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LSM 5 EXCITER - Carl Zeiss

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Functional Surfaces<br />

Profilometry the Innovative Way<br />

For the characterization of material surfaces, the <strong>LSM</strong> 5 <strong>EXCITER</strong> offers<br />

the complete functionality of a non-contact optical 3D profilometer.<br />

Precise assessment of surface quality<br />

The <strong>LSM</strong> 5 <strong>EXCITER</strong> is the ideal tool for inspecting the<br />

quality of engineering surfaces, whether of precisionmachined<br />

metal tools or machine components, or highperformance<br />

ceramic parts under tribological analysis, that<br />

go into vehicles.<br />

The <strong>LSM</strong> 5 <strong>EXCITER</strong> reliably takes up 2D height profiles<br />

under your detailed control. See the highly resolved<br />

microscopic image, and decide on-line where and how<br />

you want the profile to be acquired – along a straight line,<br />

or a freehand line to evade damaged, unrepresentative<br />

areas on the sample, or to exactly follow a contour. Where<br />

required, more than 31,000 profile data will be available<br />

within less than five minutes for a highly informative<br />

roughness or waviness analysis.<br />

Nature successfully copied<br />

Microtextured surfaces, self-cleaning or reducing air drag,<br />

harness biological phenomena to technical applications.<br />

In connection with innovative techniques of 3D material<br />

machining and patterning, the <strong>LSM</strong> 5 <strong>EXCITER</strong> is unrivaled<br />

for its flexibility regarding 3D imaging formats. The X,<br />

Y and Z dimensions of the confocal image stack readily<br />

adapt to the sample characteristics after micropatterning.<br />

Highly informative 3D visualization techniques of the<br />

<strong>LSM</strong> 5 <strong>EXCITER</strong> software permit fast qualitative assessment<br />

of friction and wear tests made on such innovative surfaces.<br />

Comprehensive geometric measurement functions<br />

and functional parameters such as bearing ratio, area and<br />

volume properties guarantee that the surface texture is<br />

thoroughly characterized.<br />

22 µm<br />

20 µm<br />

18 µm<br />

16 µm<br />

14 µm<br />

12 µm<br />

10 µm<br />

8 µm<br />

6 µm<br />

4 µm<br />

2 µm<br />

0 µm<br />

Laser-patterned paper sample.<br />

Multiple Stack Scan from 5 x 1 stacks,<br />

EC Epiplan-Neofluar 20x/0.5;<br />

1783.4 µm x 225.6 µm x 44.0 µm,<br />

2008 x 254 pixels x 89 sections.<br />

14

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