X-ray Diffraction

Materials property characterization from fundamental research to industrial quality control

Bruker’s X-ray diffraction portfolio covers a wide range of X-ray scattering techniques for materials characterization and quality control of crystalline or non-crystalline materials such as powders, solid blocks, thin films or liquids.

Techniques include X-ray powder diffraction (XRPD), diffuse or “total” scattering (PDF analysis), small angle X-ray scattering (SAXS), thin-film analysis, and X-ray imaging. A unique platform design allows to configure each instrument for a wide range of applications.

X-ray-Diffractometer_D8-FABLINE

D8 FABLINE

Metrology Solutions for the Semiconductor Industry

The functional units of semiconductor and compound-semiconductor devices continuously shrink in size and thickness. Additionally, the structure of the devices becomes more and more complex, the process more and more expensive. Thus, the demand for reliable analytics, such as X-ray diffraction, for process development and at-line or in-line quality control increases permanently.

Why X-ray diffraction?

First: X-ray diffraction is a non-destructive method probing the nanometre scale, which provides various essential material parameters without the need for being referenced.

Second: the method is known and accepted for its accuracy and reliability since years in science, research, and development. In many cases just one quick X-ray diffraction measurement is required to determine sample parameters such as: layer thickness, roughness, density, and chemical composition; porosity; lattice spacing, gradients, mismatches, and degree of relaxation; preferred orientation, texture, stress, and strain – all with a local resolution down to some 10 µm square.

D8 FABLINE features a robot handling wafers
By introducing the D8 FABLINE, the analytical flexibility and reliability – known for the D8 DISCOVER family used in research and development – is now transferred to demanding clean room environments. The D8 FABLINE features a robot handling wafers up to 300 mm diameter as well as it can be equipped with two FOUP ports for routine analytics in quality control. Measurements and data analysis can be fully automated and, if required, Bruker AXS supplies the full service to adjust the analytics to the process requirements. Furthermore, SEC/GEM interface can be suited to user requirements, pattern recognition or bar code reading capabilities can be integrated.

D8 FABLINE – an analytical workhorse for semiconductor requirements.

X-ray-Diffractometer_D8-DISCOVER

D8 DISCOVER

Advanced X-ray Diffraction System for Materials Research Applications

The D8 DISCOVER with DAVINCI design increases ease-of-use with real-time component detection, plug-and-play functionality and fully integrated 2-dimensional XRD2 capabilities. These unique features allow the user to easily switch between all materials research X-ray diffraction applications, including reflectometry, high-resolution diffraction, in-plane grazing incidence diffraction (IP-GID), small angle X-ray scattering (SAXS), as well as residual stress and texture investigations.

Two-dimensional VÅNTEC-500 detector

For a 2-D detector, size is the most important feature. A large detector window not only enables increased data collection speed, it also provides information that is simply not accessible with 0-D, 1-D or smaller 2-D detectors. The VÅNTEC-500 detector features a huge 140 mm diameter window, covering up to about 80° (2θ) and a large γ-range.

SNAP-LOCK X-ray optics for tool-free switching of the diffraction geometry

The factory-aligned, SNAP-LOCK X-ray optics provide true ‘plug-and-play’ functionality, including automatic and tool-free switching of the diffraction geometry with minimal user intervention.

An X-ray optics module, a detector, or any accessory mounted onto the instrument registers itself in real-time with its relevant parameters and analytical capabilities, including powerful detection of possible component conflicts.

X-ray-Diffractometer_D8-ADVANCE

D8 ADVANCE

The 1st truly all-purpose Diffraction Solution for X-ray Powder Diffraction

The innovative design of the D8 ADVANCE with DAVINCI design plausibly combines operating safety, ease of use, and user safety. Well-matched hardware, electronics, and software ensure an easy adaptation to any application in the field of X-ray powder diffraction.

The intelligent beam path components of the D8 ADVANCE with DAVINCI design provide true plug’n play functionality requiring minimum or even no user intervention. Featuring automatic and tool-free switching of the diffraction geometry without the need for complex adjustments the D8 ADVANCE with DAVINCI design broadens the analytical capabilities for a wide community of X-ray diffraction users.

Together with the ‘Best-Data-Guarantee’ which refers to the ‘Alignment Guarantee’ and ‘Detector Guarantee’ it just means: operating safety assured.

D8 ADVANCE with new software DIFFRAC.SUITE

The D8 ADVANCE with DAVINCI design comes with the new software DIFFRAC.SUITE. The plug’n play functionality is consistently implemented: any component mounted to the instrument registers itself with its relevant parameters. The DIFFRAC.SUITE offers intuitive operation and the graphical user interface can be customized to match the operator’s requirements, and last but not least features the leading algorithms of its predecessor DIFFRACplus – ease of use assured.

Finally, the D8 ADVANCE with DAVINCI design complies with all the recent X-ray, machine, and electric safety directives of the EC, which is certified by various independent institutions. Thus running the D8 ADVANCE with DAVINCI design in universities, research institutes, R&D laboratories, quality control environments etc. means comprehensive user safety and minimum effort with the local authorities supplying the permission to operate the instrument.

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