Average Rating: 4.4
2 Scientists have reviewed this product
Ease of use
After sales service
Value for money
High quality results, so user friendly and doesn't needany downtime.
"Speedy results, high accuracy and availability of X-ray analyzer. High quality results achieved, easy maintenance and down time of the product. The X-ray analyzer can be used in cement analysis for clinker, raw material like lime stone, coal etc."Review date:
29 Apr 2021 | X-Ray Diffraction Instruments
"I would recommend to others. It has an easy to use interface and provides high quality results. In comparison to previous X-ray diffraction instruments I have used, I definitely prefer this model."Review date:
24 Mar 2015 | X-Ray Diffraction Instruments
The ARL X'TRA XRD system offers the cost-effective solution for high quality powder diffraction applications.
The ARL X'TRA is a new generation of powder diffraction systems from Thermo ARL. Combining 25 years of XRD experience and engineering excellence, the ARL X'TRA offers a cost effective solution for high quality powder diffraction applications in the areas of academic research, chemicals, pharmaceuticals, polymers, semiconductors, thin films, metals and minerals.
Built around a vertical theta-theta goniometer, this instrument offers the most convenient geometry for handling powder samples by facilitating the sample preparation, sample changer options and use of specialized sample holders. In order to optimize experimental conditions, the goniometer features removable dual Soller slits and continuous variable micrometer-controlled slits for adjusting the width of both the incident and diffracted beams. The X-ray optics on the ARL X'TRA goniometer ensures unsurpassed resolution in the low angle region where peaks can be observed down to 0.5°. The system's modular configuration allows the use of various sample stages to fulfill a wide range of different applications.
The ARL X'TRA can also be equipped with Thermo ARL's exclusive Peltier cooled Si(Li) solid-state detector, tuned for high count rate in order to minimize coincidence loss. Thanks to its superior resolution compared to a scintillation detector, it removes K-Beta and fluorescence radiation thus eliminating the need for filters and monochromators. Consequently, the diffraction peak intensities are substantially higher than for other available configurations.
System control for the ARL X'TRA comes from the WinXRD software running under Windows® NT as a true multitasking 32-bit data collection and analysis package.
All in all, the ARL X'TRA represents a substantial advance in both powder XRD technology and system capabilities per investment dollar!