DESCRIPTION :

• Ready for use anywhere
• The compact MarSurf CM mobile is a portable confocal microscope for the three dimensional measurement and analysis of surfaces – non-tactile, independent of material and fast.
• Its low weight and operation via a laptop allow for flexible use when measuring on large objects and difficult to move workpieces, such as rollers.
• Mobile application enables testing directly on the component / tool – even if they are only briefly accessible
• Compact system (5 kg) with motorized axes for HD stitching
• Robust and reliable for use in production
• High measuring speed – even at full resolution
• User-friendly concept
• Consistently high resolution even with large measurement areas thanks to HD stitching
• The established optical measuring system is successfully used, for example for:
• Roughness measurement according to DIN EN ISO 4287 / 25178
• Topography measurement (including volume, wear, isotropy)
• Measurement of microgeometry and layer thicknesses
• Users value the MarSurf CM mobile as a reliable measuring system that provides quantitative traceable 3D characteristics for many industries.

Supplied with: MarSurf CM Mobile

• Confocal measuring head
  ––B/W camera
  ––4x lens revolver
• Control electronics integrated in the system
• Motorized XY table (50x50 mm) with glass scales for positioning and image field merging (“stitching”)
• Motorized Z-axis (35 mm)
• Laptop or measuring system computer with 24” TFT monitor selectable
• Objective lenses:
  ––5x to 100x selectable
• MarSurf MSW for intuitive data acquisition
• MarSurf for professional evaluation, graphical representation and creation of measuring records (choice of Standard, Extended or Premium version)

APPLICATIONS :
Mechanical Engineering

• To qualify and quantify roughness, geometry and wear volume

Electronics and semiconductors

• Component inspection down to the sub-micrometer range for defect-free products

Medical Technology

• Quality assurance of medical surfaces in production and laboratory

Material Science

• Optimization of functional properties of new surfaces and products

Microsystems Technology

• Measure complex surface geometries of smallest components with nanometer precision