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INDUSTRY & RESEARCH

Non-contact 3D surface metrology

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INTEGRATION

Integrable metrology solutions

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NON-CONTACT 3D SURFACE METROLOGY

Experience true innovation

3D surface metrology is the measurement and characterization of micro- and nano-scale features on natural or manufactured surfaces.
This can be achieved very efficiently by capturing the 3D spatial coordinates of points on a surface using a non-destructive optical technique.

Sensofar Metrology designs and manufactures non-contact 3D surface profilers and integrable solutions to provide you with a tool that increases the quality of your products.

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NON-CONTACT 3D SURFACE METROLOGY

Experience true innovation

3D surface metrology is the measurement and characterization of micro- and nano-scale features on natural or manufactured surfaces.
This can be achieved very efficiently by capturing the 3D spatial coordinates of points on a surface using a non-destructive optical technique.

We design and manufacture non-contact 3D surface profilers and integrable solutions to provide you with a tool that increases the quality of your products.

HOW CAN WE HELP YOU?

Let us guide you to the most appropriate solutions

LEARN MORE WITH US

You can be an expert too!

At Sensofar we regularly host webinars and live events on various topics in the field of 3D optical metrology.
If you don’t have time to attend,
up to 10 recorded webinars are available whenever you want!

LEARN MORE WITH US

You can be an expert too!

At Sensofar we regularly host webinars and live events on various topics in the field of 3D optical metrology.
If you don’t have time to attend,
up to 10 recorded webinars are available whenever you want!

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HOW IT WORKS

Enhanced 3D optical metrology techniques

Designed as high-performance optical profilers from the outset, some of our systems outperform all existing optical profilers, combining 3D optical metrology techniques all together.
The latest technology together with the most comprehensive software results in a high-level equipment of maximum competitiveness in the market.

Testimonials

  • "Everything is possible with the S neox Five Axis. Steep angles and very small cutting-edge measurements of a few micrometers are no longer a problem for 3D optical profiling"

    Utilis
    Utilis Thomas Forrer & Paco Neuhaus
  • "Sensofar worked closely with us to choose the specific profilometer and add-on options that worked best for specific samples and imaging needs"

    Penn State University, Department of Chemistry
    Penn State University, Department of Chemistry Lauren Zarzar, Nate Sturniolo, Caleb Meredith, and Amy Goodling
  • “The flexibility and combination of Confocal, Interferometry, and Ai Focus Variation, along with excellent analysis options, make it a fantastic tool for a wide range of research and studies, covering many applications.”

    Worcester Polytechnic Institute (WPI)
    Worcester Polytechnic Institute (WPI) Professor Chris Brown
  • Confocal technology has proven to be an effective technique to investigate and characterize surface topography and the damage generated in modern dental implant surfaces after the insertion into bone.”

    Mondragon Unibertsitatea
    Mondragon Unibertsitatea Dr. Alaitz Zabala, Surface Technologies R&D Coordinator
  • "Transparent materials such as glass or PMMA were imaged thanks to Sensofar’s unique capability to combine Confocal and Focus Variation techniques; Confocal Fusion"

    Microrelleus S.L.
    Microrelleus S.L. Raul Garcia
  • "The 3D optical profilometer S neox allowed machining specialists to identify the tool responsible for the defect and to follow its wear during serial production, thus controlling the manufacturing process and improving its outcome"

    Anthogyr
    Anthogyr Karine de Freitas
  • "At GPAINNOVA, the S neox Five Axis is specially used to quantify the polishing process quality and to report the roughness reduction in the samples after polishing with DLyte"

    GPAInnova
    GPAInnova Yaiza Gomez, David Gutierrez, Laura Abellan and Paul Berenguer
  • "Thanks to the S neox, 3D optical profilometer from Sensofar, it was possible to easily characterise the topography of the microchannels fabricated with laser technologies"

    Photonics4Life
    Photonics4Life Research Group
  • "Sensofar worked closely with us to choose the specific profilometer and add-on options that worked best for specific samples and imaging needs"

    Penn State University, Department of Chemistry
    Penn State University, Department of Chemistry Lauren Zarzar, Nate Sturniolo, Caleb Meredith, and Amy Goodling
  • “The flexibility and combination of Confocal, Interferometry, and Ai Focus Variation, along with excellent analysis options, make it a fantastic tool for a wide range of research and studies, covering many applications.”

    Worcester Polytechnic Institute (WPI)
    Worcester Polytechnic Institute (WPI) Professor Chris Brown
  • "At GPAINNOVA, the S neox Five Axis is specially used to quantify the polishing process quality and to report the roughness reduction in the samples after polishing with DLyte"

    GPAInnova
    GPAInnova Yaiza Gomez, David Gutierrez, Laura Abellan and Paul Berenguer
  • "Thanks to the S neox, 3D optical profilometer from Sensofar, it was possible to easily characterise the topography of the microchannels fabricated with laser technologies"

    Photonics4Life
    Photonics4Life Research Group
  • "Transparent materials such as glass or PMMA were imaged thanks to Sensofar’s unique capability to combine Confocal and Focus Variation techniques; Confocal Fusion"

    Microrelleus S.L.
    Microrelleus S.L. Raul Garcia
  • Confocal technology has proven to be an effective technique to investigate and characterize surface topography and the damage generated in modern dental implant surfaces after the insertion into bone.”

    Mondragon Unibertsitatea
    Mondragon Unibertsitatea Dr. Alaitz Zabala, Surface Technologies R&D Coordinator
  • "Everything is possible with the S neox Five Axis. Steep angles and very small cutting-edge measurements of a few micrometers are no longer a problem for 3D optical profiling"

    Utilis
    Utilis Thomas Forrer & Paco Neuhaus
  • "The 3D optical profilometer S neox allowed machining specialists to identify the tool responsible for the defect and to follow its wear during serial production, thus controlling the manufacturing process and improving its outcome"

    Anthogyr
    Anthogyr Karine de Freitas