined Information Sharing with Business Partners It provides a screen for business partners, allowing sharing of mold usage status and inventory results. It can be operated while ensuring traceability of management history. ■ Support for Return and Deadline Management It manages loan periods and return deadlines, enabling pre-deadline notifications and extraction of unreturned molds. It also supports evidence management during returns. If you are considering improving the efficiency of loaned mold management or strengthening compliance, please feel free to contact us.

Tobii Glasses X is a cloud-based eye-tracking solution that captures gaze data to support workforce training and on-site improvements. It visualizes where skilled workers are looking to make judgments, contributing to skill transfer and the enhancement of educational quality. ■ Visualizing Skilled Techniques By recording and analyzing the gaze of skilled workers, it visualizes insights and judgment points that have been difficult to articulate, achieving more efficient skill transfer. ■ Supporting Standardization of Education By comparing the gaze of skilled and unskilled workers, it analyzes differences in skill levels and work quality. This can be utilized in the development of educational programs and evaluation criteria. ■ Easy Implementation and Measurement It can be used simply by connecting to a smartphone, with no calibration required. Gaze measurement can be conducted in the usual work environment and tasks. ■ Promoting Manufacturing DX and On-Site Improvements It can be applied to various tasks such as visual inspections, equipment checks, and safety confirmations, supporting the use of data for education, improvement, and automation. If you are considering skill transfer and educational efficiency in the manufacturing, infrastructure, or logistics industries, please feel free to contact us.

In the automotive industry, the development of advanced driver assistance systems requires accurately understanding where the driver's gaze is directed. Particularly, understanding the driver's cognitive processes is essential for making judgments in complex traffic situations and identifying the timing for system intervention. Inadequate analysis of gaze data can hinder the responsiveness and safety improvements of driver assistance systems. Tobii Glasses X contributes to the enhancement of driving assistance technology by capturing and analyzing driver gaze data. 【Application Scenarios】 - Gaze analysis of drivers in driving simulations - Design and evaluation of advanced driver assistance systems (ADAS) - Development of driver alertness and fatigue detection systems 【Benefits of Implementation】 - Improved responsiveness of driver assistance systems - Design that leads to reduced cognitive load for drivers - Development of highly safe driving assistance features

In the medical field, especially in surgical assistance, precise judgment and skills from the surgeon are required. Understanding where experienced doctors focus their attention and how they make decisions in complex situations is crucial for education and the transfer of skills. However, articulating their gaze and criteria for judgment can be challenging, making it difficult to share. Tobii Glasses X captures and analyzes the gaze data of these skilled physicians, visualizing previously obscure "points to look at" and "grounds for judgment," thereby contributing to surgical assistance and the efficient training of the next generation of healthcare professionals. 【Usage Scenarios】 - Recording and analyzing the gaze of experienced doctors during surgery - Teaching and educating young doctors on surgical techniques - Standardizing criteria for judgment during surgery - Remote surgical guidance and conferences 【Effects of Implementation】 - Efficient transfer of surgical skills - Improvement in the quality of medical education programs - Contribution to reducing judgment errors during surgery - Facilitation of information sharing in team-based healthcare

In quality inspection of the manufacturing industry, maintaining and improving product quality, as well as standardizing the skills of inspectors, are essential. In particular, inspection processes that rely on the experience and intuition of only skilled workers tend to become personalized, making it challenging to pass on skills to younger employees and standardize inspection quality. Inadequate inspections can lead to the outflow of defective products and a decrease in customer satisfaction. Tobii Glasses X supports the standardization and efficiency of quality inspections by visualizing the gaze data of skilled workers, clarifying judgment points that have been difficult to articulate until now. [Usage Scenarios] - Gaze analysis of skilled workers in visual inspections - Clarification of inspection standards and application in training programs - Understanding and improving skill gaps among inspectors [Effects of Implementation] - Standardization and improvement of inspection quality - Efficiency in skill transfer - Reduction of training costs

In the field of research and development, accurately understanding the cognitive load of subjects during the development of new technologies and products leads to increased efficiency in the development process and improved usability of the products. Particularly in developments involving complex operations or information processing, it is crucial to objectively assess the extent to which subjects feel burdened. Excessive cognitive load can result in delays in development and a decline in the user experience of the final product. Tobii Glasses X supports a more effective research and development process by capturing gaze data and assisting in the measurement of cognitive load. 【Application Scenarios】 - Usability evaluation of new interfaces and operation methods - Analysis of subjects' attention and cognitive load in complex information presentation - Assessment of subjects' understanding and proficiency regarding products under development 【Benefits of Implementation】 - Enables development decisions based on objective data - Identification and improvement of bottlenecks in the development process - Realization of more user-friendly product development

In the educational field, it is essential to accurately grasp the learners' levels of understanding and proficiency. Particularly in skill acquisition, understanding where experts focus and how they make judgments leads to effective instruction and assessment. However, previous methods have faced the challenge of verbalizing the tacit knowledge of experts and conveying it to learners. Tobii Glasses X supports the visualization of the "key points" and "criteria for judgment" that experts focus on by acquiring and analyzing gaze data, allowing for an objective evaluation of skill differences and understanding by comparing it with learners' gaze. This enables improvements in educational programs and more personalized learning support. 【Usage Scenarios】 - Analysis of learners' gaze in skill acquisition - Identification of challenges through gaze comparison between experts and novices - Measurement of educational program effectiveness - Support for creating individualized learning plans 【Effects of Implementation】 - Objective evaluation of learners' understanding and proficiency - Establishment of effective teaching methods - Improvement in the quality of educational programs - Realization of personalized learning support.

In the aerospace industry training simulations, advanced judgment and precise operation from pilots and maintenance personnel are required. Particularly, the ability to make quick decisions in complex situations and respond accurately in emergencies is essential for ensuring safety. Traditional training methods have faced challenges in verbalizing and effectively communicating the tacit knowledge and judgment criteria held by experienced individuals. Tobii Glasses X contributes to improving the quality and efficiency of training programs by recording and analyzing the gaze data of experts, visualizing "where they are looking to make judgments," which has been difficult to articulate until now. [Usage Scenarios] - Gaze analysis in pilot training simulations - Eye tracking in maintenance procedure acquisition - Visualization of judgment criteria in emergency response training [Effects of Implementation] - Improvement and standardization of training effectiveness - Efficiency in skill transfer - Reduction of human errors