Spectrometer enables analysis of bulk materials
Bruker Nanocontact supplier
M1 Mistral spectrometer
The M1 Mistral u-XRF spectrometer from Bruker Nano can be used to analyse jewellery and alloys, to determine RoHS compliance and to characterise coatings, for example.
It is said to enable the accurate analysis of bulk materials and layers using X-ray fluorescence (XRF) technology.
The instrument allows the user to analyse arbitrarily shaped samples without the need for preparation.
All elements from Z=22 (titanium) and higher can be analysed.
This makes a wide range of materials accessible, such as metals, alloys and metallic layers, including multi-layer systems.
Specimens up to a size of 100 x 100 x 100mm can be placed directly on the sample stage and analysed without further preparation.
As the measurement is contactless, arbitrarily shaped specimens - such as finely wrought jewellery or materials of varying thickness - can be analysed easily.
The M1 Mistral's micro-focus X-ray tubes produce sufficient intensity, even down to spot sizes of 100um, depending on the collimator used.
Together with the video microscope for exact sample positioning, this ensures that measurement takes place at the desired spot.
Additional comfort can be added with the optional computer-controlled stage motorisation and autofocus function.
To read more about the M1 Mistral, click on the link on the right-hand side.
More stories
Extreme imaging speed without loss of resolution videodownload
Samuel Lesko, European Applications Lab Manager at Bruker, provides an introduction to the company’s Dimension FastScan atomic force microscope.
Bruker introduces expanded AFM technology download
Bruker has expanded its PeakForce Tapping technology to the Dimension Edge AFM platform.
Bruker introduces Dimension Icon AFM solution downloadweblink
The Dimension Icon provides improved spatial resolution in semiconductor carrier profiling.
Bruker’s Dimension FastScan AFM selected by NGI downloadweblink
Bruker has established a partnership with Manchester University for research into the nanofabrication and nanoscale properties of graphene.
NanoLens expands power of ContourGT systems download
Bruker has developed a NanoLens Atomic Force Microscope (AFM) accessory for ContourGT 3D optical microscopes.






