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The XGT-9000 series is a micro X-ray fluorescence spectrometer that enables non-destructive elemental analysis of materials.
The new generation of micro X-ray fluorescence analytical microscopes (also known as micro XRF spectrometers) excels in speed and flexibility.
| Model | XGT-9000 | ||
| XGT-9000 Pro | XGT-9000 C | XGT-9000 Expert | |
| Basic information | |||
| Device Name | X-ray fluorescence microscope | ||
| Principle | Micro-X-ray energy dispersive fluorescence (micro-XRF) | ||
| Elemental Range* | F (9) - Am (95) | C (6) - Am (95) | B (5) - Am (95) |
| Sample chamber size | 450 mm (W) x 500 mm (D) x 80 mm (H) | ||
| Maximum sample weight | 1 kg | ||
| Maximum mapping area | 100 mm x 100 mm on 300 mm (W) x 250 mm (D) | ||
| Sample observation | |||
| Optical image observation | 02 high resolution cameras | ||
| Full image | 5 million pixels, Field of view: 100 mm x 100 mm | ||
| Detailed image | 5 million pixels, Field of view: 2.5 mm x 2.5 mm | ||
| Optical design | Optical observation and coaxial X-ray beam | ||
| Sample illumination/observation | Top, bottom, side lighting/ Bright and dark fields | ||
| X-ray generator | |||
| Capacity | Up to 50 W | ||
| Voltage | Up to 50 kV | ||
| Electric current | Up to 1 mA | ||
| Target material | Rh | ||
| X-ray Guide Tube (Measuring Head) | |||
| Select the measuring point size | Different probe combinations are available (e.g. 15 μm and 100 μm ultra-high intensity probes can be selected) | ||
| Detector | |||
| X-ray fluorescence detector | SDD type does not require liquid nitrogen | ||
| Transmissive detector | NaI(Tl) | ||
| Operating mode | |||
| Measurement environment | Total vacuum | Total vacuum | Total vacuum |
| Partial vacuum | Partial vacuum | Partial vacuum | |
| The whole environment | The whole environment | ||
| He filter (optional) | He filter (optional) | ||
| Dimensions (main machine) | |||
| Device size | 680 mm (R) x 860 mm (S) x 760 mm (C) | ||
| Weight | ~ 200 kg | ||
