ScopeX PG8 features an integrated, all-in-one design with a built-in industrial PC for true plug-and-play operation. It requires only an external monitor to complete all operations and data viewing, eliminating the need for additional complex peripherals. The system flexibly adapts to a wide range of settings—including jewelry counters, refining factories, and quality control laboratories—meeting diverse needs from on-site rapid screening to precise laboratory analysis.
Powered by a large-area SDD detector, an automatic XY stage, and proprietary XRF software, it enables fast, non-destructive measurement of Au, Ag, Pt, and Pd. The XY stage supports programmable multi-point positioning and automated testing on bars, jewelry, and coins, eliminating the inaccuracies of single-point detection caused by compositional inhomogeneity or surface plating, while greatly improving batch screening efficiency. The software also reliably identifies adulterants like Re and W, as well as gold-plated samples, effectively mitigating doping and plating risks.
•Non-destructive & fast — no pre-treatment needed
•User-friendly with one-touch analysis
•Grade matching plus instant detection of doping and plating
Precious metal XRF analyzer is a key tool in jewelry factory to conduct accurate precious metal composition analysis on incoming and recycling material. For incoming materials, it verifies whether materials meet certain production standards. For recycled materials, the gold analyzer is used to quickly assess the purity and composition, which is crucial to determine its reprocessing value and develop relevant treatment strategies. |
Precious metal analyzer can monitor metal components of raw materials and semi-finished products at all stages of jewelry manufacturing to ensure the accuracy of alloy ratio. For instance, to quickly analyze the purity of metals such as gold, silver, and platinum during smelting process, helping adjust the smelting parameters to reach settled alloy ratio. |
Precious metal analyzer can be used to test precious metal composition during quality control and finished product inspection process, in order to insure the fineness and purity satisfy certain standards. For example, to analyze 18K, 24K, platinum and other jewelries precisely, ensuring the consistency of product labels and actual compositions. |
Compared with traditional chemical analysis methods, XRF precious metal analyzer can complete tests within minutes, significantly shortening the quality control cycle. Using the device greatly improves efficiency of quality inspection process, reduces human error, and ensures the reliability, consistency and compliance of product quality. |
| Type | Benchtop |
| Weight | 41kg |
| Size | 350mm×580mm×360mm（W×D×H） |
| Sample chamber size | 320mm×480mm×130mm（W×D×H） |
| Detection range | Al-U |
| Language | Multi languages including Chinese, English |
| Detector | Large-area SSD detector |
| Optical structure | Vertical |
| Tube window | Glass window |
| Collimator | Equipped with 1.5mm collimator to reduce background noise,improve resolution and accuracy. |
| Accuracy | ±0.01% |
| Built-in computer | Included |
| Data printing | Bluetooth printer |
| Algorithm | ScopeX PG8 adopts curve calibration method and fundamental parameter(FP) method to remove background difference, reduce error and improve test accuracy. |
| One-click test button | ‘Place the sample- -close the top cover- one-click test- -view the results’ operation is simple for non-technical personnel to analyze by themselves. |
| X-Y axis platform | Equipped with an automatic XY motion stage that automatically aligns with small or irregularly shaped samples, eliminating manual positioning errors and enabling multi-point programmable automated testing. |
| Camera | The built-in 5-megapixel HD CMOS color camera can not only provide users with intuitive sample positioning and image recording function, but also ensure that the X-ray accurately illuminate to the target area, improving the operation accuracy. |
| Power supply | Supports 100-240VAC, 50/60Hz |
