ペルノックス Product Lineup

SilkyLink MFX-1100 is a thin, flexible electrode material with a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. Because it can be cut or die-punched to the required shape, you can proceed with prototyping and product development without building your own electrode-forming process such as paste mixing, printing and drying. Whereas a silver/silver chloride paste (Peltron K-398X) lets you 'print your own' electrodes freely, SilkyLink comes with the functional layer already formed, so it is 'ready to use as is.' It can be handled at low temperature and covers a wide range of uses, from ECG, EMG and EEG to defibrillation pads.

In the medical device industry, particularly in electrocardiogram (ECG) measurement, electrode materials that reduce the burden on patients' bodies and obtain accurate data are required. It is important to follow the body's movements and maintain stable signal transmission even during prolonged use. Additionally, it is necessary to consider usage in various testing environments, such as X-ray examinations. The SilkyLink MFX-1100 is a thin and flexible electrode material that meets these needs and contributes to the efficiency of prototype and product development. 【Usage Scenarios】 - As electrodes during ECG measurements - Monitoring subjects with significant body movement - Continuous measurement in situations requiring X-ray examinations - Rapid electrode prototyping and development 【Benefits of Implementation】 - Improved patient comfort - Enhanced data accuracy through stable signal acquisition - Simplification of the testing flow - Reduction in development time and costs

In the healthcare field, particularly in health management, accurate measurement of biological information is essential. Electrode materials that can maintain stable signal transmission even with subtle body movements and prolonged use are crucial. Conventional electrodes have faced challenges regarding adhesion to the skin and flexibility, which can affect measurement accuracy. SilkyLink MFX-1100 addresses these issues and contributes to improving the accuracy of biological measurements in health management as a low-impedance and highly flexible electrode material. 【Usage Scenarios】 - Monitoring of electrocardiograms, electromyograms, and electroencephalograms in wearable devices - Continuous data collection of health status at home - Measurement of biological signals in rehabilitation 【Benefits of Implementation】 - Follows body movements and reduces noise during measurement - Enables stable measurements even with prolonged wear - Easily processed, supporting rapid prototyping and development

In the field of sports performance enhancement and conditioning, it is essential to follow the body's movements and capture accurate biological signals. In particular, reliable data acquisition during intense exercise is crucial for managing athletes' conditions and analyzing training effects. Traditional electrodes may face issues such as displacement due to movement and skin adhesion, which can hinder accurate measurements. The SilkyLink MFX-1100 addresses these challenges with its thin and flexible electrode material. 【Application Scenarios】 - Electromyography and electrocardiography measurements for athletes - Biological signal monitoring in rehabilitation - Application in wearable devices - Sports science research 【Benefits of Implementation】 - Ability to follow body movements and achieve stable signal measurements - Easy to cut and use, streamlining prototype development - Maintains low impedance even during prolonged use, supporting reliable data acquisition

In the field of rehabilitation, accurately capturing biological signals that follow the patient's body movements is crucial for evaluating and training functional recovery. Conventional electrodes may face challenges such as detachment due to body movement and signal instability. The SilkyLink MFX-1100 is a thin and flexible electrode material that easily conforms to body movements and supports stable signal measurement. This contributes to the implementation of more effective functional recovery training. 【Usage Scenarios】 - Electromyography and electroencephalography measurements during rehabilitation - Monitoring of body movements - Comfortable attachment considering patient comfort 【Benefits of Implementation】 - Follows body movements, improving measurement stability - Can be easily cut for use, accelerating prototyping and development - Maintains stable signals even with long-term use due to low impedance

In the field of sleep analysis, electrodes that can follow the subject's body movements and provide stable signals even during long-term measurements are essential. In particular, acquiring high-quality biological signals with low noise while responding to subtle movements and changes in body position during sleep is crucial for accurately understanding sleep states. Inappropriate electrodes may lead to measurement errors and discomfort for the subjects. The SilkyLink MFX-1100, as a thin and flexible electrode material, addresses these challenges and contributes to improving the accuracy of sleep analysis. 【Usage Scenarios】 - Sleep monitoring at home - Sleep assessment in clinical research - Application in wearable devices 【Benefits of Implementation】 - Follows body movements and reduces noise during measurements - Maintains stable signal quality even with long-term use - Easily processable, shortening prototyping and development time

In the field of telemedicine, accurately and stably acquiring patients' biometric information is essential for precise diagnosis. Particularly in remote diagnostics, the wearability of electrodes and the quality of signals directly affect the accuracy of diagnoses. Conventional electrode materials may present challenges such as responsiveness to body movements and constraints during X-ray examinations, which can potentially reduce the efficiency and quality of diagnoses. The SilkyLink MFX-1100 was developed to address these issues and enhance the reliability of biometric information acquisition in remote diagnostics. 【Usage Scenarios】 - Monitoring of electrocardiograms, electromyograms, and electroencephalograms in remote locations - Collection of biometric information in home visits and home healthcare - Diagnostic processes involving X-ray examinations 【Benefits of Implementation】 - Capable of stable signal acquisition that follows body movements - Allows imaging during X-ray examinations while remaining attached, streamlining the diagnostic process - Easily cut to the desired shape for convenient electrode production, shortening the prototyping and development period

In the field of elderly care, it is essential to continuously monitor the health status of individuals and facilitate the early detection of abnormalities. In particular, the monitoring of biological information such as electrocardiograms, electromyograms, and electroencephalograms plays a crucial role in daily health management and emergency response. However, traditional electrode materials have faced challenges regarding comfort, skin burden, and stability during prolonged use. SilkyLink MFX-1100 addresses these issues and supports the measurement of biological information for monitoring purposes in elderly care. 【Usage Scenarios】 - Health status monitoring at home - Vital sign measurement in facilities - Biological signal measurement during rehabilitation - Understanding conditions in emergencies 【Benefits of Implementation】 - Easy to follow body movements and comfortable to wear - Stable signal measurement with low impedance - Compatible with X-ray examinations (internal evaluation) - Can be easily processed into necessary shapes for convenient use

In the entertainment industry, there is a demand for capturing users' body movements and biometric signals to provide a more immersive and interactive experience. In particular, accurate real-time data acquisition expands the possibilities for various applications such as games, VR/AR content, and live performances. Traditional electrode materials have faced challenges regarding comfort and signal stability, but SilkyLink MFX-1100 addresses these issues and supports the creation of new entertainment experiences. 【Usage Scenarios】 - Integration into game controllers - Acquisition of biometric signals in VR/AR devices - Application in interactive art installations - Experience-based content through wearable devices 【Benefits of Implementation】 - Natural interactions that follow users' body movements - High-precision signal acquisition due to low impedance - Stable performance even during prolonged use - Material properties compatible with X-ray inspection

In the automotive industry, particularly in driving assistance systems, there is a demand for biometric information monitoring to accurately understand the driver's condition. Electrodes that can follow the body's movements and provide stable measurements even during prolonged use are essential for improving the reliability of the system. Traditional electrode materials have posed challenges in terms of comfort and measurement accuracy. SilkyLink MFX-1100 addresses these issues and supports the development of driving assistance systems. 【Application Scenarios】 - Monitoring of driver's biometric information (ECG, EMG, etc.) - Application in wearable devices - Achieving comfortable wearability within the vehicle 【Benefits of Implementation】 - Real-time understanding of the driver's condition to support safe driving - Maintenance of measurement accuracy due to flexibility that follows body movements - Achievement of stable low impedance even during prolonged use

In the field of robotics, precise capture of subtle body movements is required for operational control. In particular, the flexibility of the wearable device and stable signal transmission during prolonged use are crucial. Conventional electrode materials may face challenges in terms of responsiveness to body movements and impedance fluctuations over long-term use. The SilkyLink MFX-1100 is a thin and flexible electrode material that easily follows body movements and maintains low skin-electrode impedance over extended periods. This supports precise control in robotic operations. 【Application Scenarios】 - Operation of robotic arms - Control of prosthetics and orthotics - Rehabilitation equipment - Human-machine interfaces 【Benefits of Implementation】 - A more natural operating feel with electrodes that follow body movements - Improved control accuracy through stable signal transmission - Simplification of prototyping and development processes

In the research and development of biological signals, electrode materials that can follow body movements and enable stable signal measurement are required. Particularly, when considering long-term measurements, reducing the burden on subjects, and use under various conditions such as X-ray examinations, the flexibility and X-ray permeability of electrodes become important factors. Traditional electrode fabrication processes can take time for prototyping and development. The SilkyLink MFX-1100 addresses these challenges and supports the efficiency of research and development. 【Application Scenarios】 - Prototyping and development of electrocardiograms, electromyograms, and electroencephalograms - Development of wearable biosensors - Prototyping of medical devices - Development of biological signal monitoring systems 【Benefits of Implementation】 - Shortening of development time through the simplification of the electrode fabrication process - Improved measurement accuracy with flexible electrodes that follow body movements - Enhanced flexibility in the measurement process by accommodating X-ray examinations - Stable signal acquisition due to low impedance

In educational settings and research fields, accurately understanding learners' concentration levels and physiological responses leads to effective learning support and advancements in research. In particular, there is a demand for technology that can stably measure physiological signals such as brain waves and electromyography during learning without hindering the learner's movements. Traditional electrodes often face challenges such as the inconvenience of wearing them, noise from body movements, and skin strain during prolonged use. The SilkyLink MFX-1100 is a thin and flexible electrode material that has the potential to address these issues and contribute to improving learners' concentration levels. 【Usage Scenarios】 - Concentration analysis through brain wave measurement of learners - Monitoring of electromyographic activity in motor learning - Development of educational biofeedback systems - Understanding learners' physiological responses in remote learning 【Benefits of Implementation】 - Reduces physical burden on learners, allowing for measurement in a natural state - Follows body movements and obtains stable physiological signals with minimal noise - Provides comfortable wear even during prolonged measurements - Supports rapid evaluation and commercialization during the prototyping and development stages

In the field of wearable devices, particularly activity trackers, there is a demand for electrode materials that can follow body movements and provide stable measurements even during prolonged use. If the impedance with the skin is unstable or if the electrodes peel off due to body movements, it becomes difficult to obtain accurate data. SilkyLink MFX-1100 is a thin and flexible electrode material developed to address these challenges. It can be cut into the required shapes, simplifying the prototyping and product development processes. 【Usage Scenarios】 - Sensor components of activity trackers - Fitness trackers - Biometric sensors in smartwatches 【Benefits of Implementation】 - Follows body movements and enables stable measurements - Maintains low impedance even during prolonged wear - Allows for easy prototyping and development of electrodes

In the field of sports science, accurate measurement of muscle activity is essential for improving athlete performance and preventing injuries. In particular, electrodes that can follow body movements and provide stable signals even during long-term measurements are indispensable in research and development. Conventional electrodes have faced challenges such as discomfort, signal noise, and ease of detachment. The SilkyLink MFX-1100 addresses these issues and contributes to improving the accuracy of muscle activity measurement in sports science. 【Application Scenarios】 - Monitoring muscle activity during training - Motion analysis in rehabilitation - Data collection for enhancing sports performance - Research and development of biological signal measurement 【Benefits of Implementation】 - Capable of stable measurements that follow body movements - Easy to cut and use, streamlining prototype development - Maintains low impedance even during long-term measurements - Compatible with imaging while worn during X-ray examinations (internal evaluation)

In the field of rehabilitation, particularly in neurostimulation, there is a demand for electrodes that can follow the body's movements and enable stable signal transmission. Considering long-term use and the burden on the skin, the importance of flexible electrode materials that are low in impedance and resistant to peeling is increasing. SilkyLink MFX-1100 is a thin and flexible electrode material developed to meet these needs. It can be cut and punched into the required shapes, allowing for a smooth transition from prototyping to product development. 【Usage Scenarios】 - Electrode pads in neurostimulation therapy - Integration with rehabilitation devices - Applications that are easy to attach to the body 【Benefits of Implementation】 - Achieves stable signal transmission that follows the body's movements - Reduces the burden on the skin and provides a comfortable user experience - Contributes to shortening the prototyping and development period

In the field of telemedicine, health monitoring requires stable performance of bioelectrodes worn on the patient's body and comfort that can withstand long-term use. In particular, the accurate acquisition of biological signals directly impacts the precision of diagnoses, making low impedance with the skin and flexibility to follow body movements essential. The SilkyLink MFX-1100 is a thin and flexible electrode material developed to meet these needs. It can be cut and punched into the required shapes, allowing for a smooth transition from prototyping to product development. 【Usage Scenarios】 - Home monitoring of ECG, EMG, and EEG - Continuous remote monitoring of patient conditions - Integration into medical devices 【Benefits of Implementation】 - High-precision signal acquisition due to low impedance - Comfortable fit that follows body movements - Easy electrode fabrication without the need for paste

In the gaming industry, accurately reading players' emotions is emphasized as essential for creating a more immersive experience and personalized game design. With the evolution of emotion recognition technology, there is a demand for electrode solutions that can non-invasively and accurately capture players' biological signals. However, traditional electrode materials have faced challenges regarding comfort, skin conformity, and signal stability. The SilkyLink MFX-1100 was developed to address these issues and expand the possibilities of emotion recognition in gaming. 【Use Cases】 - Integration into game controllers - Attachment to VR/AR headsets - Monitoring biological signals during gameplay 【Benefits of Implementation】 - Real-time understanding of players' emotional changes - Automatic adjustment of game difficulty and story progression - Providing a more personalized gaming experience

In the field of sleep research, accurate measurement of brain waves is essential for analyzing sleep states. To avoid interfering with long-term measurements or the natural sleep of subjects, electrodes that can follow body movements and exert minimal pressure on the skin are required. Traditional electrode fabrication processes can take time for prototyping and development. The SilkyLink MFX-1100 is pre-formed with functional layers and can be cut to the necessary shape for immediate use, contributing to the efficiency of research and development. 【Application Scenarios】 - Brain wave monitoring during sleep - Long-term biological signal measurement - Research focused on subject comfort 【Benefits of Implementation】 - Rapid prototyping and development - Comfortable fit that follows body movements - Stable signal measurement

In the automotive industry, particularly in the field of monitoring driver states, there is a demand for electrode materials that can follow body movements and provide stable measurements even during prolonged use. Slight movements while driving and the strain on the skin from long-term wear can potentially affect measurement accuracy. Additionally, it is desirable that electrodes can remain attached in the event that an X-ray examination is necessary. The SilkyLink MFX-1100 has been developed as a thin and flexible electrode material to address these challenges. It can be cut and punched into the required shapes, allowing for smooth prototyping and product development. 【Usage Scenarios】 - Monitoring of driver biosignals (ECG, EMG, EEG) - Detection of changes in driver fatigue and attention levels - Integration with Advanced Driver Assistance Systems (ADAS) - Comfortable wearing experience inside the vehicle 【Benefits of Implementation】 - Follows body movements, maintaining measurement accuracy - Compatible with X-ray examinations (internal evaluation) - No need for paste formulation and drying processes, shortening development time - Stable measurements due to low skin-electrode impedance

In the field of entertainment, interactions require capturing users' body movements and biometric signals to provide an immersive experience. In particular, accurate real-time signal acquisition and responsiveness to the body significantly influence the quality of the user experience. Traditional electrodes have faced challenges regarding comfort and signal stability. The SilkyLink MFX-1100, as a thin and flexible electrode material, addresses these issues and supports the realization of new interactive experiences. 【Usage Scenarios】 - Integration into game controllers - Interactive art installations - Biometric signal monitoring in wearable devices - Enhanced interaction in VR/AR experiences 【Benefits of Implementation】 - Follows body movements for natural interaction - Comfortable wear even during prolonged use - Provides a richer experience through high-precision biometric signal acquisition

In the field of robotics, operation interfaces require the accurate and stable acquisition of the wearer's biological signals. In particular, electrode materials that follow the body's movements and maintain comfort during prolonged use are crucial for achieving interactive operations and biological feedback. Traditional electrode materials have faced challenges such as flexibility, skin adhesion, and signal noise. SilkyLink MFX-1100 addresses these issues and contributes to the performance improvement of operation interfaces in robotics. 【Usage Scenarios】 - Measurement of electromyography during robotic arm operation - Monitoring of biological signals in wearable robots for motion assistance - Detection of movement intentions in rehabilitation robots - Acquisition of biological information in human-robot interaction 【Benefits of Implementation】 - Comfortable fit and stable signal acquisition due to flexibility that follows body movements - Clear signal detection due to low skin-electrode impedance - Increased convenience during development and evaluation as it can be worn during X-ray examinations - Can be processed into required shapes, accommodating diverse interface designs

Accurately understanding the health status and biological information of astronauts is essential for the success of missions and ensuring safety. In the unique environment of space, the burden on the body and the reliability of equipment are critically examined. Conventional electrode materials may face challenges such as responsiveness to body movements and constraints during X-ray examinations. SilkyLink MFX-1100 is an electrode material developed to address these issues and support the monitoring of astronauts' conditions. 【Usage Scenarios】 - Monitoring biological signals such as ECG, EMG, and EEG of astronauts - Integration into spacesuits and life support systems - Long-term tracking of bodily changes in space 【Benefits of Implementation】 - Capable of stable signal acquisition while following body movements - Can be imaged during X-ray examinations while still attached (internal evaluation) - Easily processed into required shapes, supporting rapid prototyping and development

SilkyLink MFX-1100 is a conductive polyurethane film that has a pre-formed Ag/AgCl electrode layer. It can be cut and punched into the desired shape, allowing for the advancement of electrode prototyping without the need for paste formulation, printing, or drying processes. SilkyLink MFX-1100 is a thin and flexible electrode material with a silver/chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the desired shape, enabling prototyping and product development without the need to establish electrode formation processes such as paste formulation, printing, and drying in-house. While silver/chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "ready-to-use with the functional layer already created." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

This is a film material that has a silver/silver chloride electrode layer pre-formed. It is suitable for the development of electrodes for biological signal measurement, such as ECG, EMG, EEG, and wearable devices, when there is a desire to simplify the electrode formation process. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to establish the electrode formation processes such as paste formulation, printing, and drying in-house. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers that can be used as is." It can be handled at low temperatures and can be widely used from ECG, EMG, and EEG to defibrillation pads.

For the development of ECG electrodes and patient monitoring electrodes. SilkyLink uses a thin, flexible polyurethane substrate, making it suitable for prototyping and evaluation as a biopotential electrode film that easily conforms to body movements. SilkyLink MFX-1100 is a thin, flexible electrode material formed by creating a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) can be "freely printed and made," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from ECG, EMG, and EEG to defibrillation pads.

For those looking for electrode materials that handle small biological signals such as EEG and EMG. As a film with a pre-formed Ag/AgCl electrode layer, it is easy to process into the required shapes and is suitable for research and development as well as evaluation of wearable electrodes. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototype and product development without the need to establish in-house processes for electrode formation such as mixing, printing, and drying pastes. While silver/silver chloride paste (Peltron K-398X) is made by "printing freely," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is widely usable from ECG and EMG to defibrillation pads.

For the development of materials such as AED pads, defibrillation pads, and electrodes for electrical therapy, SilkyLink can be utilized as a flexible conductive film with an Ag/AgCl layer for prototyping electrode shapes and evaluating combinations with gels and other materials. SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications from electrocardiograms, electromyograms, and electroencephalograms to defibrillation pads.

For sites that want to reduce the hassle of reapplying electrodes every time an X-ray examination is conducted. This electrode film is designed to allow X-ray imaging while still attached, due to its construction that does not primarily use metal foil (internal evaluation). SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms (ECG) and electromyograms (EMG) to electroencephalograms (EEG) and defibrillation pads.

For wearable devices and curved devices, SilkyLink, which is based on a flexible polyurethane film, easily conforms to body movements and is suitable for the prototyping of adhesive sensors. SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is versatile enough for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

SilkyLink MFX-1100 is a film material that has already formed a silver/silver chloride (Ag/AgCl) electrode layer. It can be cut into the required shapes to create evaluation electrodes, even in development environments that do not have screen printing, paste formulation, or drying processes. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. Since it can be cut and punched into the necessary shapes, it allows for prototyping and product development without the need to establish electrode formation processes such as paste formulation, printing, and drying in-house. While silver/silver chloride paste (Peltron K-398X) is made by "printing freely," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

Are you spending too much time on material formulation and printing conditions in the prototype of biosignal monitoring electrodes? With SilkyLink, you can smoothly start initial evaluations by cutting and punching out films that already have the electrode layer formed. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. Since it can be cut and punched into the required shapes, you can advance prototyping and product development without having to establish your own electrode formation processes such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) allows for "free printing and creation," SilkyLink is characterized by being "pre-made with functional layers that can be used as is." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

When you want to try different shapes of electrodes in small amounts. SilkyLink can be processed into the required size with its flexible film that has an Ag/AgCl layer, making it suitable for design changes and comparative evaluations during the prototyping stage. SilkyLink MFX-1100 is a thin and flexible electrode material formed with a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-made with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from ECG, EMG, and EEG to defibrillation pads.

I want to prototype electrodes that measure electromyography, electrocardiography, and electroencephalography, but I cannot perform printing or material formulation—this is an electrode film designed for such research environments. It has a silver/silver chloride (Ag/AgCl) electrode layer already formed, and it can be used simply by cutting and sticking it into the desired shape. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the necessary shapes, allowing for prototyping and product development without the need to establish in-house processes for electrode formation such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiography and electromyography to electroencephalography and defibrillation pads.

When you want to reduce processes such as paste mixing, printing, drying, curing, and condition setting. SilkyLink contributes to shortening development lead times as a pre-fabricated bioelectrode film with functional layers. SilkyLink MFX-1100 is a thin and flexible electrode material that forms a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to establish in-house electrode formation processes such as paste formulation, printing, and drying. While silver/silver chloride paste (Peltron K-398X) is made by "freely printing," SilkyLink is characterized by being "pre-fabricated with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.

There is a lot of noise in electrocardiogram measurements, and the signals are unstable—one of the causes is the skin-electrode impedance. The MFX-1100 maintains low impedance over a long period due to its Ag/AgCl electrode layer, supporting stable measurements. SilkyLink MFX-1100 is a thin and flexible electrode material formed with a silver/silver chloride (Ag/AgCl) electrode layer on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to build in-house processes for electrode formation such as paste mixing, printing, and drying. While silver/silver chloride paste (Peltron K-398X) allows for "free printing and creation," SilkyLink is characterized by being "pre-formed with functional layers and ready to use." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to electroencephalograms and defibrillation pads.

In research that requires electrodes that follow the movement of the body, such as wearable devices and attachments to curved surfaces, a layer of Ag/AgCl electrodes is formed on a flexible polyurethane film with a total thickness of approximately 103μm. SilkyLink MFX-1100 is a thin and flexible electrode material that has a silver/silver chloride (Ag/AgCl) electrode layer formed on a conductive polyurethane film. It can be cut and punched into the required shapes, allowing for prototype and product development without the need to establish in-house processes for electrode formation such as mixing, printing, and drying pastes. While silver/silver chloride paste (Peltron K-398X) is made by "printing freely," SilkyLink is characterized by being "pre-made with functional layers that can be used as is." It can be handled at low temperatures and is suitable for a wide range of applications, from electrocardiograms and electromyograms to defibrillation pads.