Optical Surface Roughness Analyzer

An optical surface roughness analyzer is a high-precision instrument designed to measure and analyze the micro-topography, roughness, and texture of surfaces without physical contact. Atometrics develops advanced optical systems that combine interferometry, focus variation, and optical profilometry for accurate and repeatable 3D surface measurement.

Non-Contact 3D Surface Measurement

Atometrics optical surface roughness analyzers capture detailed 3D surface profiles using high-resolution imaging and optical metrology. The non-contact method ensures no surface damage while providing sub-micron vertical resolution. These systems can analyze multiple roughness parameters, including Ra, Rq, RMS, Rz, Sa, and Sq, with high repeatability.

Applications

Our optical surface roughness analyzers are widely applied in:

• Semiconductor wafer and MEMS device surface inspection
• Optical lenses, coatings, and thin film surface analysis
• Precision machining and microfabrication measurement
• Automotive and aerospace component evaluation
• Material science and research laboratories

Advantages of Atometrics Optical Surface Roughness Analyzer

• Non-contact 3D surface roughness measurement with nanometer-level accuracy
• Fast scanning and automated surface analysis
• Comprehensive roughness and texture parameter evaluation
• Supports a variety of materials and surface finishes
• User-friendly software interface for visualization, reporting, and data management

Why Choose Atometrics

Atometrics specializes in high-precision measuring instruments, integrating advanced optics, imaging sensors, and intelligent software. Our optical surface roughness analyzers provide reliable, high-accuracy solutions for quality control, research, and industrial process optimization.

Atometrics – High-Precision Optical Surface Roughness Analyzers for Advanced Surface Metrology.