Film Thickness Measurement System

The Film Thickness Measurement System from Atometrics is designed for precise, non-contact measurement of thin films, coatings, and surface layers. By combining advanced optical sensors, laser displacement technology, and intelligent software, the system delivers fast, accurate, and repeatable measurements, ensuring reliable quality control.

Measurement Principle

Atometrics film thickness measurement systems operate using optical interferometry, confocal, or reflectometry methods. These techniques allow precise detection of coating thickness, refractive index, and surface profile. The system provides accurate, non-contact measurements even for extremely thin or multi-layer coatings, ensuring minimal risk of sample damage.

Key Features

• High-precision measurement: Sub-micron to nanometer accuracy for thin films and coatings.
• Non-contact operation: Avoids surface damage while ensuring repeatable results.
• Multi-layer analysis: Supports measurement of single or multi-layer coatings with high accuracy.
• Automated data processing: Includes software for statistical analysis, reporting, and SPC.
• Versatile applications: Compatible with metals, plastics, optical coatings, and industrial surfaces.

Applications

Atometrics film thickness measurement systems are widely used in:

• Precision coating and thin film inspection
• Optical lens and mirror coating evaluation
• Electronics and semiconductor surface measurement
• Industrial R&D and materials research
• Quality control in automotive, aerospace, and manufacturing industries

Why Choose Atometrics

As a specialist in high-precision measuring instruments, Atometrics integrates optical measurement technology, laser systems, and intelligent software to deliver robust, accurate, and efficient measurement solutions. Our film thickness measurement systems ensure consistent quality control and reliable data for both laboratory and industrial environments.

Conclusion

Atometrics Film Thickness Measurement System provides precise, non-contact measurement of coatings and thin films. From R&D labs to production lines, it delivers reliable results for quality control, process optimization, and advanced surface analysis.