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PLµ 1300
The Sensofar’s PLμ 1300 is a portable Optical Imaging Profiler
capable of measuring 3D information of technical surfaces with the use of Interferential or Confocal technologies. With a total weight less than 4.5 Kg and up to 5 meter single cable, the operator takes the sensor safely and places it onto the surface under inspection. Focusing of the surface is achieved manually with a smooth touch micrometer and 8 mm travel range. Finer focus adjustment is done with autofocus function and software virtual joystick of the Z stage. Acquisition and analysis recipes make the measurement as easy as just one button click and Pass/Fails signal. Depending on the selected optics for a given application, the field of view can vary from 0.15 x 0.1 up to 3.4 x 2.5 mm². By default PLμ 1300 comes with interferential technology that is able to achieve the highest axial resolution and up to 400 μm scanning range for VSI. Confocal technology can be added optionally to measure higher local slopes and rougher surfaces. Surfaces up to 70 degrees, with 0.95NA objectives, and down to 0.1 μm lateral
sampling with high magnification objectives, can be measured.
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Download PLµ 1300 brochure
Application Notes:
Characterization of surfaces.pdf
Paper metrology.pdf
Solar cell surface characterization.pdf
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3D measure of a printing steel plate.
Fast measures of cell volume, orientation, wall roughness, density, etc are
achieved in few seconds. |
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3D surface of an ion etched steel roll. The roll diameter is 350
mm and 3 meter long.
Discover how easy is to place the sensor on top of a roll. The weight of the
PLμ 1300 has been optimized between stabilization and portability. |
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3D surface of a dragging paper roll.
Focusing is easy. An 8 mm travel range micrometer makes focusing a very
simple task. Once close to the focus, just press Autofocus, and the software
automatically locates the best focusing and scanning settings. |
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3D image of a marking roll.
Confocal option enables wall angle and high lateral resolution for cell volume
characterization of large printing plates. |
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Surface of an aluminium extrusion roll.
Interferential technology characterizes smooth surfaces (mirror like) with high
spatial and vertical resolution with nanometer repeatability. |
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