Terahertz Offline 2D Imaging Device (FalconWave@-S)

Product Overview

The FalconWave-S® series is suitable for sampling analysis in laboratories or R&D departments, academic research in scientific research institutions, etc., providing customers with high-definition and large dynamic range terahertz imaging and analyzing the quality of the measured samples from the imaging data.

Technical Characteristics

Cost

Using CMOS terahertz sensor technology, cost-effective independent research and development of terahertz imager, control costs

Convenient

Built-in silent motor, low working noise, Ethernet data interface, plug and play

Precision

Offline accurate scanning, accuracy better than 3%, 1mm one-point non-contact non-destructive measurement
Two-dimensional fluoroscopic imaging
Repeat measurement error of less than 1%
The measurement accuracy is not affected by ambient light and temperature

Safe

Low power consumption, no ionizing radiation hazard has been tested in a number of terminal manufacturers

Efficiency

Different models can be selected according to the size of the scanning area, and multi-frequency probes are supported (60-800GHz)
Scan the 168mm*168mm sample for 7 minutes/@1mm resolution