Tekscan Pressure Mapping, Force Measurement & Tactile Sensors -------- Buy Products Online (800) http://el-japan.tech -Mobile: +86-18900616086 www.elpanel.tech +1 ( www.eLdispLay.onLine ) Phone: +86-512-51910068 www.batterypaper.com Contact Us Tekscan Technology ==== Tekscan technology encompasses sensor technology, data acquisition electronics, and processing and analysis software. Tekscan has numerous patents, copyrights, trademarks, and/ or patents pending supporting our intellectual property claims. Sensor Technology Sensor Technology Data Acquisition Hardware Data Acquisition Electronics Pressure Mapping Technology Data Acquisition, Display, & Analysis Software Click the Expandable Menus Below to Learn About Our Technology ----------------- Single-Point Force Sensors Single-Point Force Sensors -------------------------- Tekscan manufactures thin-film sensors to measure between any two mating surfaces. The thinness of these sensors is unparalleled in the industry allowing for a true interface measurement. Force Sensors (AKA, FlexiForce??Touch Sensors) Position Sensors (AKA, FlexiPot??Sensors) FlexiForce Touch SensorsFlexiForce Touch Sensors FlexiPot Position SensorFlexiPot Position Sensor FlexiForce??force sensors can measure force between almost any two surfaces and are durable enough to stand up to most environments. Our force sensors are available off-the-shelf for prototyping or we can customize to meet your specific requirements. FlexiForce Sensors are: * Thin [.203 mm (0.008 in)] & Flexible * ??ightweight & Low-Power * Customizable * Accurate * Simple to Use * Cost Effective The FlexiPot??Strip and Ring tactile potentiometers and/or position sensors are used to identify location or position and adjust output. These sensors can measure position between any two surfaces. FlexiPot Sensors are: * Low-power * Flexible * Ultra-thin (0.008") * Linear Output, low error (?2%) * Customizable * High-Temperature Option (up to 400?F) Shunt Mode FlexiForce offers significant performance advantages when compared to other force sensing resistor technologies - including shunt mode technology. This infographic explains more Matrix Pressure Sensors Matrix Sensors (AKA, Pressure Mapping Sensors) - Our pressure mapping systems measure interface pressure between two surfaces, utilizing a thin and flexible sensor. The resulting data and our analysis tools offer insights to enhance product design, manufacturing, quality, and research. * Map interface pressure * Analysis tools provide insight for a better understanding of surface behavior * Sensors, data acquisition electronics, and software can all be customized to align with application needs Sensors Matrix Sensor * Minimally invasive high resolution sensor that is thin and flexible * Over 200 standard sensors with different shapes, sizes, resolutions and pressure ranges * Customizable to unique form factors and pressure ranges to meet specific applications Electronics Evolution Handle * Scan thousands of sensing points within each sensor * Data is instantly relayed to the software on your PC via a USB cable * High speed and wireless options available Software Software * Software displays the pressure distribution data, in multiple formats, for superior analysis * Real-time display of pressure sensor data in 2D & 3D * Display peak pressures and center of force Have a unique application that calls for a unique sensor? Check out this short video on our Pressure Mapping Sensor Customization Process How A Matrix Sensor Is Made Pressure mapping sensors are ultra-thin pressure-sensitive resistors (aka, tactile array sensors) that are used capture pressure data between nearly any two surfaces. Each sensor consists of intersecting rows and columns of conductive material. At each intersection is a layer of pressure-sensitive material. As pressure is applied to the sensing area, the resistance of the pressure-sensitive material changes. Scanning electronics connected to the sensor collects and converts this resistance change into digital signal, which is then transmitted to a computer for real-time analysis Watch this Short Video to See How Our Matrix Sensors Are Made ---------------- Tekscan Sensor Properties & Performance Figure 1: Typical Sensor PerformanceFigure 1: Typical Sensor PerformanceMatrix sensors (arrays) are available in a wide variety of shapes and sizes. They are also available in various pressure ranges from 0-14 kPa to 0-207 MPa. Custom designed shapes, sizes, and sensitivities are also available. Typical system performance is shown in Figure 1. * Resistance of the sensing elements (Sensels?? varies inversely with applied load. * The system linearizes sensor output into digital counts, or ??aw?? values on a scale from 0-255. * Calibration converts raw values into engineering units, such as psi or kPa. Sensor Property Standard High Temperature (*Custom Production Run Required) Linearity
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