The FRINGE AUTO benchtop X-ray diffractometer is a revolutionary solution designed for laboratory automation and high-throughput analysis. It delivers a fully automated workflow—from continuous auto-sampling and unattended operation to intelligent data processing—significantly elevating laboratory intelligence.
Equipped with a high-performance autosampler that holds up to six samples, the FRINGE AUTO enables automatic pickup, precise positioning, rapid measurement, and return—all managed through intelligent software. This eliminates manual handling, boosting equipment utilization and overall lab efficiency.
Despite its high automation, the instrument features advanced X-ray optics and high-sensitivity detectors, ensuring precise phase identification, crystallinity, and crystallite size analysis for applications ranging from powders and thin films to micro-scale samples. The intelligent software integrates queue management, adaptive parameter optimization, automated data processing, and one-click reporting. It is widely used in new materials development (e.g., batteries, photovoltaics), pharmaceutical crystallography, geological and mineral analysis, and cutting-edge academic research.
New Energy Materials |
Chemical Industry |
Mining & Geochemistry and Others |
Scientific Research |
Semiconductor Industry |
Biomedicine |
| Goniometer | θ-θ vertical goniometer, diffractive circle radius 150mm |
| 2θ Measuring range | -3° - +150° |
| Precision | The deviation of ＜±0.02° in the full spectrum |
| FWHM | <0.04°2θ |
| Sola slit | The integrated sora slits, without any motion-adjustable parts, increase the reliability of the goniometer system, allowing the FRINGE desktop XRD to be installed on in-vehicle laboratory platforms |
| X-Ray tube | Cermet X-Ray tube, with maximum power of 2.2KW, focus: (1×10 )mm2, default configuration cu target, optional Cu target |
| Detector | Xeye2D a) Hybrid pixel photon-counting detector, with no fewer than 65,536 sub-pixels and a pixel size no larger than 55 μm; b) Photosensitive chip size: ≥14 × 14 mm; c) Dynamic range: ≥1 × 10⁷ cps; d) Detection modes: seamless switching between zero-dimensional, one-dimensional, and two-dimensional modes; e) Energy resolution capability: automatic fluorescence background removal without the need for a monochromator. |
| High Voltage Generator Power | The maximum output power of the high voltage generator is 1200W |
| Size | 615mmx673mmx781mm（L×W×H） |
| Weight | About 120 kg (depending on the actual configuration) |
| Autosampler | Six-position autosampler |
| Power Supply | 220V±10V, 50Hz |
| Heat dissipation | FRINGE AUTO has a built-in water circulation cooling system, no need to add additional chillers. The software can display the water temperature, flow rate and other information in the X-ray tube in real time |
| Interface | The compact home wall plug provides power, and the USB interface connects to the PC for controlling the XRD |
| Air source | A 2-way air supply interface is available for in-situ analysis or atmosphere protection |
| Security | The push-pull door effectively shields X-rays. FRINGE AUTO features automatic shut-off protection during operation and a safety interlock system. With the sample chamber closed, the instrument is fully enclosed, and the operation interface provides a sample chamber closure indicator. |
| Cloud service capabilities | FRINGE AUTO uses a synchronizable mobile APP service to support card management of diffraction data and access to knowledge management systems |
| CrystalX software | LANScientific has developed a special crystal analysis software CrystalX for FRINGE AUTO. After obtaining diffraction data, CrystalX automatically conduct phase analysis, and give the percentage of each component of the phase, greatly reducing the requirements of the user, no manual retrieval, no need to buckle the background, no need to smooth, no need to manually peak, just need to click "start testing", the rest to the CrystalX software |
