ElastaTherm Heated seating

Dry electrodes placed next to the skin using conductive transfer processes enable reliable bio-signal acquisition without gels or adhesives. By relying on surface conductivity, micro-textures, or conductive polymers, these electrodes improve comfort, durability, and long-term wearability. In applications such as EMS, EEG, EMG, FES, and ECG, dry electrodes reduce skin irritation and simplify setup, making them ideal for wearable and portable systems. They facilitate stable signal transmission by minimizing impedance fluctuations caused by sweat or movement. As materials and fabrication methods advance, dry electrode technologies continue to enhance real-time monitoring, rehabilitation, and human–machine interfaces in both clinical and consumer devices.

Our eco sensor gas sensing solutions deliver smart, reliable, and sustainable monitoring for a cleaner future. Designed with advanced detection technology, they provide fast, accurate measurements of harmful gases in industrial, commercial, and environmental settings. With low power consumption and long-term stability, our sensors support energy efficiency and reduced maintenance costs. Easy integration and compact design make them ideal for smart buildings, air quality systems, and IoT platforms. By combining innovation with environmental responsibility, our solutions help organizations improve safety, meet regulations, and protect people and the planetempowering you to make data-driven decisions for a healthier world.

Force Sensing Resistor® technology from Interlink Electronics is the most versatile force-sensing technology on the market today—and we should know. We brought the first FSRs to market 35 years ago. These innovative sensors provide an inverse change in resistance in response to an increase/decrease in applied force.

Interlink's standard range of ultrathin pressure sensors provides engineers and designers with durable, reliable, easily measurable, and low-cost solutions for human machine interface (HMI) touch applications, analog data capture for machines, sensor fusion solutions, and IoT devices. The sensors are available in a range of sizes, shapes, and lengths. They can be configured to detect single point, pressure pads, or laid out in arrays. Several connection options are also available as standard.

Dry electrodes placed next to the skin using conductive transfer processes enable reliable bio-signal acquisition without gels or adhesives. By relying on surface conductivity, micro-textures, or conductive polymers, these electrodes improve comfort, durability, and long-term wearability. In applications such as EMS, EEG, EMG, FES, and ECG, dry electrodes reduce skin irritation and simplify setup, making them ideal for wearable and portable systems. They facilitate stable signal transmission by minimizing impedance fluctuations caused by sweat or movement. As materials and fabrication methods advance, dry electrode technologies continue to enhance real-time monitoring, rehabilitation, and human–machine interfaces in both clinical and consumer devices.

Our eco sensor gas sensing solutions deliver smart, reliable, and sustainable monitoring for a cleaner future. Designed with advanced detection technology, they provide fast, accurate measurements of harmful gases in industrial, commercial, and environmental settings. With low power consumption and long-term stability, our sensors support energy efficiency and reduced maintenance costs. Easy integration and compact design make them ideal for smart buildings, air quality systems, and IoT platforms. By combining innovation with environmental responsibility, our solutions help organizations improve safety, meet regulations, and protect people and the planetempowering you to make data-driven decisions for a healthier world.