Detectors for your research
For X-ray crystallography and scattering experiments, LAMBDA offers the highest resolution you can buy today. With SPARTA, you will get the highest speed for your time-resolved X-ray experiments.
AMBER is the vacuum-enabled variant of LAMBDA, which is perfect for electron and X-ray detection in electron microscopy. Amber can also be used for X-ray experiments in vacuum to minimize air scattering.
Some research examples which were enabled by our products can be found on our customers page.
The LAMBDA detector line offers highest spatial resolution in different sizes.
Standard modules are
- LAMBDA 60k
- LAMBDA 750k
- LAMBDA 2M
- LAMBDA 10M
For special demand, other sizes are possible.
The energy range of your LAMBDA detector can be selected by choosing from three detector materials:
- Si (6–25 keV)
- GaAs (8–75 keV)
- CdTe (8–150 keV)
AMBER is the LAMBDA-based electron detector, which is equipped with a standard vaccum flange for the operion in vaccuum. AMBER inherits most of its specifications from LAMBDA.
AMBER can be used for a wide range of TEM and STEM experiments. Its high speed and sensitivity make it particularly well suited for fast experiments.
SPARTA is our newest development. Based on the AGIPD detector from the European XFEL, it features a frame rate of more than 6 MHz.
SPARTA is a compact yet extremely powerful high-speed X-ray camera for your setup in the 3–15 keV range.
Get the reliable setup your lab needs to produce fast high-resolution or high-speed x-ray images. Smaller pixels, better images and higher throughput – these are the best x-ray cameras built for the world’s leading scientists.
Developed by DESY, the X-Spectrum X-ray cameras are the top-of-the-line research tools.
All our cameras come as a ready-to-use standalone product from the very front of the detector panel to the data output in a dedicated PC. Just install at your beamline and start your measurement. Of course, the camera systems can be integrated into your existing IT infrastructure using the standard APIs.