If you're working in research, you understand the importance of accurate and reliable data. X-ray diffraction (XRD) is a powerful tool used in various research settings, including pharmaceuticals, chemistry, materials science, geology, and many others. However, traditional XRD instruments are often bulky, complicated to operate, and require a dedicated space in the lab. This is where Aeris comes in – the compact XRD that delivers the same precision and power as the traditional instruments, while saving valuable lab space and improving workflow.
Benefits of Aeris:
Compact size: Aeris requires minimal lab space, making it a perfect fit for labs with limited space. Yet it still packs a punch, delivering results in reflection, transmission and grazing incidence that rival those from floor standing systems.
Ease of use: Aeris is user-friendly and requires minimal operator training. It offers external sample loading, with sample changer and automation options, which saves time and improves workflow.
Versatility: Aeris is suitable for various types of samples, from powders to thin films, and can handle a range of research applications, such as thin film analysis, crystal structure refinement, phase identification, quantification, microstructure, and residual stress.
Precision: Aeris delivers accurate and reliable results, thanks to its goniometer and sample handling capabilities. Its full-sized optics and sample holders mean that all results are comparable to its larger sibling, Empyrean and the data perform identically in the analytical software packages such as HighScore and Stress.
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Join us to learn how Aeris serves your research needs
Hear all about the variety of configurations and research tools that come with this small yet powerful system! They don't just improve your data; they streamline your workflow too.
- Discover how versatile Aeris is, and what it is capable of (from phase identification through to structure refinement, from thin films to powders in transmission, for non-ambient and in-situ)
- Learn about what our colleagues have achieved thanks to Aeris
- Understand where a compact system like Aeris can further your research – understand how this compact instrument can improve your workflow now and, in the future.
Watch the webinar below:
Resources
Want to know more? Read our application notes.
Using transmission XRD in Aeris to measure the crystalline to amorphous ratio in polymers
The Aeris diffractometer supports a wide range of standard full-sized sample holders to hold liquids, powders, and solids. So, polymers can be analyzed at any stage of a production process, from solution to final product. The Aeris measurement can be fully automated and used in a variety of settings from research through to fast quality control.
Ab-initio crystal structure determination of a new aluminum phosphate sulfate mineral
Only a small amount of material was available. The sample was therefore prepared on a silicon zero background holder. The powder diffraction measurement was done using an Aeris Research diffractometer with CuKα radiation and PIXcel detector. Despite the low amount of sample, a high intensity scan with good intensity/background ratio was obtained.
Quality control: Graphitization degree and orientation index in graphite anode materials
Natural graphite is mined, whereas synthetic graphite is produced from petroleum coke (leftover carbon from petroleum refining) by heating it to temperatures above 2500°C. Favored by EV battery manufacturers for its consistency and performance, synthetic graphite dominates the anode supply chain.
Aeris is a product of Malvern Panalytical, a global leader in analytical instrumentation and materials analysis. Our mission is to help scientists and researchers achieve their goals by providing innovative and reliable instruments and services.