3D Surface Roughness Process

The 3D surface roughness process is a high-precision method for evaluating the micro-topography, surface texture, and roughness of components in three dimensions. Atometrics develops advanced non-contact optical systems that integrate interferometry, focus variation, and optical profilometry to provide reliable and repeatable 3D surface roughness data.

High-Precision Non-Contact Measurement

Atometrics 3D surface roughness processes employ white light interferometry, focus variation microscopy, and advanced optical profilometry to capture detailed 3D surface profiles. Non-contact measurement ensures that delicate surfaces remain undamaged while achieving nanometer-level vertical resolution and consistent results.

Applications

Our 3D surface roughness processes are widely used in:

• Semiconductor wafer and MEMS device surface evaluation
• Optical lenses, coatings, and thin film roughness analysis
• Precision machined components and microfabrication inspection
• Automotive and aerospace component quality control
• Material science and R&D laboratories

Advantages of Atometrics 3D Surface Roughness Process

• Non-contact 3D surface roughness measurement with high precision
• Fast automated scanning and comprehensive analysis
• Measures multiple roughness parameters including Ra, Rq, Rz, RMS, Sa, Sq
• Supports various materials and complex surface geometries
• User-friendly software for visualization, reporting, and data management

Why Choose Atometrics

Atometrics specializes in high-precision measuring instruments, combining advanced optics, imaging sensors, and intelligent software. Our 3D surface roughness process provides accurate, repeatable, and reliable measurements for industrial, research, and precision manufacturing applications.

Atometrics – High-Precision 3D Surface Roughness Processes for Advanced Surface Metrology and Quality Control.