Surface roughness profilometer Micro.View

optical3Dinterferometric

Streamlining high-performance Roughness & Texture measurement// Profiler with unbeatable price!
This compact optical 3D profilometer measures ISO-compliant surface roughness (Ra, Rq, Rz as well as Sa, Sq, Sz), 3D texture, and microstructures with sub-nanometer accuracy—completely non-contact. As an entry-level instrument, it is the most cost-effective alternative to tactile measurement systems, while being suitable for all surface types, from smooth to rough and from glossy to matte.

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Highlights

• Capture more details with ~1.35 million measurement points per scan
• Very low measurement noise < 0.6 nm
• High repeatability < 0.2 nm
• Reflectivity ranges from 0.05% to 100%; measuring from rough to mirror-smooth surfaces
• High vertical resolution down to the sub-nanometer scale
• ASME & ISO-compliant roughness evaluation: R parameters (profile) and S parameters (surface)
• Compact benchtop system for laboratories and quality assurance
• XY stage (75 mm travel range in the Advanced version)
• Start lean, upgrade anytime: supports objectives from 0.6× to 111×, add-ons, positioning units, and custom configurations

Key Benefits

• Never before have 3D surface inspections been so cost-efficient
• Non-contact optical measurements with no impact on components and no maintenance-related wear
• Robust and reliable measurements, even on materials with varying reflectivity (all-in-one technology)
• Vertical resolution down to the sub-nanometer range with minimal measurement noise
• Includes the new-generation SHERPA software as a complete package
• Service, contract measurement, rental, and leasing options available

Appliactions and use cases

• Surface roughness measurements
• Lubrication and sealing surfaces
• Joints and mechanical contacting surfaces
• Microsystems, electronics and MEMS
• Surface texture and finish evaluation
• Ultra-precision machined surfaces (UPM) such as SPDT diamond turning, fine polishing, flat lapping
• Scratches, defects and artifacts detection
• Materials research and tribology, friction and wear analysis
• and much more