MicroMAX combines three important aspects of structure determination: structures from macromolecules that can only be crystallised in the form of microcrystals, room temperature structures, and time resolved structures down to the micro- or millisecond timescale.

MicroMAX is a dedicated macromolecular crystallography beamline that will deliver exceptional micro-focus, achieving a focal spot as small as 1 μm2, which is two orders of magnitude lower than that delivered by BioMAX. In monochromatic mode, the X-ray flux will be very high, delivering > 1013 X-ray photons per second at the sample position. When using multilayer optics, MicroMAX will provide a polychromatic X-ray beam (ΔE/E ~1 %) delivering up to 1015 X-ray photons per second.

By combining the unique beam properties with a flexible design of the experimental station, the MicroMAX beamline will, when it goes into operation, be second to none for demanding protein structure solutions. MicroMAX will from the start offer several sample delivery methods including traditional oscillation data collection and new serial crystallography schemes. MicroMAX will also be ready to easily accept new developments in technology for sample delivery and manipulation.

MicroMAX will also create a bridge between synchrotron and XFEL radiation sources.

The experiment setup will have a beam conditioning unit including a microsecond chopper, a sample table supporting MD3-UP diffractometer, an ISARA sample changer and a detector stage housing two detectors that can be easily exchanged.

The diffractometer can be used for rotational crystallography but also for fixed-target serial crystallography. It will also be possible to use different injector based sample delivery systems.

The sample changer can store up to 464 SPINE sample holders and automatically exchange these under cryo-conditions.

The detector stage will have two area detectors, one Eiger2 X CdTe 9M photon-counting detector and one Jungfrau 4M integrating detector.

Contact Info: Thomas Ursby