Zum Seiteninhalt springen
  • Device for fast parallelized additive manufacturing

    B80011

    Device for fast parallelized additive manufacturing

    • Challenging geometries such as overhang structures can be printed without support structures
    • Ideal method to functionalize objects (e.g. thermal and electrical conductivity, addition of sensors & actuators)
    • Multimaterial objects printable (e.g. surface coatings etc.)
  • Vibration-Resistant Microphone Based on ALTP

    B83091

    Vibration-Resistant Microphone Based on ALTP

    • Effective separation of sound and vibrations
    • No bulky shielding in windy conditions
    • No eigenfrequent resonances of the membrane of a classical microphone
  • Boosting sensitivity and speed for quantum sensing

    B83077

    Boosting sensitivity and speed for quantum sensing

    • sensitivity increase of 300-500% compared to existing methods
    • lower-power pulse laser, allowing more efficient energy utilization
    • minimal disruption to often heat sensitive biological or chemical samples
    • 10 times faster readout speed
  • Primary sensor for magnetostrictive force measurement

    B79005

    Primary sensor for magnetostrictive force measurement

    • Ideal for "lost sensor" concepts, e.g. for precise bearing adjustment
    • Can potentially deliver data while machines or vehicles are running
    • Extending operating life of bearings, minimizing machine down time and service cost
    • Huge commercial impact, highest customer satisfaction
  • Wavefront sensor for advanced surface metrology

    B81164

    Wavefront sensor for advanced surface metrology

    • Improvement over Shack-Hartmann surface sensing: Absence of microlens array increases resolution
    • Advantageous compared to tactile measurement systems: Contact-free, fast, cost-efficient
    • Construction from readily available components
    • Large slope acceptance angle
  • Contactless measure and visualize planar vibrations

    B81003

    Contactless measure and visualize planar vibrations

    • Multi-material suitable: even for sandwich- and composite, capable for natural materials, plastic and all kinds of metals.
    • Performs complex analyses and inspection tasks or non-destructive in-line quality testing.
    • Standard microphones with simple callibration process - intuitive handling.
    • The variable evaluation enables easy-to-understand graphical illustrations.
  • Moisture sensor for structures and building materials

    B81163

    Moisture sensor for structures and building materials

    • Compensates for material shrinkage
    • For measurements in wood, wood-based materials, concrete, anhydride, plastics and many more.
    • Short-term measurement or permanent monitoring
  • Light-Driven Microdrones

    B81064

    Light-Driven Microdrones

    • Innovative approach to micromanipulation and -assembly
    • Easy steering with little specialist knowledge
    • Applicable in a wide and diverse range of laboratory settings
  • Double Sensor TLP with high time domain resolution

    Y20007

    Double Sensor TLP with high time domain resolution

    • Transient behavior analysis method for power electronics devices
    • Resolution << 1 ns, pulse duration not restricted (>> 10 ns)
    • TLP / vf-TLP add-on procedure with innovative data analysis algorithm
  • Lab on a Chip for rapid testing applications

    B79091

    Lab on a Chip for rapid testing applications

    • Rapid detection of bio-chemical substances in fluids
    • Easy and fast – requires only small amount of testfluid
    • No sample preparation needed
  • 3D scattering tensor based on one or two axes of rotation

    B76005

    3D scattering tensor based on one or two axes of rotation

    • Shorter acquisition time and faster reconstruction procedure
    • Full scattering tensor with multiple independent structural parameters for each volume element
    • Visualizing sub-pixel fiber orientations

14 von 90 Tech Offers

Haben wir Ihr Interesse geweckt?

Finden Sie den richtigen Ansprechpartner auf unserer Team-Seite oder benutzen Sie für Ihre Anfrage einfach das Kontakt-Formular.

Privatsphäre-Einstellungen

Diese Webseite verwendet Cookies. Cookies verbessern die Nutzung und helfen uns diese Website an Ihre Bedürfnisse anzupassen.
Datenschutzerklärung