Arranged in a long strip, this detector’s active area allows for panoramic data acquisition. It was designed for the hard X-ray microscope beamline ID06 at the ESRF. Two-dimensional diffraction patterns can be acquired under high-pressure conditions at X-ray energies between 25  and 100 keV.

The first EIGER2 Specific Solution was designed for the P62 SAXSMAT beamline at PETRA III. The thin frame at the top of the detector significantly reduces the loss of the q-range for simultaneous SAXS/WAXS measurements.

The largest hybrid-pixel detector ever made with a curved active area, it was designed for the most demanding macromolecular crystallography experiments at I23 of the Diamond Light Source (DLS). Its semi-cylindrical shape covers a 2-theta range of ±100° and allows for simultaneous collection of low- and high-resolution data.

This customized detector solution is a geometrical modification of the EIGER2 X CdTe series. The use of high-energy X-rays increases the diffracted intensity-per-unit doses by several factors and is beneficial for applications including macromolecular crystallography.

This vacuum-compatible Specific Solution was designed for the X-ray diffraction beamline BL14B1 at SSRF. It achieves the best results for different X-ray diffraction techniques such as high-resolution PXRD, grazing incidence XRD, and X-ray reflectivity measurements. 

This PILATUS3 X 2M detector with three missing modules was designed for the CoSAXS beamline at MAXIV. The angled housing at the missing corner is beneficial for minimizing WAXS detector shadows on SAXS images. Combining this detector with an EIGER2 X 4M leads to optimal results for simultaneous SAXS/WAXS measurements.

This L-shaped detector is based on the PILATUS3 X 1M, but with a missing module at the bottom right corner to let the primary beam through. Its geometry is advantageous for simultaneous WAXS/SAXS and/or USAXS measurements. It was designed for the Shanghai Synchrotron Radiation Facility (SSRF).

This system was designed for wide-angle diffraction at high energies, while keeping the direct beam for SAXS measurements. Three holes at the right-hand side of the detector window enable the user to let the direct beam pass under 5 mm from the active area.

This detector was designed to collect the WAXS signal during simultaneous SAXS/WAXS measurements at beamline I22 of the Diamond Light Source (DLS). The direct beam and small-angle-scattering signal pass close to the active area and propagate through the evacuated flight tube, which is attached to the detector’s back side. This unique design allows the detector to be placed inside the vacuum chamber and makes windows unnecessary.

This compact WAXS detector was designed to obtain best results for simultaneous SAXS/WAXS measurements in combination with an EIGER2 X 9M. The L-shaped EIGER2 S 3.5M-WAXS excels with a low profile along the beam direction, a small distance between pixel and beam, and vacuum compatibility. 

High-resolution X-ray spectroscopy of fusion reactor plasmas benefits from the noise-free photon counting and high frame rate of this hybrid-pixel detector. It is part of an X-ray imaging crystal spectrometer (XICS) at the Institute of Plasma Physics in Hefei. It detects X-rays from 3.1 keV (Ar emission) to 13 keV (Kr emission) at EAST Tokamak. 

The largest EIGER2 Specific Solution so far impresses with frame rates up to 550 Hz and a total module number of 18. The vacuum-compatible EIGER2 XE 9M-ALBA with removable window is a geometrical modification of the EIGER2 XE 9M and fits the needs of the  XAIRA beamline at the ALBA Synchrotron.