Custom Flexible Silver Ink Printed Circuit Membrane Pressure Sensor Thin Film Force Sensitive Resistor FSR Sensor

Medical sensors were designed with precision, budget and reliability in mind. Whether it is for long term or disposable devices, the medical sensors can be tailored to desired customer specifications. Screen printed electrodes are often used for electrocardiograms, but these flexible electronics are also used in applications as wide ranging as therapeutic products and blood glucose measurement devices, and they can also act as wearable sensors. Medical sensors are usually screen printed on a polyester film, but thanks to our advanced printing techniques they can also be printed on stretchable substrates, allowing for greater design and application possibilities.

Medical sensors are usually screen printed on a polymer film, but they can also be printed on stretchable substrates, allowing for greater design and application possibilities.

Flexible force sensors offer a great opportunity for smart applications where force needs to be measured and/or adjusted. They can be used for bed and seat occupancy, speed control or wearables. The variable feedback provided by the force sensors enables the user to interact with real-time measurement. Lightweight, sealed, and versatile in area, the sensors allow for additional design freedom and will reduce the overall weight of a product.

Clear conductive sensors are translucent circuits manufactured using additive processes, where translucent and conductive PEDOT ink is silkscreened on a flexible substrate. As part of a curved capacitive keypad, the integration of Clear Conductive Sensors will be used to achieve capacitive sensing. Unlike ITO films which have been used for decades and are relatively brittle and limited in its flexibility and formability, this solution offers greater flexibility. The circuits are ideal for when space saving is a priority. Thin and lightweight, flexible hybrid electronics allow for additional design freedom and will reduce the overall weight of a product. Cost-effective and environmentally-friendly, this technology can be seamlessly integrated into various applications such as wearable devices, appliances, medical HMI and more.