Optical profilometer, non-contact profilometer, 3D profilometer, uscan
Optical profilometer, non-contact profilometer, 3D profilometer

µscan select

Flexible 3D profilometer for quality control

Using NanoFocus µscan technology, you can measure up to 100 times faster than with conventional probe systems. That saves time and reduces costs.

Construction on granite and the use of first-class components guarantee high repeatability of measurements. The measurement of large and heavy samples is no problem. µscan select can be fully automated and
conveniently integrated into quality assurance processes using industrial-strength interfaces.

The µscan select 3D profilometer has proven itself many times over in measuring topography, height profile or coating thickness as part of the production process.

Maximum flexibility thanks to multicompatible sensor holding

The sensor holder within the measurement head is designed for the flexible support of a variety of sensors. Sensors can be inserted into the holder easily and quickly. That makes replacement or interchanging sensors as easy as it sounds. It offers maximum combination options for using the most suitable sensor technology.

Examples of application

Today, a large number of our optical 3D profilometers are applied as industry standard where tactile profilometry with its known disadvantages were used before.

Erosion tool

The optical profilometer µscan custom analyzes the geometry and determines surface roughness according to ISO standards. Read more about the application

Paper machine clothing

The non-contact profilometer µscan custom captures the surface geometry of paper machine clothing fast and reliable. Read more about the application

Printed circuit board

The optical profilometer µscan custom caputures substrate warp and the geometry of conductor paths in a single measurement. Read more about the application

Benefits at a glance

  • Modular design
  • High measurement Speed
  • Large height measurement range
  • Non-contact, non-destructive
  • Measurement range extension with z-stitching
  • Automated measurement and analysis

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Your contact
Kevin Strewginski
Phone:  +49 208 62000-0
Fax:  +49 208 62000-99

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