Surface Roughness Measurement

The Surface Roughness Measurement systems from Atometrics offer high-precision, non-contact assessment of surface texture and roughness. Utilizing advanced optics, laser displacement sensors, and intelligent software, these systems provide fast, accurate, and repeatable measurements for industrial, research, and quality control applications.

Measurement Principle

Atometrics surface roughness measurement systems employ optical profilometry, focus variation, and white light interferometry to capture 3D surface profiles. By analyzing the variations in surface height, the systems quantify roughness parameters such as Ra, Rq, and Sa without physically contacting the sample, preserving delicate surfaces.

Key Features

• High-precision roughness measurement: Sub-micron to nanometer-level accuracy for surface texture analysis.
• Non-contact operation: Protects delicate or sensitive surfaces while ensuring repeatable results.
• 3D surface profiling: Provides detailed surface topography for complex geometries.
• Automated data analysis: Includes roughness parameters, step height measurement, and reporting functions.
• Wide applicability: Suitable for metals, coatings, plastics, optics, semiconductors, and mechanical components.

Applications

Atometrics surface roughness measurement systems are widely applied in:

• Industrial quality control and production inspection
• Surface texture evaluation for coatings and treatments
• Optical lens and precision mechanical component inspection
• Semiconductor and MEMS component analysis
• R&D laboratories and material science research

Why Choose Atometrics

As a specialist in high-precision measuring instruments, Atometrics integrates advanced optical and laser technologies with intelligent software to provide robust, accurate, and repeatable roughness measurement solutions. Our systems ensure reliable surface characterization for both laboratory and industrial environments.

Conclusion

Atometrics Surface Roughness Measurement systems deliver precise, non-contact assessment of surface texture and roughness. From R&D laboratories to production lines, they provide reliable, repeatable data for quality control, process optimization, and advanced surface analysis.