Precise Data Capture: It provides highly detailed 3D images with a typical vertical resolution between 1.1 µm and 1.6 µm, and a typical lateral resolution of 11.5 µm to 14.5 µm.

Optimal Measurement Range: With a typical field of view of 25 mm and a measurement range of 16 mm, it is suitable for precise scanning of smaller objects or specific areas.

Efficient Performance: It offers a typical scan rate ranging from 1 kHz up to 10 kHz, allowing for efficient data acquisition.

Ease of Integration: Designed with high-quality German engineering, it is easy to fit, quick to set up, and simple to deploy within existing systems.

Superior 3D Image Quality: It delivers ultra-high resolution and excellent repeatability, even under challenging conditions, ensuring the best possible 3D data quality.

High-Speed 3D Scanning: With a typical scan rate of approximately 1 kHz up to 10 kHz, it enables rapid data acquisition for efficient production lines.

Reduced Power Consumption: Its design leads to lower operating temperatures, contributing to better metrology performance and potentially lower operational costs.

High-Speed Data Acquisition: With a typical scan rate of approximately 1 kHz up to 10 kHz (with full field of view) and a typical 3D point rate of 0.7 up to 15 million points per second, it enables fast production lines and high throughput.

Optimized for Medium to Large Objects: Featuring a typical field of view ranging from 72 mm to 124 mm and a measurement range of 100 mm, it’s well-suited for scanning a variety of object sizes with precision.

Excellent Resolution for Fine Details: It delivers impressive vertical resolution ($5-12\text{ µm}$) and lateral resolution ($42-70\text{ µm}$), allowing for the detection and inspection of fine features.

Reduced Power Consumption: This leads to a lower operating temperature, which in turn enhances its metrology performance and reliability over time.