FRINGE EVS X-Ray Diffractometer
The FRINGE EVS desktop X-ray diffractometer is a high-performance, versatile scientific instrument. It is designed for materials science research and industrial quality control.
All-in-One design with powerful performance: The FRINGE EVS is equipped with an advanced DPPS high-resolution detector offering exceptional ultra-high-energy resolution. As a result, it brings unprecedented precision and power for analytical research. Additionally, the FRINGE EVS has a built-in high-efficiency water-cooled circulation system, which saves significant space.
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FRINGE EVS X-Ray Diffractometer
The FRINGE EVS desktop X-ray diffractometer is a high-performance, versatile scientific instrument, designed for materials science research and industrial quality control.
All-in-One design with powerful performance: The FRINGE EVS is equipped with an advanced DPPS high-resolution detector offering exceptional ultra-high-energy resolution. As a result, it brings unprecedented precision and power for analytical research. Additionally, the FRINGE EVS has a built-in high-efficiency water-cooled circulation system, which saves significant space. It can be easily integrated into office desktops or laboratories. This design exemplifies intelligent and efficient space utilisation.
Accurate and efficient across a wide range of applications: FRINGE EVS integrates X-ray diffraction (XRD) technology with its own analytical software. It can quickly and accurately characterise and quantitatively analyse the physical phases of various samples, including powders, lumps, and thin films.
In addition, it provides in-depth analysis of crystal structure, material composition, and degree of crystallinity. With its exceptional precision, accuracy, and stability, along with its versatility, FRINGE EVS offers unparalleled convenience and efficiency to users.
Therefore, it is an ideal choice for both scientific research and industrial production.
Equipped with a DPPS high-resolution detector, with ultra-high energy resolution, this system operates without any monochromatic system (such as filters or graphite monochromators). Moreover, it can directly capture diffraction signals, thereby minimising signal loss typically associated with monochromatic systems.
A variety of sample stage accessories are available to provide you a flexible and diverse range of sample analysis solutions. By analyzing samples of different shapes, sizes, and testing needs, you can explore material properties in depth.
FRINGE EVS combines an integrated design, compact footprint and built-in water circulation cooling system. Its space-saving design makes the instrument easy to move and position. You can also integrate it easily into a wide range of laboratory environments.
CrystalX automatically analyses diffraction data after collecting the results. It identifies each phase and calculates the percentage of each component. Users simply click “Start Test” to begin the analysis, making the system straightforward to operate.
FRINGE EVS delivers strong kilowatt-level power in a desktop XRD platform. This high-power capability sets it apart in the desktop XRD market.
FRINGE EVS features an automatic cut-off protection system and a safety interlock. When you close the sample chamber, the system fully encloses it. The operation interface also confirms that the chamber is securely closed.
Fringe EVS identifies physical phases, analyses crystal structures and residual stress, and evaluates sample composition. It supports a wide range of sample types, including powders, films, bulk materials and liquids.
Fringe EVS combines a compact footprint with an integrated design and built-in water circulation cooling system. This configuration allows easy integration into a wide range of laboratory environments.
| FRINGE Family (Benchtop) | FRINGE EVS |
| 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 |
| Detector | DPPS |
| X-Ray tube | Cermet X-Ray tube, with maximum power of 2.2KW, focus: (1×10) mm2, default configuration cu target, optional Cu target |
| High Voltage Generator Power | The maximum output power of the high voltage generator is 1200W |
| Size | 580mm x 450mm x 680mm(L×W×H) |
| Weight | About 120 kg (depending on the actual configuration) |
| Power Supply | 220V±10V, 50Hz |
| Heat dissipation | Internal water circulating cooling system |
| 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 FRINGE EVS has an air spring large window lift door, which can observe the in-situ analysis process without dead angle, and can effectively shield X-Rays. It has a protection and safety interlock device that automatically cuts off during the test process. The operation interface has the function of closing the sample compartment |
| Cloud service capabilities | FRINGE EVS 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 EVS. 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 |
