3D Sensor

The 3D Sensor from Atometrics is designed for high-precision, non-contact 3D measurement of components, surfaces, and profiles. Combining advanced optics, laser displacement technology, and intelligent data processing, the sensor provides accurate, repeatable, and fast measurements suitable for a wide range of industrial and research applications.

Measurement Principle

Atometrics 3D sensors use laser triangulation, structured light, or confocal principles to capture detailed 3D information. The system projects a laser or structured light pattern onto the surface and detects the reflected signal with high-resolution sensors, reconstructing accurate 3D profiles and measuring surface geometry, heights, slopes, and roughness without touching the object.

Key Features

• High-precision 3D measurement: Sub-micron to micron-level accuracy for various materials and geometries.
• Non-contact operation: Prevents surface damage and ensures reliable results.
• Fast data acquisition: Efficient scanning for high-throughput industrial applications.
• Automated analysis: Includes software for dimensional analysis, surface profiling, and statistical process control (SPC).
• Versatile applications: Compatible with metals, plastics, electronics, optical components, and microstructures.

Applications

Atometrics 3D sensors are widely used in:

• Precision manufacturing and mechanical parts inspection
• Surface roughness and coating evaluation
• Optical lens and mirror surface analysis
• Semiconductor and MEMS component inspection
• Industrial R&D laboratories and quality control

Why Choose Atometrics

As a specialist in high-precision measuring instruments, Atometrics integrates laser and optical technologies with intelligent software to provide reliable, robust, and efficient 3D measurement solutions. Our sensors deliver consistent accuracy, high repeatability, and ease of use across a variety of industrial and laboratory applications.

Conclusion

Atometrics 3D Sensors enable precise, non-contact 3D measurement of surfaces and components. From industrial production lines to research laboratories, they provide accurate 3D data for quality control, process optimization, and advanced measurement tasks.