3D Optical Profiler

The 3D Optical Profiler from Atometrics is a high-precision, non-contact measurement system designed to capture detailed 3D surface topography, roughness, and geometric features. By integrating advanced optics, laser displacement sensors, and intelligent software, it provides fast, accurate, and repeatable 3D surface measurements for industrial and research applications.

Measurement Principle

Atometrics 3D optical profilers use techniques such as white light interferometry, focus variation, and confocal scanning to generate detailed 3D surface profiles. The system captures multiple focal planes and reconstructs a high-resolution 3D model of the surface, providing precise data on roughness, curvature, and dimensions without contacting the sample.

Key Features

• High-precision 3D measurement: Sub-micron to nanometer-level accuracy for surface analysis.
• Non-contact operation: Protects delicate surfaces while delivering reliable, repeatable results.
• 3D surface reconstruction: Provides complete topography for complex geometries and microstructures.
• Advanced software analysis: Supports roughness evaluation, step height measurement, and automated reporting.
• Versatile applications: Suitable for metals, plastics, coatings, optics, semiconductors, and precision components.

Applications

Atometrics 3D Optical Profilers are widely used in:

• Industrial quality control and production inspection
• Surface roughness and coating analysis
• Optical lens and mirror inspection
• Semiconductor and MEMS component evaluation
• R&D laboratories and materials research

Why Choose Atometrics

As a specialist in high-precision measuring instruments, Atometrics combines advanced optical technologies with intelligent software to deliver robust, accurate, and efficient 3D measurement solutions. Our profilers ensure reliable surface characterization and high-quality data for both laboratory and industrial applications.

Conclusion

Atometrics 3D Optical Profiler provides precise, non-contact 3D surface measurement for industrial and research applications. From R&D laboratories to production lines, it delivers reliable, repeatable data for quality control, process optimization, and advanced surface analysis.