イーストバイオ List of Products and Services

In facilities for supporting people with disabilities, understanding the residents' daily rhythms is crucial for providing appropriate care. Disruptions in daily rhythms can lead to physical health issues and mental instability. The monitoring sensor "Techmat" helps visualize residents' daily rhythms by tracking their sleep and bed status, allowing for early detection of abnormalities. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter precision. It continuously monitors their posture and pressure conditions on the bed 24/7. If the pressure on a specific area exceeds a set duration, it sends an alert to staff to encourage repositioning. The Techmat identifies behaviors that pose a risk of falls by detecting in real-time when elderly individuals rise from bed or change their posture to sitting or lying down. When high-risk behaviors such as rising are detected, an alarm notification is triggered instantly. [Usage Scenarios] - Understanding sleep conditions - Understanding bed status [Benefits of Implementation] - Visualization of daily rhythms - Early detection of abnormalities - Increased sense of security for residents

• Welfare and medical equipment
• Nursing care products

In psychiatric hospitals, it is important to prevent self-harming behaviors in patients before they occur. To ensure patient safety, continuous monitoring on a 24-hour basis is necessary, which may increase the burden on staff. The monitoring sensor "Techmat" detects when a patient gets out of bed or moves, reducing the risk of self-harm. This contributes to alleviating the burden on staff and ensuring patient safety. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure conditions of elderly patients in bed 24/7. If the pressure on a specific area exceeds a set duration, it sends an alert to staff to prompt a position change. The Techmat identifies behaviors that pose a risk of falling by detecting in real-time when elderly individuals rise from bed or change their posture to sitting or lying down. When high-risk behaviors, such as getting up, are detected, the Techmat instantly triggers an alarm notification.

• Welfare and medical equipment
• Nursing care products

In rehabilitation facilities, it is important to accurately understand the exercise status of patients and to develop effective rehabilitation plans. By monitoring the quality and quantity of exercise, we can promote patient recovery and provide higher quality rehabilitation. The monitoring sensor "Techmat" detects body movements and supports the understanding of exercise status. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure conditions of the elderly in bed 24 hours a day, 365 days a year. If the pressure time on a specific area exceeds a set duration, it sends an alert to staff to encourage a position change. The Techmat identifies behaviors that pose a risk of falling by detecting in real-time when elderly individuals rise from bed or change their posture to sitting or lying down. When the Techmat detects high-risk behaviors such as rising, it instantly triggers an alarm notification.

• Welfare and medical equipment
• Nursing care products

In day services, understanding the activity levels of users helps in formulating appropriate care plans. By grasping changes in activity levels, early detection of users' health conditions and the provision of higher quality services can be achieved. The monitoring sensor "Techmat" visualizes users' activity status by tracking their getting up and lying down situations. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure conditions of the elderly in bed 24 hours a day, 365 days a year. If the pressure on a specific area exceeds a set duration, it sends an alert to staff to encourage a position change. The Techmat identifies behaviors that pose a risk of falling by detecting in real-time when elderly individuals rise from bed or change their posture to sitting or lying down. When high-risk behaviors such as rising are detected, an alarm notification is triggered instantly.

• Welfare and medical equipment
• Nursing care products

In home care facilities, confirming the safety of users is important for both the users and the facility. Especially when visits at night or early in the morning are difficult, being able to remotely understand the user's condition provides peace of mind. The monitoring sensor "Techmat" supports safety confirmation by detecting when a user gets out of bed and sending alerts in case of abnormalities. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure conditions of the elderly in bed 24 hours a day, 365 days a year. If the pressure on a specific area exceeds a set time limit, it sends an alert to staff to prompt a position change. The Techmat identifies high-risk behaviors that may lead to falls by detecting real-time changes in posture when elderly individuals get up from bed or change positions while sitting or lying down. When the Techmat detects high-risk behaviors such as getting up, it instantly sends an alarm notification.

• Welfare and medical equipment
• Nursing care products

In nighttime monitoring for service-equipped senior housing, ensuring the safety of residents is crucial. Particularly, falls at night are often discovered late, which can lead to serious accidents. Preventing falls not only alleviates the physical burden on residents but also reduces the workload for caregiving staff. The monitoring sensor "Techmat" alerts in advance when a resident gets out of bed, thereby reducing the risk of falls at night. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure conditions of seniors in bed 24 hours a day, 365 days a year. If the pressure on a specific area exceeds a set duration, it sends an alert to staff to encourage a change in position. The Techmat identifies behaviors that pose a fall risk by detecting in real-time when seniors rise from bed or change their posture to sitting or lying down. When high-risk behaviors, such as getting up, are detected by the Techmat, an alarm notification is triggered instantly.

• Welfare and medical equipment
• Nursing care products

In paid nursing homes, it is important to accurately understand the behavior records of residents and utilize them for safety management. In particular, monitoring residents at high risk of falls is essential for accident prevention. The monitoring sensor "Techmat" alerts in advance when a resident gets out of bed, reducing the risk of falls and ensuring the safety of residents. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure conditions of elderly residents in bed 24 hours a day, 365 days a year. If the pressure on a specific area exceeds a set duration, it sends an alert to staff to encourage repositioning. 【Usage Scenarios】 - Reducing the risk of falls when getting out of bed - Reducing the risk of pressure ulcers - Understanding sleep conditions - Understanding bed rest conditions - SOS alert by simply tapping the mat in emergencies 【Benefits of Implementation】 - Decrease in accidents due to falls - Reduction of caregiver workload - Increased sense of security for residents

• Welfare and medical equipment
• Nursing care products

In group homes, residents getting out of bed can lead to accidents. Falls due to getting out of bed not only threaten the safety of residents but also increase the burden on caregiving staff. The monitoring sensor "Techmat" alerts in advance when a resident gets out of bed, reducing the risk of falls. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter precision. It continuously monitors the posture and pressure conditions of the elderly in bed 24 hours a day, 365 days a year. If the pressure on a specific area exceeds a set time limit, it sends an alert to staff to encourage a change in position. The Techmat identifies behaviors that pose a fall risk by detecting in real-time when elderly individuals are getting up from bed or changing their posture to sit or lie down. When high-risk behaviors, such as getting up, are detected by the Techmat, an alarm notification is triggered instantly.

• Welfare and medical equipment
• Nursing care products

In nursing care facilities, falls among residents can lead to serious accidents. Falls not only impose a physical burden on residents but also increase the burden on care staff. Fall prevention detection contributes to ensuring the safety of residents and improving the operational efficiency of care facilities. The monitoring sensor "Tech Mat" alerts in advance when a resident gets out of bed, reducing the risk of falls. The Tech Mat identifies behaviors that pose a fall risk by detecting in real-time when elderly individuals rise from bed or change their sitting or lying positions. When high-risk behaviors such as sitting up or getting out of bed are detected, an alarm is triggered instantly. Falls often occur when elderly individuals stand up from a lying position. The Tech Mat monitors sudden changes in body pressure distribution and shifts in center of gravity to identify the intention and risk level before the elderly person fully rises from bed. This allows family members and staff to secure a crucial intervention time of typically 5 to 10 seconds, enabling timely assistance and stabilization measures.

• Welfare and medical equipment
• Nursing care products

In special nursing homes, falls among residents can lead to serious accidents. Falls not only increase the physical burden on residents but also add to the workload of caregiving staff. Fall prevention detection helps protect the safety of residents and contributes to the operational efficiency of care facilities. The monitoring sensor "Techmat" alerts in advance when a resident gets out of bed, reducing the risk of falls. The Techmat, equipped with 1,024 independent sensor points, can accurately map the pressure distribution of elderly individuals with millimeter-level precision. It continuously monitors the posture and pressure state of seniors in bed 24 hours a day, 365 days a year. If the pressure on a specific area exceeds a set duration, it sends an alert to staff to encourage a change in position. The Techmat identifies behaviors that pose a fall risk by detecting in real-time when elderly individuals rise from bed or change their posture to sitting or lying down. When high-risk behaviors, such as getting up, are detected, the Techmat instantly triggers an alarm notification.

• Welfare and medical equipment
• Nursing care products

Monitoring patients' mobility in hospitals is extremely important for ensuring their safety. An accurate monitoring system is required to reduce the risks of injuries from falls and nighttime mobility. In hospitals with a high number of elderly or dementia patients, continuous monitoring around the clock is necessary, which may increase the burden on nurses. The monitoring sensor "Techmat" is a high-precision monitoring sensor that uses fabric-based flexible sensor technology. By detecting when a patient gets out of bed and issuing alerts, it alleviates the burden on nurses and protects patient safety. The Techmat, equipped with 1,024 independent sensor points, can accurately detect the patient's body pressure distribution with millimeter-level precision. It continuously monitors the patient's posture and pressure state on the bed 24 hours a day, 365 days a year. If pressure on a specific area exceeds a set duration, it sends an alert to the nurse via screen and audio, prompting them to assist with repositioning. 【Usage Scenarios】 - Monitoring mobility in patient rooms - Nighttime patient supervision - Care for patients at high risk of falls 【Benefits of Implementation】 - Reduction of fall risks - Alleviation of nurses' workload - Improvement of patient safety

• Welfare and medical equipment
• Nursing care products

In monitoring at nursing facilities, it is important to understand the health status of residents and to detect risks such as pressure ulcers (decubitus) early. Particularly for residents who are bedridden for long periods or have limited mobility, pressure management is key to preventing pressure ulcers. If appropriate pressure management is not implemented, the risk of developing pressure ulcers increases, which not only lowers the quality of life (QOL) for residents but also leads to increased burdens on caregiving staff. The Tech Mat reduces the risk of pressure ulcers with real-time pressure detection and supports comfortable sleep for residents. The Tech Mat has 1,024 independent sensor points that can accurately detect the pressure distribution of elderly individuals at a millimeter level. When the pressure on a specific area exceeds a set time, it automatically triggers a repositioning alert. [Usage Scenarios] - Alerts when the risk of pressure ulcer development is deemed high - Monitoring of body movement during rest - Early detection of abnormalities [Effects of Implementation] - Reduction of pressure ulcer development risk - Improvement of residents' QOL - Alleviation of burdens on caregiving staff

• Welfare and medical equipment
• Nursing care products

In care facilities, falls among residents are a significant issue. Falls can lead not only to injuries and hospitalizations but also to a substantial decline in the quality of life (QOL) for residents. Additionally, they can increase the burden on caregiving staff. The monitoring sensor "Tech Mat" detects fall risks early and provides a safe environment. There is a risk of falling when getting out of bed. By detecting body movements and automatically notifying staff, the Tech Mat can help prevent accidents before they occur. Furthermore, the automatic recording of body movements, heart rate, respiratory rate, and sleep information makes it easier to consider preventive measures to avoid accidents and to explain the situation to families. The information obtained from the Tech Mat can reduce the frequency of regular patrols. In particular, reducing nighttime patrols can help prevent disturbances to residents' sleep. 【Usage Scenarios】 * Alerts for sitting up and getting out of bed * Monitoring individuals at high risk of falls during the night * Measures to prevent wandering in individuals with dementia 【Effects of Implementation】 * Accident prevention through early detection of fall risks * Reduction of the burden on caregiving staff * Increased sense of security for residents

• Welfare and medical equipment
• Nursing care products
• others

In pet-related behavioral observation, daily health management and early detection of abnormalities are important. Understanding pet behavior patterns and quickly detecting anomalies are essential for maintaining pet health. The TechMat captures the pet's body pressure over a surface, visualizing changes in body orientation, movement, and condition in real-time. This allows for the observation of differences from usual behavior and aids in understanding health status. 【Usage Scenarios】 - Observing the pet's posture during sleep - Monitoring body movements at rest - Early detection of abnormalities 【Benefits of Implementation】 - Visualization of the pet's health status - Providing information to veterinarians - Rapid response due to early detection of abnormalities

• Welfare and medical equipment
• Nursing care products

In senior housing, it is essential to understand the residents' daily rhythms and to detect risks of getting out of bed at night or falling early. Particularly, to grasp the health status of residents and provide appropriate care, it is crucial to accurately capture changes in daily living patterns. The monitoring sensor "Tech Mat" addresses these challenges by capturing body pressure over a surface and visualizing changes in body orientation, movement, and condition in real-time. 【Usage Scenarios】 - Detection of getting out of bed at night - Monitoring of daily rhythms - Early detection of fall risks 【Effects of Implementation】 - Ensuring the safety of residents - Reducing the burden on caregiving staff - Providing appropriate care through understanding of lifestyle habits

• Welfare and medical equipment
• Nursing care products

Safety management for workers in factories is extremely important for maintaining productivity and protecting employee health. In environments with high risks of falls or emergencies, such as working at heights or operating dangerous machinery, prompt responses are required. The monitoring sensor "Techmat" visualizes the body movements and conditions of workers in real-time, contributing to the prevention of accidents by detecting abnormalities early. 【Usage Scenarios】 * Monitoring the fall risk of workers during high-altitude work * Detecting abnormalities in workers during dangerous machine operations * Managing the health of workers during breaks 【Benefits of Implementation】 * Reducing damage through prompt responses to falls or emergencies * Enhancing workers' safety awareness * Strengthening the overall safety management system of the company

• Welfare and medical equipment
• Nursing care products

In the warehouse industry, it is important to detect the intrusion of suspicious individuals early and respond quickly as a security measure. In particular, intrusions during nighttime or in less populated hours can lead not only to physical damage but also to disruptions in operations. Traditional sensors carry the risk of false detections and missed detections, necessitating reliable security measures. Techmat achieves reliable intrusion detection by capturing body pressure over a surface, thereby ensuring the safety of warehouses. 【Usage Scenarios】 - Warehouse entrances and exits - Important material storage areas - Monitoring during nighttime and holidays 【Benefits of Implementation】 - Early detection of suspicious individuals - Reduction of intrusion risks - Strengthening of security systems

• Welfare and medical equipment
• Nursing care products

In sports facilities, accurate measurement of activity levels is required for improving athletes' performance and ensuring safety management. In particular, understanding the body's movements and loads during training is essential for effective coaching and injury prevention. Traditional measurement methods have faced challenges in obtaining accurate data. TechMat solves these issues by visualizing athletes' body pressure distribution and movements in real-time using fabric-based flexible sensor technology. 【Usage Scenarios】 - Monitoring body pressure of athletes during training - Evaluating body movements in rehabilitation - Data collection in sports science research 【Benefits of Implementation】 - Contributes to improving athletes' performance - Reduces the risk of injuries - Enables coaching based on scientific evidence

• Picking robots (shelf transport robots, arm picking robots)
• Automatic transport robot

In managing nap time at daycare centers, ensuring the safety of children is the top priority. It is essential to monitor changes in children's breathing and movements during nap time and to have a system in place that can respond quickly in case of emergencies. Utilizing technology is important to reduce the burden on caregivers and to provide more attentive supervision. 【Usage Scenarios】 - Monitoring children's movements and breathing during nap time - Reducing the risk of sleeping face down - Alert notifications to caregivers 【Effects of Implementation】 - Improved safety of children during nap time - Reduced burden on caregivers - Providing peace of mind to parents

• Other analytical equipment
• Analysis and prediction system
• Other measuring instruments

In monitoring students at school, it is important to understand their health status and ensure safety. In particular, there is a need for early detection of health issues and addressing problems related to body pressure caused by prolonged sitting. The monitoring sensor "Tech Mat" captures students' body pressure over a surface and visualizes changes in body orientation, movement, and condition in real-time to address these challenges. 【Usage Scenarios】 - Health management of students in the classroom - Health monitoring in the infirmary - Monitoring in special needs schools 【Benefits of Implementation】 - Early detection of changes in students' health - Reduction of health risks due to body pressure - Alleviation of the burden on teaching staff

• Welfare and medical equipment
• Nursing care products

In office attendance management, it is important to accurately grasp employees' work status and optimize operational efficiency. Particularly with the spread of free-address systems and telework, the need to understand who is working where in real-time has increased. There is a challenge that traditional entry and exit management systems find it difficult to accurately grasp the actual attendance situation. The monitoring sensor "Techmat" captures employees' seating status across a surface and accurately detects when they leave or take a seat, visualizing the overall operational status of the office and contributing to improvements in operational efficiency. 【Usage Scenarios】 - Visualization of seat utilization within the office - Understanding the usage status of meeting rooms and shared spaces - Accurate recording of employees' working hours 【Benefits of Implementation】 - Improved efficiency of office space utilization - Accurate grasp of employees' work status - Improvement in operational efficiency and cost reduction

• Welfare and medical equipment
• Nursing care products

In the hotel industry, there is a demand for improved safety management of guest rooms and enhanced customer service. In particular, protecting the privacy of guests and preventing unauthorized entry are important issues. Traditional access control systems can be difficult to implement due to high costs or may require cumbersome operations. The monitoring sensor "Techmat" can be installed under the bed in guest rooms to detect changes in body pressure of entrants, allowing real-time awareness of entry status. This enables early detection of unauthorized intrusions and unnecessary entries, facilitating prompt responses. 【Usage Scenarios】 - Detection of unauthorized entry into guest rooms - Management of cleaning staff entry - Detection of entry during emergencies 【Benefits of Implementation】 - Improved safety of guest rooms - Increased customer satisfaction - Reduction of operational costs

• Welfare and medical equipment
• Nursing care products

For those living alone, sudden changes in health status can be a significant source of anxiety. In particular, when living alone, it can be difficult to notice changes in one's physical condition, making it challenging to respond quickly in case of an emergency. It is important to detect abnormalities such as falls or health issues early and take appropriate action. 【Usage Scenarios】 - Health management for elderly individuals living alone - Health monitoring for those with chronic illnesses - Reducing the risk of falls during nighttime getting out of bed 【Benefits of Implementation】 - Detecting changes in getting out of bed or body movement and notifying with alerts - Early detection of pressure ulcer risks through body pressure monitoring - Supporting rapid response in emergencies

• Welfare and medical equipment
• Nursing care products

In hospital bed exit monitoring, it is important to detect patients' fall risks early and ensure safety. Especially during nighttime or in situations where staff is insufficient, a system that accurately understands patients' conditions and can respond quickly is required. The monitoring sensor "Techmat," utilizing fabric-based flexible sensor technology, accurately captures changes in patients' body movements and pressure, providing alerts for bed exits in advance. 【Usage Scenarios】 - Bed exit monitoring in patient rooms - Patient monitoring at night - Care for patients at high risk of falls 【Benefits of Implementation】 - Reduction in fall risks - Decrease in nurses' workload - Improvement in patient safety

• Welfare and medical equipment
• Nursing care products

In nursing facilities, falls among residents can lead to serious accidents. Falls not only impose a physical burden on residents but also increase the burden on caregiving staff. Fall detection contributes to ensuring the safety of residents and improving the operational efficiency of nursing facilities. The monitoring sensor "Tech Mat" alerts in advance when a resident gets out of bed, reducing the risk of falls. 【Usage Scenarios】 - Reducing the risk of falls during nighttime when getting out of bed - Measures against wandering in dementia patients - Understanding daytime activity levels 【Benefits of Implementation】 - Decrease in accidents due to falls - Reduction of the burden on caregiving staff - Increased sense of security for residents

• Welfare and medical equipment
• Nursing care products

The "Tech Mat" is a high-precision monitoring sensor that uses fabric-like flexible sensor technology. Since the body is in close contact with the sensor, there is almost no false detection, and alerts for leaving the bed are notified instantly. It excels in flexibility and breathability, and is resistant to bending and body movements, ensuring comfort even during long-term use. It can also be used with pads up to 15mm thick placed on top. 【Features】 ■ Fall prevention: Alerts before leaving the bed ■ AI detects special body movements and sends alerts ■ Body pressure monitoring + pressure ulcer alerts ■ Emergency alert with just a tap on the mat *For more details, please download the PDF or feel free to contact us.

• Welfare and medical equipment
• Nursing care products
• Security cameras and surveillance systems

We would like to introduce the product lineup of our monitoring sensor, "Tech Mat." In addition to the standard type with 256 measurement points and the high-function type with 1024 measurement points, we also offer an air mattress type that uses AI to recognize pressure in real-time, distributing body pressure through 223,800 automatic controls to support pressure ulcer prevention. The air mattress type takes into account differences in height, body type, and posture, automatically adjusting body pressure management and firmness in 10 levels for each individual. 【Common Features of All 3 Types】 ■ Bed exit alert (1 second) ■ Abnormal stillness ■ Tap SOS alert ■ Special body movement alert ■ Bed report *For more details, please download the PDF or feel free to contact us.

• Welfare and medical equipment
• Nursing care products

We would like to introduce the features of our monitoring sensor, "Tech Mat." With 1024 pressure sensors, it monitors body pressure in real-time across the entire body, including the shoulders, back, waist, buttocks, and legs. It is characterized by a low rate of false detection for bed-bound states, rising, sitting at the edge of the bed, and getting out of bed. Additionally, it detects user movements and instantly notifies through screen and audio alerts. Even when staff are away, it sends notifications to smartphones to prevent falls. 【Features】 ■ Low rate of false detection due to close contact between the body and sensor ■ Alerts for sitting at the edge of the bed and getting out of bed are provided in about 1 second ■ Pressure analysis and pressure ulcer prevention using AI ■ Emergency notification function via SOS operation ■ Automatic data recording and report generation ■ Easy installation *For more details, please download the PDF or feel free to contact us.

• Nursing care products
• Welfare and medical equipment

In the automotive industry, there is a constant demand for improving the comfort and safety of passengers. In particular, seats significantly affect comfort during long drives, and understanding the posture and condition of passengers is crucial for safe driving assistance systems. Traditional sensors have challenges with flexibility and durability, making it difficult to follow the shape and movement of the seat. Our fabric-like flexible sensors offer high flexibility and stretchability, allowing them to be arranged along the shape of the seat. This enables accurate detection of pressure distribution and visualization of the seating state and body pressure of passengers. 256 pressure sensors: High-density sensors cover the entire seat and accurately capture minute pressure changes. AI analysis of pressure changes allows for the recognition of fatigue and behavioral assessment, overcoming the limitations of traditional camera detection. [Application Scenarios] - Sensing pressure distribution of the seat - Monitoring seating state [Effects of Implementation] - Improved passenger comfort - Enhanced accuracy of safe driving assistance systems - Optimization of seat design

• others

Sensor technology that accurately captures body movements and conditions is crucial for creating new value. Fabric-based flexible sensors offer high flexibility and stretchability, enhancing the design freedom of wearable products and achieving a comfortable wearing experience. 【Usage Scenarios】 - Sportswear - Healthcare wear - Fashion items 【Benefits of Implementation】 - Accurate monitoring of body movements and conditions - Development of aesthetically pleasing wearable products - Realization of a comfortable wearing experience

• Welfare and medical equipment
• Other measuring instruments

In motion analysis within the sports industry, accurate data acquisition of body movements is essential for improving athlete performance and preventing injuries. It is particularly important to capture the pressure distribution on the soles of the feet and body movements in real-time. Traditional sensors have faced challenges in flexibility and wearability, which can hinder accurate data collection. Our fabric-based flexible sensors offer high flexibility and stretchability, allowing for detailed data acquisition without interfering with the athlete's movements. 【Application Scenarios】 - Running technique analysis in athletics - Movement analysis in team sports such as soccer and basketball - Performance analysis in dance and gymnastics 【Benefits of Implementation】 - Contributes to improving athlete performance - Reduces the risk of injuries - Maximizes training effectiveness

• Welfare and medical equipment
• Other measuring instruments

In the medical industry, biometric monitoring requires patient comfort and accurate data acquisition. In particular, flexible sensors that do not hinder patient movement are essential for long-term monitoring. Traditional rigid sensors not only burden patients but can also interfere with accurate data collection. Our fabric-based flexible sensors can obtain precise biometric information without compromising patient comfort due to their high flexibility and breathability. 【Use Cases】 - Monitoring patient vital signs - Sleep monitoring - Monitoring during rehabilitation 【Benefits of Implementation】 - Reduced burden on patients - Accurate data acquisition - Adaptability to various monitoring needs

• Welfare and medical equipment
• Other measuring instruments

The "fabric-based flexible sensor" is a technology that enables various applications, not only for visualizing pressure distribution but also for fall prevention through tactile detection on the soles of the feet and providing tactile feedback to robots. It has a smooth texture and breathability, balancing comfort and durability. It can even detect wind strength. This technology, which combines flexibility and high precision, is being developed as a foundational technology for advanced sensing in the fields of healthcare, nursing care, robotics, and industry. 【Features】 ■ Can be strongly folded ■ High stretchability ■ Comfortable with a smooth texture ■ High flexibility ■ Washable *For more details, please download the PDF or feel free to contact us.

• Welfare and medical equipment
• Other measuring instruments

We would like to introduce our "Precision Pressure Measurement Devices." Equipped with over 2000 high-precision sensors, our precision bed pressure measurement device "Bed Scanner" accurately measures the pressure distribution of the entire body. We also offer the foot pressure measurement device "FootPrint," which provides high-resolution plantar pressure data, and the chair comfort evaluation system "Seat Comfort," which assesses chair hardness, comfort, and support points for the body. Additionally, we handle the "ECG Monitor Integrated T-Shirt," which can measure electrocardiograms simply by wearing it. 【Bed Scanner Specifications (Partial)】 ■ Pressure Area: 190cm x 90cm ■ Number of Sensors: 2048 ■ Spatial Resolution: 28mm square ■ Update Frequency: 22 frames per second ■ Pressure Range: 0.5–85N/cm² *For more details, please download the PDF or feel free to contact us.

• Welfare and medical equipment
• Other measuring instruments
• Other analytical equipment

In the toy industry, it is essential to stimulate children's five senses and nurture rich emotions. In particular, touch plays a crucial role in children's development, making it important to balance safety and approachability. Traditional hard robots often made children feel hesitant to touch them and raised safety concerns. Our electronic skin (fabric-like flexible sensor) gives robots a human-like sense of touch, allowing children to interact safely and build emotional connections. ◆ Robots without a sense of touch are not just cold, lifeless tools; they can also be perceived as threats. A child hesitantly presses their finger against the robot's arm. In many cases, the robot only responds with indifferent silence. However, the situation changes dramatically with fabric-like flexible sensor technology. By giving the robot "smart skin," the child's fear dissipates, transforming into curiosity about meeting a new playmate. 【Usage Scenarios】 - Robot toys for children - Tactile experience educational toys - Communication robots for the elderly 【Effects of Implementation】 - Stimulates children's curiosity and exploratory spirit - Builds an intimate relationship with the robot - Provides a safe and reassuring tactile experience

• Other measuring instruments
• IT Control and Services
• Automatic transport robot

In the medical field, especially in palpation, accurate diagnosis and reduction of patient burden are required. Robots without tactile sensation have limitations in delicate palpation and interaction with patients. Fabric-based flexible sensors enable robots to have human-like tactile sensations, allowing for more precise palpation and reducing patient anxiety. Robots without tactile sensation are not just cold, lifeless tools; they can become a threat. However, the situation changes dramatically with fabric-based flexible sensor technology. By embedding thousands of sensors into textile materials, robots are given "smart skin." This way, robots can respond with friendly vibrations. The customer's fear dissipates, transforming into an encounter with a new conversational partner. 【Application Scenes】 - Surgical support robots - Rehabilitation 【Effects of Implementation】 - Improved diagnostic accuracy - Reduced burden on patients - Reduced burden on healthcare professionals

• Other measuring instruments
• IT Control and Services
• Automatic transport robot

Robots without tactile senses are not just cold, lifeless tools; they can become a threat. However, the situation changes dramatically with fabric-based flexible sensor technology. By embedding thousands of sensors into textile materials, robots are given a "smart skin." This way, robots begin to respond with friendly vibrations. Customers' fears dissipate, transforming into encounters with new conversational partners. 【Application Scenes】 - Customer service robots - Caregiving robots - Improvement of services through robots 【Effects of Implementation】 - Enhanced safety for users - Reduced burden on staff - Building intimate relationships with robots

• Other measuring instruments
• IT Control and Services
• Automatic transport robot

The high-precision pressure sensor technology detects the exact strength of contact. It enables robots to make more accurate judgments and responses in complex environments. From grasping delicate objects to complex human-robot collaboration, it accurately records and analyzes all types of contact, providing a reliable data foundation for intelligent decision-making.

• Other measuring instruments
• IT Control and Services
• Automatic transport robot

Robots are becoming increasingly dexterous in their movements, but their facial expressions remain stiff. This disconnect is one of the fundamental obstacles preventing robots from truly integrating into human life. For children, the elderly, and socially vulnerable individuals, robots without a sense of touch are not only cold and inhuman tools but can also pose a threat. ● First Encounter A 5-year-old child tentatively presses their finger against the robot's arm. Such contact often comes with mechanical and rigid resistance or indifferent silence. However, the situation changes dramatically with fabric-based flexible sensor technology. Now, the robot can respond with friendly vibrations. The fear that had been in the child's eyes disappears, replaced by curiosity about meeting a new playmate. ● From Fear to Trust

• Other measuring instruments
• IT Control and Services
• Automatic transport robot

In the rehabilitation industry, it is essential to accurately analyze patients' movements and develop effective rehabilitation plans. Particularly, understanding subtle body movements and the application of force is a crucial factor that influences the quality of treatment. Traditional measurement methods have posed challenges, as they place a significant burden on patients and make accurate data collection difficult. Our electronic skin solves these issues by detecting pressure with a sensation close to that of the patient's skin through fabric-like flexible sensor technology, providing "tactile" feedback to robots and various devices. 【Application Scenarios】 - Motion analysis - Gait analysis - Posture assessment 【Benefits of Implementation】 - Reduced burden on patients - Objective data collection - Improved rehabilitation outcomes

• Other measuring instruments
• IT Control and Services
• Automatic transport robot

"Electronic skin" is an advanced tactile sensing device that utilizes fabric-like flexible sensor technology. By processing sensors into fiber form and weaving them like fabric, it achieves high flexibility and breathability. It can detect pressure with a sensation close to that of human skin, providing "tactile" feedback to robots and various devices. Unlike conventional film-type sensors, it naturally conforms to curved surfaces and dynamic environments, allowing for a wide range of applications. [Features] ■ Visualization of pressure ■ Detection of fall risks ■ Enhancement of robotic movements *For more details, please download the PDF or feel free to contact us.

• Other measuring instruments
• IT Control and Services
• Automatic transport robot