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Results 11 - 20 of 264 for Force
  • Comparison of Interface Pressure Measurement Solutions
    Article - 20 Nov 2018
    Load cells, pressure indicating film & tactile pressure sensors are all methods for pressure measurement. Here we examine & compare each of the methods.
  • Understanding the Limitless Potential of Printed Force Sensors
    Article - 3 Jan 2023
    In this interview, AZoSensors speaks with Rob Podoloff, Tekscan's CTO and Roger Grace, President of Roger Grace Associates, a sensor marketing agency. They discuss printed sensing technology as an...
  • qPlus Sensors in Atomic Force Microscopy
    Article - 15 Mar 2022
    qPlus based AFM is known as the best method to study equipment and materials at ultralow temperatures as it allows examining and navigating even the nonconductive parts of the equipment and materials.
  • Utilizing Thin Force and Pressure Mapping Technologies in R&D
    Article - 13 Jul 2021
    In this interview, Camilo Aladro, the Director of Product Development and Marketing at Tekscan, talks to AzoSensors about opportunities for engineers to utilize thin force and pressure mapping...
  • The Importance of Force Sensors and Sensor Characterization
    Article - 17 Apr 2020
    AZoSensors spoke to Ed Haidar, FlexiForce Product Manager and Applications Engineer at Tekscan, about how Tekscan's force and pressures sensors work, why sensor characterization is important, and how...
  • How Can Sensors Help to Improve AFM?
    Article - 19 Dec 2018
    The sensor or probe tip is all-important in the functioning of AFM. While most AFMs currently make use of micromachined force sensors.
  • Using Sensors in Atomic Force Microscopy
    Article - 5 Dec 2018
    Atomic Force Microscopy (AFM) is a microscopy technique within the branch of scanning probe microscopy (SPM) that is used to obtain a topographic image of a specimen at nanometer (nm) resolution.
  • What are Piezoceramic Sensors?
    Article - 26 Mar 2019
    Piezoelectric materials, of which piezoceramic materials are a subset, are useful because they can generate an electrical charge from a physical force & mechanical deformation.
  • Engineering Safer Brakes for Future Cars
    Article - 10 Feb 2023
    The automotive industry is currently in the relatively long process of transitioning to phase out the internal combustion engine. This process involves optimizing every part of the car for alternative...
  • Tribology Opportunities in MEMS
    Article - 27 Sep 2019
    MEMS technology has contributed significantly to improving the performance of various devices, while simultaneously drastically reducing their size.

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