Optical Profiler: TopMap Micro. View+

Polytec’s TopMap Micro.View+ is an advanced optical surface profiler. Built for modularity, this complete workstation enables tailored and application-specific configurations.

The Micro.View+ provides the most comprehensive analysis of texture, surface roughness, and microstructure topography. Users can integrate 3D data with color information to achieve remarkable visualizations and extended analysis, like the thorough documentation of defects.

The optionalhigh-resolution 5 MP camera provided in the Micro.View+ offers extremely in-depth 3D data visualization of engineered surfaces.

Automation Enabled and Production-Ready

The motorized and encoded turret ensures a smooth transition between objectives. The Micro.View+ includes the state-of-the-art Focus Finder plus Focus Tracker, which keeps the surface in focus in all kinds of conditions.

The optional motorized XY, tip/tilt stages combination allows for stitching and part automation

Highlights

100 mm Z measurement range with CST Continuous Scanning Technology

High-end white-light interferometer with nm resolution

Motorized X, Y, Z, turret, and tip/tilt save repositioning

Focus Finder and Focus Tracker ensure instant automation

Modular, application-specific configurations

The open gantry design accommodates large and heavy components

There is the color information line just hanging around by itself

Color information mode enables prolonged analysis and documentation of flaws

Xperts Inside! Next-Generation Optical Surface Metrology

Xperts inside! Next generation optical surface metrologyPlay

TopMap Micro. View+

Focus Finder and Focus Tracker find and keep the focus, ideal for automation surface inspectionsDetailed topography analysis of wafers, lab-on-a-chip and moreMicro.View+ is a modular optical surface profiler for profound and detailed topography analysisColor information mode for extended analysis and documentation of defectsInspection of coated surfaces without contactModularity is key to comply with challenging surface topography analysis