ペルノックス Product Lineup

As a resin formulation manufacturer, we have consistently sold only resin products since our founding. This time, as a new business venture, we have combined the know-how we have accumulated over the years to manufacture and sell electrode films as resin processed products. In product development, we partnered with overseas medical device manufacturers and engaged in research and development. We improved upon traditional electrode films by achieving lower impedance, enhanced flexibility, reduced costs, and increased quality stability. Our electrodes can be used for a wide range of biomedical sensing applications, including ECG, EMG, EEG, and AED pads.

In the medical industry, particularly in remote monitoring, it is essential to accurately and continuously obtain patients' biometric information. Electrode films that can follow body movements and enable stable measurements over long periods are crucial for improving diagnostic accuracy and reducing patient burden. Traditional electrode films often face challenges regarding supply stability, quality, cost, and responsiveness to body movements. Our biometric sensing electrode film, SilkyLinkⓇ, addresses these issues and enables reliable biometric information monitoring. 【Usage Scenarios】 - Remote monitoring of ECG, EMG, and EEG - Understanding patient conditions in home healthcare - Performance analysis of athletes - Biometric information measurement during rehabilitation 【Benefits of Implementation】 - Low impedance allows for stable measurements over long periods - Follows body movements and provides a comfortable wearing experience - Can remain attached during X-ray examinations, supporting diagnosis - Easily cut to the required size and shape for straightforward electrode creation

In the healthcare industry, particularly in the field of health management, biometric information monitoring is emphasized for accurately understanding the body's condition. To achieve this, electrodes that can follow the body's movements and capture stable signals over long periods are required. Traditional electrode films have faced challenges such as stability of supply, quality, cost, and issues related to adhesion to the body and effects during X-ray imaging. To address these challenges and realize more reliable bio-sensing, SilkyLinkⓇ was developed. 【Use Cases】 - Home monitoring of ECG, EMG, and EEG - Performance analysis of athletes - Assessment of physical functions in rehabilitation - Understanding health conditions in telemedicine 【Benefits of Implementation】 - Stable signal acquisition with low impedance - Flexibility to follow body movements - Usable during X-ray imaging to support diagnosis - Structure that is difficult to peel off, suitable for long-term use

The sports industry and athletes need to accurately understand their physical condition and obtain data that leads to performance improvement. In particular, electrodes that can follow body movements and capture accurate biological signals are important for enhancing the quality of training. Traditional electrodes have faced challenges such as misalignment due to movement and signal noise. SilkyLinkⓇ addresses these issues and supports biological sensing to maximize athletes' potential. 【Usage Scenarios】 - Monitoring of ECG, EMG, and brain waves during training - Detailed biological data acquisition for performance analysis - Use of flexible electrodes that follow body movements 【Benefits of Implementation】 - Objective performance evaluation through the acquisition of highly accurate biological signals - High fit to the body, providing comfort even during prolonged use - Data-driven improvements aimed at maximizing training effects

In the field of fitness, the accurate capture of body movements and the acquisition of data to enhance exercise performance and health management are emphasized. In particular, there is a demand for electrode films that can continuously obtain stable signals while following the body's movements during exercise. Conventional electrode films may face challenges such as peeling due to movement and signal instability. SilkyLinkⓇ addresses these issues and contributes to improving the accuracy of exercise records in fitness. 【Usage Scenarios】 - Measurement of heart rate and electromyography during training - Recording exercises that involve flexible body movements, such as yoga and stretching - Collection of exercise data in conjunction with wearable devices 【Benefits of Implementation】 - Ability to follow body movements and obtain stable biosignals - Maintains low impedance even with long-term use, providing accurate data - Comfortable fit, allowing for concentration during training

In the field of elderly welfare, continuous monitoring of biometric information is required to understand the health status of residents and support a safe living environment. In particular, electrodes that can follow bodily movements and provide stable measurements over long periods are essential for improving the accuracy of monitoring systems. Traditional electrodes have challenges related to skin adherence and measurement stability, which could affect the quality of monitoring. SilkyLinkⓇ addresses these issues and enables more reliable biometric sensing. 【Usage Scenarios】 - Daily health monitoring of facility residents - Support for family members living apart - Rapid situation assessment in emergencies 【Benefits of Implementation】 - Early detection of abnormalities through continuous biometric measurements - Reduced burden and increased comfort for residents - Improved efficiency for caregiving staff and enhanced peace of mind

In the field of rehabilitation, it is important to accurately capture the movements of patients' bodies and understand the progress of functional recovery. In particular, the measurement of electromyography (EMG) and electroencephalography (EEG) is essential for assessing the effectiveness of rehabilitation and optimizing programs. Traditional electrode films have shown challenges in terms of responsiveness to body movements and stability during long-term use. Our bio-sensing electrode film, SilkyLinkⓇ, addresses these issues and supports the realization of more effective rehabilitation. 【Usage Scenarios】 - Measurement of muscle activity during rehabilitation - Analysis of movement intention using brain waves - Flexible electrode placement tailored to patients' body movements - Stable monitoring of biological signals over extended periods 【Benefits of Implementation】 - Objective evaluation of rehabilitation effectiveness - Support for the development of personalized rehabilitation programs - Reduction of patient burden and improvement of comfort - Formulation of more effective treatment plans based on high-precision data

In the field of research and development, obtaining highly accurate biological data is key to innovative technology development. In particular, to reduce the physical burden on subjects and obtain stable data even during long-term measurements, flexible and low-impedance electrodes are required. Conventional electrode films may have issues with responsiveness to body movements and long-term stability. Our biological sensing electrode film, SilkyLinkⓇ, addresses these challenges and enhances the accuracy and efficiency of biological data acquisition in research and development. 【Application Scenarios】 - Fundamental research on electrocardiograms, electromyograms, and electroencephalograms - Prototype development of wearable devices - Research on biological signal analysis algorithms - Research and development of medical devices 【Benefits of Implementation】 - High-precision signal acquisition due to low impedance - Improved comfort for subjects and stabilization of measurements due to flexibility - Convenience of being applicable even during X-ray examinations - Continuity of research due to quality stability and supply stability

In the integration of sensors for wearable devices, it is essential to follow the body's movements and capture stable biological signals. Particularly, to accommodate long-term wear and diverse activities, electrodes that balance flexibility and low impedance are crucial. Conventional electrode films may struggle to meet these requirements. Our bio-sensing electrode film, SilkyLinkⓇ, addresses these challenges and enables high-precision sensor integration. 【Application Scenarios】 - Development of wearable sensors that follow body movements - Integration of electrodes for ECG, EMG, and EEG measurements - Applications requiring stable signal measurement over extended periods 【Benefits of Implementation】 - Naturally follows body movements, providing a comfortable wearing experience - Enables stable measurement of biological signals due to low impedance - Can be used while attached during X-ray examinations, supporting continuity in diagnosis

In the field of robotics, particularly in haptic feedback, there is a demand for delicate information acquisition that closely resembles human senses. Sensors mounted on robotic arms and wearable devices need to accurately capture the wearer's subtle movements and biological signals, providing real-time feedback. Conventional electrode films have challenges related to flexibility and signal stability, which can affect the accuracy of haptic feedback. SilkyLinkⓇ addresses these issues and supports the realization of more advanced haptic feedback systems. 【Usage Scenarios】 - Haptic sensors for robotic arms - Biological signal monitoring for wearable devices - Rehabilitation support robots - Haptic transmission for remote-controlled robots 【Benefits of Implementation】 - Achievement of high-precision haptic feedback - Natural wearing sensation that follows the wearer's movements - Stable signal acquisition over long periods - Reduction of development costs

In the entertainment industry and the field of interactive experiences, there is a demand for capturing users' physiological responses in real-time to provide immersive experiences. In particular, sensing technologies that can accurately track body movements and subtle physiological changes are crucial. Our bio-sensing electrode film, SilkyLinkⓇ, addresses these challenges and supports the realization of more advanced interactive experiences. 【Use Cases】 - Integration into game controllers for performances linked to players' physiological responses - Interactions in VR/AR experiences that reflect users' emotions and concentration levels - Real-time utilization of physiological data in audience-participatory content at live events - Changes in expression based on viewers' reactions in interactive art pieces 【Benefits of Implementation】 - Realization of real-time interactions that enhance user immersion - Creation of new entertainment experiences - Provision of more personalized content based on data - Following body movements while providing a comfortable wearing experience

In the agricultural field, accurately understanding the growth conditions of plants and environmental factors leads to improved yields and early detection of diseases. To achieve this, sensing materials that are wearable and can be directly attached to plants or installed in close proximity are required. Our electrode films meet these needs and enable precise monitoring of plant conditions. 【Application Scenarios】 - Sensing of plant moisture levels and nutritional status - Early detection of diseases and stress - Monitoring of growing environments (temperature, humidity) - Data collection in smart agriculture 【Benefits of Implementation】 - Appropriate cultivation management through visualization of growth conditions - Damage reduction through early detection of diseases and stress - Efficient watering and fertilization management based on data - Stabilization and improvement of yields

In the field of environmental monitoring, particularly in pollution detection, highly sensitive sensors that can capture subtle changes are required. Due to their high quality and excellent flexibility, they are expected to be utilized in pollution detection applications within environmental monitoring. 【Usage Scenarios】 - As electrode materials for highly wearable sensors - Application to designs of electrodes with good wearability - Circuit formation on thin, flexible substrates - Free circuit design through screen printing 【Effects of Implementation】 - Realization of highly sensitive pollution detection sensors - Adaptation to diverse installation environments - Simplification of the manufacturing process