Electron Microscope Analyzers

QUANTAX FlatQUAD

x射线检测的最大效率

Unmatched Throughput

Analyzing Sensitive Samples

XFlash_FlatQUAD_drop_shadow_4+5_cut_out

하이라이트

1
nm
Spatial resolution
Nano scale resolution in SEM
>1.1
sr
Highest solid angle
The solid angle indicates the geometric collection efficiency of the generated X-rays
2,400
kcps
Throughput
4 times faster than conventional EDS detectors

QUANTAX FlatQUAD - Where Conventional SDDs Reach Limitations

QUANTAX FlatQUAD is the EDS microanalysis system based on the revolutionaryXFlash®FlatQUAD. This annular four-channel silicon drift detector is inserted between SEM pole piece and sample, achieving maximum solid angle in EDS. In combination with theESPRITanalytical software suite, QUANTAX FlatQUAD provides unrivaled mapping performance, even for the most difficult samples.

  • Extremely fast mapping using only moderate beam currents
  • Analysis of beam-sensitive materials at extremely low beam currents (< 10 pA), e.g. biological or semiconductor samples
  • Investigation of samples with topography, avoiding shadowing effects
  • Analysis of nanoparticles and nanostructures at low kV and highest magnification
  • Measurement of thin samples (e.g.TEM lamellae) and other specimens with low X-ray yield in the SEM.

혜택

Maximize Your Efficiency

The unique annular design of the BrukerXFlash®FlatQUADdetector and its position between the SEM pole piece and the sample lead to an unmatched solid angle which directly translate into faster measurements. Together with theESPRITsoftware suite, the QUANTAX FlatQUAD provides the ideal instrument to analyze e.g. sensitive samples at lowest beam currents or samples with high topography.

TheXFlash®FlatQUADcan also turn your SEM or FIB into low voltage analytical STEM to analyze electron transparent samples at highest spatial and spectroscopic resolution in a more timely and cost-efficient way.

To gain even more information from your electron transparent samples, combine the XFlash®FlatQUAD with an eFlash EBSD detector retrofitted withOPTIMUShead.