SiB Product Lineup

Even in manufacturing sites where smart factory initiatives are progressing, there are still many scenes where work requires human hands, eyes, and senses. We have received numerous requests from our manufacturing clients regarding training methods for various locations and quality control for overseas factories. In response, we propose the utilization of "Eye Tracking Core+", which allows for the visualization and analysis of human gaze. 【What can be achieved】 ★ Data collection of veteran technicians' skilled tasks → Distribute "point-specific gaze" work data (in real-time or later) to remote locations for online training. ★ Data collection of tasks at overseas locations (real-time possible with web conferencing tools) → Utilize realistic information that includes visual field footage, gaze points, and audio for specific quality guidance. ★ Analysis of collected data (dedicated software available in Japanese, English, and Chinese) → Visualize the craftsmanship that cannot be fully conveyed through text or diagrams, outputting technical differences for inheritance and evaluation. "Live demonstrations (online also available) are ongoing." *For more details, please download the PDF or contact us.

In the manufacturing field, various initiatives such as factory DX, smart factories, and automation are likely being implemented. Our eye-tracking technology contributes to efforts such as the following by visualizing and data-ifying the gaze of workers: ■ Digitalization of skilled craftsmanship ■ Real-time education and quality control for remote locations ■ Improvement of on-site processes and enhancement of traceability "Eye Tracking Core+" is a portable solution weighing just 39g, designed like glasses. When worn by workers, it allows them to perform their tasks as usual while collecting data on "where, how, and how long they are looking while working" in the form of video, gaze, and audio. Moreover, this data can be applied to real-time online education, both domestically and internationally, by integrating with web conferencing systems, and can also be utilized for quality control in remote locations. "We offer free live demonstrations (including online) and are accepting requests from across the country!" We can also provide specific case examples, so please feel free to contact us.

What kind of initiatives are you all undertaking regarding skill transfer, education, and training? ■ There are many topics like robots, IoT, AI, and smart factories that are being discussed, but I don't know where to start. ■ I have actually implemented IT systems, but I'm not able to use them effectively. ■ IT-related topics are inherently difficult to approach, and I can't be very proactive. We have a suitable proposal for those facing the above concerns. Our company has independently developed an "eye tracker" that visualizes the precise point of gaze of a person. It is a lightweight and compact glasses-type device weighing 39.6g, and the recordings are completed with a dedicated smartphone. Furthermore, the software is a single, compact, and simple tool. For example, when this eye tracker is used during visual inspections in a manufacturing setting, it can: ■ Visualize where, how, for how long, and how many times something was looked at ■ Digitize the skills of veteran technicians and pass them on to younger employees ■ Help identify the causes of human errors and prevent their recurrence This tool can address various concerns and challenges. *For requests for demonstrations or more details, please contact us or download the materials.

As long as people are working, it is difficult to completely eliminate errors and mistakes or to prevent them 100% in advance. However, by understanding the causes and implementing countermeasures, it is possible to "make errors less likely" and "educate and pass on knowledge as know-how." The eye tracker "Eye Tracking Core+" visualizes human gaze, allowing for the recording of the worker's field of vision and perspective, making it possible to identify "oversights and shortcomings in procedures" during actual work. Additionally, by continuously recording, it enables the construction of master data and application as video manuals. Furthermore, by integrating with Teams, it allows for a detailed understanding of the situation in real-time through the visual and audio feeds from the work site, which helps remote managers make accurate judgments and instructions instantly. There are many examples from manufacturing sites, so for detailed inquiries or requests for live demonstrations, please feel free to contact us!

As measures against human error, the following initiatives can be cited as examples: - Installing cameras in production factories to monitor inspection work - Reviewing inspection procedures - Strengthening double-checks... However, it is unfortunately true that humans find it difficult to perform tasks with 100% accuracy at all times. By analyzing and addressing common causes, we can significantly prevent errors! The eye tracker "Eye Tracking Core+" visualizes the operator's gaze, allowing us to capture data on where, how, and for how long they looked during work through video and other means, enabling real-time monitoring. By utilizing gaze footage during work, we can prevent human errors in advance or investigate the causes after they occur. There are numerous case studies centered around manufacturing sites. We are always accepting requests for those who want to try it out or receive a live demonstration online or in person!

We will introduce a case where an eye tracker was actually utilized in the painting process and visual inspection process of an automobile manufacturer, leading to improvements on-site. The operation is quite simple; just wear the eye tracker during regular work! The following effects were achieved: ■ The probability of detecting paint omissions and leaks in real-time significantly increased. ■ Recording the order and duration of viewing enabled multifaceted analysis. ■ More specific guidance and education became possible with scientific evidence. By continuously utilizing this, the variability in workers' skills and conditions can be "visualized and analyzed," and it has also been applied to skill inheritance, training, and skill evaluation. In addition, there are various other cases centered around manufacturing sites. We are always accepting inquiries for online or face-to-face meetings, live demonstrations, and on-site verifications, so please feel free to contact us! *For more details, please download the PDF or contact us.*

The wearable eye tracker "Eye Tracking Core+" is a glasses-type device that tracks the movement of the human eye and can analyze it from various angles. Based on the know-how, insights, and experience we have cultivated so far, we have developed a unique new technology. ★ Over 100 users in the manufacturing industry, including automotive, semiconductor, and steel sectors ★ 【Features】 - The hardware is lightweight at 39g, providing a more natural wearing experience. - The software supports Japanese, English, and Chinese. - Recording and data playback are simple and designed for intuitive use by anyone. 【Applications】 ■ Manufacturing: Utilizing "gaze" for skill acquisition, inheritance, and education. ■ Universities and research institutions: Research in ergonomics, psychology, and neuroscience. ■ Marketing: Visualization and analysis of consumer behavior, reporting, etc. We are always accepting requests for actual machine verification and demonstrations (on-site visits are also welcome), so please feel free to contact us! ★ Limited to 2024 ★ Request a quote from this page for a special price. A 300,000 yen equivalent option will also be given as a gift! *For more details, please download the PDF or contact us.

Eye Tracking Core+ is a solution designed and developed in-house as a "Japanese brand" eye tracker that visualizes and analyzes gaze using glasses-type technology. It is utilized across a wide range of fields, including skill inheritance and education, research and development, and marketing. It enables dynamic and "more realistic" skill transfer from paper and verbal methods. 【Features】 - Weighing only 39g, the lightweight glasses type has minimal restrictions on the usage environment, allowing for natural behavior capture of the wearer. - The time from wearing to recording start is as short as 5 seconds, and it can be completed using a dedicated smartphone. - Data analysis and output can be performed intuitively using dedicated software in Japanese (with options to switch to English or Chinese). 【Track Record】 Over 130 users domestically, spanning various industries such as automotive, semiconductor, and steel manufacturing, as well as universities, research institutions, and marketing research. *Specific case studies can also be provided, so please contact us or download the materials for more details. ★ We are always accepting requests for live demonstrations and web demonstrations free of charge. ★

The transmission of skills from veterans to mid-level and junior staff, as well as the sharing of know-how in quality and production management, is a challenging issue that cannot be easily resolved. Additionally, there are many workplaces that hesitate to take a step forward due to concerns about temporary expenses from equipment introduction or the need for significant changes to systems. To address such challenges, our company proposes "Eye Tracking Core+", which visualizes and analyzes human gaze! For example, when utilized during visual inspections, it can help solve issues such as: - Where, how, for how long, and how many times did the inspector look? - What are the specific differences between veterans and younger staff? - Where are the causes of human errors and oversights? The device is lightweight at 39.6g and is designed like glasses, allowing it to be used in various manufacturing environments without interfering with work. Additionally, data recording is completed using a dedicated smartphone, so there is no need for a PC or internet setup, allowing immediate use after installation. Furthermore, the accompanying software allows for more detailed analysis of recorded results through KPIs and charts, making it applicable for training and manuals. We have many case studies, particularly in the manufacturing industry, so please feel free to contact us!

In manufacturing sites, even as automation progresses, there are still many tasks that ultimately rely on human "visual inspection." For example, in visual inspections, individual differences and variations in skill levels are particularly problematic. In reality, long hours of inspection work require a great deal of concentration from the workers, which can lead to oversights and near misses. Many manufacturing sites are struggling with how to eliminate differences in skill levels and reduce human errors such as overlooking defects. [Challenges on Site] - Inspection work for small parts has strict quality requirements and a wide variety of defects, leading to variability in inspectors' skills, making training difficult. - The reasons for defect leakage cannot be clarified, resulting in a cycle of "defect leakage → guidance" without understanding the factors behind the leakage. [Results After Implementation] - By visualizing and recording the work, it became possible to "concretely" visualize and evaluate each individual's skills. - By analyzing the situations where defects leaked in a graphical and numerical manner, the causes of leakage were identified, enabling guidance and measures to prevent the recurrence of errors. *For more details, please download the PDF or contact us.*

As the new fiscal year begins, many workplaces are likely ramping up their training and education programs, such as OJT (On-the-Job Training) and Off-JT (Off-the-Job Training). However, are the results of the time and effort spent on training and education being made visible through evaluation and measurement? For both the learners and the instructors, being able to confirm outcomes and understanding in a visible manner should lead to more effective education. - How much growth has occurred? - Is that effect being utilized in the workplace? - What are the areas for improvement in the training content? "Eye Tracking Core+" visualizes precisely "where, in what order, and for how many seconds the worker looked." By providing feedback while observing actual gaze patterns, it enables specific and practical education. Additionally, the acquired gaze data can be output in over 30 formats, including numbers, charts, and graphs. This allows for education based on scientific evidence rather than relying on "intuition"! If you are looking to conduct "more effective education and training," please feel free to contact us. *You can view product materials and case studies by clicking the "Download Catalog" button.

Do you have any of the following challenges or concerns? ■ Considering specific methods to improve human errors ■ Customer needs are diversifying, leading to an increase and complexity in inspection and management items ■ Wanting to investigate the causes of near misses that cannot be reduced to zero In the quality control and assurance department, efforts are likely being made to manage and improve inspection conditions and work processes, as well as activities to meet customer needs from product development to delivery. This requires not only specialized knowledge about quality but also expertise related to the product, and the need for creativity to address diversifying customer needs increases the burden on quality managers. The "eye tracker," which visualizes human gaze, can also add "gaze + audio" to visual field images, allowing for the following effects, ultimately simplifying and improving the personalized management processes: ■ Visualizing the causes of defects ■ Comparing inspection and management items with gaze data to improve work processes ■ Conveying techniques that could not be communicated through verbal or written means in a concrete manner using videos and numerical data There are successful implementations in industries such as steel, semiconductors, and automotive (parts) manufacturers! For more details, please download the materials or contact us.

The eye-tracking glasses that visualize and analyze the "pinpoint" that operators are actually seeing are suitable for such challenges! ■ We want to preserve the skills of veteran technicians in data form. ■ We are exploring specific and easy-to-understand training methods for young operators. ■ We want to standardize quality and skills within and between factories. ★ Just wear the specialized glasses in your usual work environment! ★ You can obtain real work data, analyze differences between individuals, consider efficient work methods, and apply it to video manuals. 【Feedback from users】 ■ We were able to dynamically preserve the skills of the baby boomer generation! ■ We were able to convey difficult-to-articulate manual tasks concretely by specifying the time and order to observe! ■ By analyzing the work instructions and actual gaze data, we were able to identify areas for improvement! There are numerous examples, particularly in the automotive, steel, and semiconductor fields, so please feel free to contact us for more details or to request a demo♪ We are offering a "limited-time campaign price for budget acquisition"! (Implementation period: July 1, 2024 – August 31, 2024) *For more details, please download the PDF or contact us.

The technology of eye tracking is already being introduced in many manufacturing sites for purposes such as visualizing inspection tasks, skill transfer, education, and evaluating technical capabilities. This technology is also gaining attention as a tool for analyzing and researching gaze during the operation and piloting of automobiles, aircraft, and ships, with increasing adoption in automotive research institutions and universities. We will introduce an example of an experiment we conducted using our Japanese brand eye tracker "Eye Tracking Core+". 【Purpose of the Experiment】 ■ How much does the evaluation of the UI differ among drivers? ■ How much do the points of focus during driving differ based on skill level? ■ What are the characteristics of each driver? 【Some Results of the Experiment】 ■ Skilled drivers fixate their gaze on a single object (such as a car in front) while driving, and only move their gaze when the object disappears or when there is something else they want to pay attention to, indicating a regular driving pattern. In contrast, inexperienced drivers were found to move their gaze irregularly throughout, showing signs of distraction. *For more details, please download the PDF or contact us.

【Common Concerns】 ■ In the usability verification and evaluation of products and equipment, the perspective of actual users has not been confirmed (or has never been done). ■ Product development has been carried out based on past know-how and insights, but we want to explore new methods to further enhance UX. ■ We have considered gaze detection devices, but due to the size, weight, and limitations of the devices, we gave up as they did not fit the verification environment. 【Proposal】 The Japanese brand eye-tracking glasses "Eye Tracking Core+" are designed to be lightweight at 39g and closer to the design of regular glasses, making them comfortable to wear. By simply having subjects wear these eye-tracking glasses, we can visualize and quantify "where, how, and how much they looked," leading to more effective interface development. 【Track Record】 - Automotive manufacturers: Research on driving and instrumentation - Medical device manufacturers: Usability of surgical robots, training for operation - Precision machinery manufacturers: Optimization of operations and flow within factories We offer verification with actual devices throughout Japan! Please feel free to contact us♪

Do you have any of these concerns? ■ I want to record a series of tasks at maintenance/work sites. ■ It is difficult for the support team to grasp the actual situation, making it hard to provide accurate assistance on-site. ■ I have introduced the latest technology and sensing devices, but I can't utilize them effectively. "Eye Tracking Core+" that visualizes human gaze is effective for these issues! 【Results/Improvements After Utilization】 ■ I was able to record a series of operations as a video with "gaze and voice." ■ The actual situation on-site can be "visualized" in real-time, allowing for specific support. ■ It is completed with just 39g glasses and a recording smartphone, making it easy to use hands-free and simple to implement. Many companies are exploring new methods for remote instructions and support after the COVID-19 pandemic. Eye tracking allows the worker's field of view + gaze + voice to be shared in real-time with other locations, making it suitable for remote engineering! It can also be integrated with Teams, allowing for use in a familiar meeting setting. The number of companies implementing it for remote support and monitoring is rapidly increasing both domestically and internationally! *For details, please download the PDF or contact us.

Quality control and skill transfer and education are challenges faced by many manufacturing industries. We would like to introduce a case where the visualization of gaze was utilized to significantly reduce defects. The painting process and quality control in automobile manufacturing are crucial manufacturing processes. While the painting itself is usually done automatically, the subsequent fine adjustments are often performed with "artisan skills." Even when trying to convey details through paper or verbally, it seems difficult to communicate effectively due to the hands-on nature of the work. As a result, variations in the skills and conditions of the workers became a significant issue. However, the introduction of an "eye tracker" to visualize gaze led to the recording and visualization of the gaze of both artisans and young engineers during their work, making it possible to analyze the collected data. This resulted in the following effects, ultimately leading to a significant reduction in defects: - The deviation between existing work instructions and actual work was clarified. - The differences in work between the artisan's perspective and the young engineer's perspective were revealed. - Where are the scenes that young engineers are likely to overlook? - What are the characteristics of the artisan's viewpoint? There are various other cases as well, so for more details, please download the PDF or contact us.

★For example, with the "Eye Tracker" that visualizes gaze, the following can be achieved! ■ Pinpoint monitoring of gaze during visual inspections (can also be shared remotely) ■ Analysis and output of the time/number/order of gaze during inspections ■ Integration into video manuals and inspection procedures By utilizing the eye tracker "Eye Tracking Core+" that visualizes human gaze, you can pinpoint and confirm the real-time perspective of workers through videos and images! This technology is well-suited for skill transfer, quality control, and work support in manufacturing sites. ★Examples of utilization in the field ■ Company T/Painting Department: Currently used for final adjustments by humans and visual inspections of finished products ■ Company H/Assembly: Visualizing variations in assembly procedures performed by humans → currently being used for standardization ■ Company R/Processing: Currently used for monitoring and supporting complex and detailed processing tasks from a remote location In addition, there are many cases of utilizing eye trackers across various industries. We will provide proposals suitable for your challenges, so please feel free to consult with us. *For more details, please contact us or download the materials.

"Do you have any of the following issues?" ■ Education and instructions are only provided on paper or verbally. ■ There is no way to convey the intuition and skills of veteran technicians. ■ Why do errors occur? The causes are unknown. By utilizing "eye-tracking glasses" to visualize human gaze, we can datafy and analyze the "gaze of veteran technicians/young technicians," leading to solutions for the following challenges. 【Examples of Solutions】 ■ Remote support and education can now be conducted while pinpointing the gaze of workers through video. ■ The intuition and tips of veterans, which were difficult to visualize, can now be datafied and analyzed. ■ The cause of errors can be discovered from the gaze of the workers. After the COVID-19 pandemic, the Japanese manufacturing industry has faced various challenges. Among these, the promotion of DX (digital transformation) and automation has become urgent. However, large-scale DX often requires significant time and effort for environmental setup, making it difficult to implement. Our smart glasses require no environmental setup (preparation) at all. They can be used immediately from the day they are introduced. *Please feel free to contact us for demos or inquiries.

In the midst of being compelled to respond more swiftly than ever to changes in the times, efforts towards factory automation and human resource development, as well as the importance of a safe and secure working environment, are increasing. In such a situation, do you face the following challenges? ■ You don’t know where to start. ■ The quality control process relies heavily on human skills, making it difficult to introduce image analysis or robots. ■ You want to improve analog processes that depend on specific technicians. With smart glasses capable of eye tracking (visualization and analysis of gaze), we can address the following challenges: ■ Tasks that were previously invisible can now be visualized. → By analyzing the habits and techniques of workers, we have improved business processes and enhanced quality. ■ Various methods of analysis are possible, such as the duration and frequency of gaze, order, and statistics/comparisons among multiple individuals. → Education can be conducted using realistic videos with visual and audio data, without the need for face-to-face instruction on-site. We also offer online demos and rentals for effectiveness verification! *For more details, please contact us or download the materials.

"A manual or procedure that allows anyone to produce items with the same quality" should ideally be expressed not just in text, but also through concrete images, photos, and videos. I believe there is an accelerating shift from traditional paper manuals to dynamic, visually appealing, and multilingual manuals. The "Eye Tracking Core+", which visualizes the operator's gaze, voice, and field of view as video, is a lightweight device weighing only 39g and shaped like glasses. It can record using a dedicated smartphone, allowing for freedom of movement without restrictions in the work environment while measuring the entire process of the task. [Examples of Use] ● Visualization and analysis of variability → Achieving standardization and uniformity in work ● Visualization of quality → Achieving improvement and stability in quality ● Recording work scenes on video → Applying acquired data to manuals and procedures Various effects can be expected! We have over 130 implementation cases centered around manufacturing sites, so please feel free to contact us for detailed examples of use or requests for live demonstrations. ★ We also offer online demos and rentals for effectiveness verification! ★

■What if we could "datafy" the skilled technician's work and movements and utilize it as master data? ■What if we could compare and analyze the differences between young technicians and skilled technicians to enable the transmission of specific skills? ■What if we could manage quality and provide training online without having to visit factories domestically or internationally? How about if all of these could be realized with just one smart glass? Our uniquely developed eye tracker "Eye Tracking Core+", a Japanese brand, visualizes the gaze of individuals. It is a glasses-type device that can datafy the worker's field of vision, gaze, and voice. Weighing only 39g, it can record using a dedicated smartphone. Furthermore, it does not require a network environment, allowing for the free recording of the entire work process without being restricted by movement or environment within factories or plant facilities. The recorded and collected data can be easily analyzed and reported by anyone using a dedicated analysis application, and it can be outputted in various forms such as videos, images, and KPIs, or quantified, making the utilization of collected data practical. We also offer online demos and rentals for effectiveness verification!

Introducing improvement examples from our users! A certain automobile manufacturer implemented "eye-tracking glasses" to visualize human gaze, which allowed for the "visualization of gaze" during work for both veterans and newcomers. Additionally, the analysis software enabled the quantification of work data, resulting in a successful reduction of "over 70%" in defects within approximately two months of implementation. 【Specific Results】 ■ Differences between the content of work instructions and actual work, as well as differences between the perspectives of skilled workers and newcomers, were clarified. ■ Oversights such as scratches and uneven paint were detected in real-time. ■ By quantifying work conditions such as the order and duration of gaze, more efficient skill transfer was achieved. 【Background of Implementation】 For many manufacturing industries, quality control in each department is one of the essential tasks. In response to this challenge, efforts towards automation and smart factories are progressing; however, some tasks still require fine adjustments and detailed quality checks performed by skilled artisans. It is anticipated that such "manual tasks" will not be eliminated now or in the future, which has prompted this initiative. In addition, there are a wide range of implementation examples in automotive parts, semiconductors, steel industries, and more! *For more details, please download the PDF or contact us.

"With just one smart glass, the education in manufacturing sites will change!" The eye tracker "Eye Tracking Core+" visualizes the operator's "field of view, viewpoint, and voice" in real-time, and is a glasses-type wearable device. ~Usage Examples~ ● Step 1: The operator wears the eye tracker on-site, while an educator monitors the work scene via video (field of view, viewpoint, voice) from a remote location. ● Step 2: The educator provides real-time support for missed points and tips from a distance, allowing the on-site operator to adjust and learn based on that support. ● Step 3: All interactions are saved as video data, which can be reviewed, shared with multiple people through online distribution, or reused. ~Effects~ ● The time, effort, and duration spent on education have been significantly reduced. ● Detailed education can be provided without one-on-one interaction or being physically present on-site. ● The video data of the educational scene can be applied as materials for manuals or evaluations of the operators. There are numerous achievements in manufacturing industries, including automotive and semiconductor manufacturers, as well as universities and research institutions. *For more details, please contact us or download the materials.*

The eye-tracking glasses "Eye Tracking Core+" are a device in the form of glasses that tracks and visualizes the movement of human eyeballs, allowing for analysis from various angles. With over 100 users in domestic manufacturing, it is utilized across a wide range of fields! We would like to introduce case studies from our users who are actively addressing the challenge of "visualizing skills," which is one of the issues in skill inheritance, using this eye tracker. Particularly, those in the following related roles are encouraged to read on: - Production Technology - Quality Assurance - Safety Measures/Improvements ■ Automotive Manufacturer/Painting Department: Used for final adjustments by humans and visual inspections of finished products → Achieved a "more than 70% reduction" in defect outflow rate. ■ Steel Manufacturer/Production Technology Department: Utilized for tasks performed with non-verbalized sensations → Data obtained is being applied to SOPs and training materials. ■ Semiconductor Manufacturer/Quality Assurance: Used for monitoring and supporting inspections of complex and detailed objects from remote locations → Discovered defects in work instructions and implemented improvements. In addition to these, there are numerous case studies in industries such as construction and food manufacturing, so please feel free to consult us for PDF downloads or if you would like to "first hear more about it"!

Quality control and skill inheritance/education have become challenges in many manufacturing industries. We will introduce a case where the visualization and dataization of gaze were utilized to significantly reduce defects. The painting process and quality control in automobile manufacturing are among the important manufacturing processes. While the painting process itself is often automated, the subsequent fine-tuning becomes a "craftsmanship" task, making it difficult to articulate in writing or verbally. As a result, the variability in the skills and conditions of the workers has become a significant issue. However, the introduction of an "eye tracker that visualizes gaze" allowed for the recording and visualization of the gaze of both skilled workers and younger employees during their tasks. By analyzing the acquired data numerically, the following effects were achieved, ultimately leading to a significant reduction in defects: - The differences between the work instructions and the actual work became clear. - Instruction based on scientific evidence allowed for education that was satisfactory to both teachers and students. - Videos with gaze points were digitized as video manuals and could be applied. There are various other cases as well, so for more details, please download the PDF or contact us.

Achieve more effective education and quality improvement through the visualization and dataization of skills (tacit knowledge)! We will introduce case studies from our users who are working on site improvements using 'eye-tracking technology' that analyzes the gaze of operators. In particular, those responsible for the following areas are encouraged to read to the end: - Production technology - Quality assurance - On-site (safety) improvement ■ Automotive manufacturer/Painting department: Utilized for final adjustments by personnel and visual inspection of finished products → Achieved a 'more than 70% reduction' in defect outflow rate. ■ Semiconductor manufacturer/Quality assurance department: Utilized for monitoring and supporting inspections of complex and detailed objects from remote locations → Discovered defects in work instructions and implemented improvements. ■ Steel manufacturer/Production technology department: Utilized for tasks performed by 'intuition' that cannot be verbalized → Applying acquired data as SOPs and educational materials. By using Teams, real-time remote support is also possible, allowing instructions and support to be provided to remote operators without the need for business trips. In addition, there are many other implementation examples, so please feel free to consult us if you have requests such as 'I would like to hear more first'! ★ We have special prices prepared for year-end and New Year budget considerations!

The smart glasses "Eye Tracking Core+" visualize human gaze, allowing for real-time and pinpoint analysis of gaze data such as "where, in what order, and for how many seconds someone looked." This enables precise instructions and guidance based on the gaze data of workers during actual visual inspections or training sessions. Additionally, the collected data can be expressed in over 30 types of outputs, including charts and graphs, facilitating scientifically grounded education. If you want to "reduce human error in visual inspections," "conduct more effective training and skill transfer," or "digitize the skills of veteran technicians," please feel free to contact us. "We are currently accepting live demonstrations!" We offer various methods of engagement, including face-to-face, online, and on-site benchmarking. *For more details, please download the PDF or contact us.*

Many manufacturing sites are advancing the introduction of automation tools, IoT products, and robots to address the issue of "labor shortages." At SiB, we focus on "people" to propose solutions that can be part of the resolution to this labor shortage challenge! - Strengthening (skilled) human resource development - Verbalizing know-how, intuition, and tacit knowledge - Datafication of technology These can all be tackled with just one tool: "eye-tracking glasses," which visualize the operator's line of sight! For example, they are particularly suitable for tasks like inspection, assembly, and fine processing that require craftsmanship, allowing us to visualize the work of experienced operators in both video and pinpointed perspectives. Additionally, the recorded data can be expressed in various outputs such as viewing duration, frequency, and order, leading to verbalization and datafication of skills. It also allows for comparison of data from multiple individuals, making it applicable for strengthening human resource development. We have a wide range of implementation examples, including in the automotive, semiconductor, steel, food, and general contracting industries. If you would like more details, please feel free to contact us! We are continuously accepting requests for online and in-person demonstrations of the actual equipment!

"Improvement Cases in Manufacturing Sites" We will introduce three examples of utilization from over 100 domestic implementations. The eye tracker "Eye Tracking Core+" visualizes the "field of view, viewpoint, and voice" of workers in real-time and is a glasses-type wearable device. ~Examples of Utilization~ ● Semiconductor Manufacturing: Workers wear the eye tracker on-site, while educators remotely monitor the data (field of view, viewpoint, voice) to provide work support. ● Automotive Parts Manufacturing: A series of tasks performed by skilled workers is recorded and turned into video manuals. ● Steel/Related Processing: Detailed analysis of work data for newcomers, mid-level, and skilled workers, focusing on viewpoints, time, order, and frequency. ~Effects~ ● By visualizing tasks, accurate guidance has led to improved efficiency in human resource development. ● The ability to confirm real work content from remote locations has significantly reduced errors. ● Concrete task analysis through numerical data has achieved standardization of skills and knowledge management. In addition, there are extensive achievements in manufacturing, research institutions, primary industries, and the medical field! Live demonstrations are available online or on-site♪ *For more details, please contact us or download the materials.

The eye-tracking glasses "Eye Tracking Core+" are a glasses-type device that tracks the movement of the human eye and can analyze it from various angles. With over 100 users in domestic manufacturing and research and development institutions, it is being utilized in a wide range of fields! 【Usage Examples】 ■ Manufacturing: Utilizing "visualization of gaze" for skill acquisition, inheritance, and education ■ Research Institutions: Research in ergonomics, psychology, and neuroscience ■ Marketing Field: Product evaluation and usability testing As one of the few "Japanese brands" in the industry, we have developed unique new technology. The hardware is lightweight at 39g, and the software supports Japanese, English, and Chinese, designed to be simple and intuitive for anyone to use. In particular, in manufacturing sites, there are many achievements in processes such as visual inspection, painting, and assembly. In the research field, there are numerous achievements aimed at analyzing driving skills for automobiles, heavy machinery, and ships, as well as accident prevention. We will propose suitable usage methods according to customer needs. We are always accepting requests for actual machine verification and demonstrations, so please feel free to contact us! *For more details, please download the PDF or contact us.

The summer of 2024 is predicted to be "the hottest on record." With the ongoing issue of soaring electricity costs, and the need for heatstroke and extreme heat measures in factories and large facilities, many people may be feeling troubled this season. We propose a solution to these challenges with energy-saving large ceiling fans that can address them all at once! 【Features】 ■ Energy-saving structure with permanent magnets ■ Equivalent to 50 fans in airflow with just one unit ■ Effective year-round: heatstroke prevention in summer and circulating warm air for cold weather in winter By efficiently circulating air, it also provides ventilation benefits and helps with virus prevention. We encourage you to consider this opportunity before the peak of summer arrives! *For more details, please refer to the catalog or contact us.

This summer, we are once again experiencing record-breaking heat, but have you taken measures against heatstroke? Many companies are likely struggling with the rising electricity costs year after year. Why not solve these issues with a large ceiling fan? When installed in a logistics warehouse without air conditioning, the area near the ceiling achieved a temperature drop of -6°C after about 50 minutes of operation! By improving the working environment and making it more comfortable, it can lead to increased motivation for workers and enhanced productivity. 【Features】 - Energy-saving structure with permanent magnets - Equivalent to the airflow of 50 fans with just one unit - Effective for heatstroke prevention in summer and circulating warm air in winter, making it useful year-round By efficiently circulating air, it also provides ventilation benefits and helps with virus prevention. Please consider this opportunity during the remaining hot days and for winter electricity cost measures! *For more details, please refer to the catalog or contact us.

Are you having trouble with training and education for new employees as the new fiscal year approaches? With an eye tracker (gaze measurement device) that visualizes people's gaze, it becomes possible to enhance educational efficiency! The 'Eye Tracking Core+' can visualize the "gaze, voice, and field of view" of workers as video. It is lightweight at 39g and designed like glasses. Since it can record using a dedicated smartphone, it is not limited by the work environment, allowing for free movement while measuring the entire process of work. 【Examples of Use and Expected Effects】 ● By visualizing work that relies on the intuition and tips of veteran technicians with videos that include gaze, sufficient education can be achieved without one-on-one instruction! ● Real-time monitoring of the site and providing support from remote locations enables efficient education! ● Recording work scenes as videos allows for application to manuals and procedural documents! There are over 130 implementation cases, primarily in manufacturing sites. If you would like to know more detailed examples of use or other cases, please download the materials or feel free to contact us. ★ We also offer actual device demonstrations, online demos, and lending for effectiveness verification! ★

SiB's "Eye Tracking Core+" is a gaze measurement system in the form of smart glasses developed in Japan. It captures the position and movement of the operator's gaze in real-time, accurately quantifying the time spent and the number of times specific points are looked at. This aids in behavior analysis, skill inheritance, and improving educational efficiency. It has a wealth of implementation results in manufacturing sites, visualizing and data-fying the gaze and work actions of veteran technicians to support the transfer of know-how to younger employees. Furthermore, it contributes to preventing human errors and improving work quality, achieving results in many workplaces. With a lightweight design of just 39g, it does not hinder natural movement during wear and allows for the acquisition of high-precision gaze data. It is utilized across a wide range of fields, including manufacturing, bringing innovation to skill inheritance and business improvement.

On-site visual inspections and skilled tasks involve many unique "intuitions" and "tips" that only veteran workers possess. These are difficult to verbalize or standardize, posing significant challenges in training younger workers and standardizing operations. By utilizing the eye-tracking glasses we provide, it becomes possible to visualize and quantify the gaze data of workers, objectively capturing what experienced workers are checking, in what order, and how. This clarifies the evaluation points and flow of actions in visual inspections, leading to improved training efficiency and the systematization of skill transfer. Do you face similar challenges? ■ Company A/Painting Department: Time-consuming manual adjustments and visual inspections of finished products in the final process. ■ Company B/Assembly: Variability in assembly procedures among workers, leading to unstable quality and decreased work efficiency. ■ Company C/Processing: Time and costs incurred for each move when instructing complex and delicate processing tasks. We offer a collection of case studies on problem-solving using eye-tracking, available for download on our page. Please take a look!

In the manufacturing industry, standardization and efficiency of work are always required. In particular, smoothly inheriting the skills of experienced workers to younger employees and maintaining work quality is an important challenge. Eye Tracking Core+ can visualize the gaze of workers to identify bottlenecks in the work process and aid in improvements. [Usage Scenarios] - Optimization of work procedures on the production line - Efficiency in on-the-job training for new employees - Analysis of the causes of work errors [Effects of Implementation] - Reduction in work time - Improvement in work quality - Reduction in training costs

In the manufacturing industry, standardization of work is an important issue for stabilizing quality, improving productivity, and developing human resources. Formalizing the skills of experienced workers so that anyone can perform tasks with the same quality is essential for enhancing a company's competitiveness. However, the skills of experienced workers are often tacit knowledge, making them difficult to visualize. Eye Tracking Core+ visualizes the work process by meticulously recording and analyzing the operator's gaze. This contributes to the creation of standard operating procedures, the efficiency of training, and the reduction of work errors. 【Usage Scenarios】 - Standardization of assembly work - Efficiency of inspection processes - On-the-job training for new employees 【Effects of Implementation】 - Reduction of work time - Improvement of quality - Reduction of training costs

In the world of sports, improving athletes' performance requires enhancing their form. However, traditional form analysis often relies heavily on the subjectivity and experience of coaches, making objective evaluation challenging. Eye Tracking Core+ meticulously records athletes' "gaze," visualizing where, in what order, and for how long they looked at specific points. This enables scientific form analysis that does not depend on intuition. 【Usage Scenarios】 * Form analysis in sports such as baseball and golf * Acquisition and analysis of athletes' gaze data * Providing objective data in coaching 【Benefits of Implementation】 * Specific identification of form-related issues * Realization of effective improvement guidance * Enhancement of athletes' performance

In the automotive industry, contamination by foreign substances during the manufacturing process is a serious issue that significantly undermines product quality. Particularly in the painting and assembly processes, visual inspections for foreign substance contamination are essential. However, traditional visual inspections rely on the experience and ability of the inspectors, which can lead to oversights. Additionally, the difficulty in recording and sharing inspection results can prolong the investigation and response time when problems arise. Our "Eye Tracking Solution" addresses these challenges by visualizing the visual inspection process. 【Application Scenarios】 - Inspection for foreign substance contamination in the painting process - Checking for foreign substance adherence on parts in the assembly process - Final inspection of finished products 【Benefits of Implementation】 - Visualization of inspectors' gaze to prevent oversights - Recording and sharing of inspection results to enable rapid response when issues occur - Increased efficiency in the education and training of inspectors - Improvement in quality control

In the warehouse industry, ventilation and heatstroke prevention in vast spaces are important challenges. Especially in high-temperature environments during the summer, managing the health of workers and maintaining labor efficiency are essential. If adequate ventilation is not provided, the risk of heatstroke increases, which can lead to decreased work efficiency and quality issues. Our energy-saving large ceiling fans efficiently circulate air within the warehouse, reducing the risk of heatstroke. 【Usage Scenarios】 - Ventilation in warehouses - Heatstroke prevention - Improvement of air conditioning efficiency 【Benefits of Implementation】 - Reduced risk of heatstroke for workers - Lower air conditioning costs - Increased work efficiency