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Bruker and Excillum logoPress Release - Mar 18, 2010

STOCKHOLM, Sweden and KARLSRUHE, Germany

 

Excillum and Bruker AXS today announced an exclusive collaboration to develop and market a unique new metal-jet X-ray source for X-ray diffraction applications. This novel source is the fruit of many years of research at the Royal Institute of Technology in Stockholm, Sweden. It is more than ten times brighter than the most powerful available laboratory sources. This unequalled brightness can greatly benefit any experiment that currently employs a rotating anode generator (RAG) source. Despite this unparalleled performance, the new source also features a cost of ownership which is very competitive with conventional RAG technology. Applications of interest include protein structure determination via X-ray crystallography, small angle X-ray scattering (SAXS and GI-SAXS) and all experiments where ultra-high X-ray flux on a small spot is essential.

News - Feb 15, 2010

 

Excillum has moved to Finlandsgatan 14 in Kista. The new and larger premises will enable our continued expansion.

Picture of Excillums new premises at Finlandsgatan in Kista

News - Feb 11, 2010 

 

Excillum has successfully shipped the first D1 source prototype to an industrial customer.

News - Aug 17, 2007

 

Excillum AB is founded with the mission to develop and manufacture extreme-brightness microfocus x-ray sources based on the metal-jet-anode technology.

Excillum logo

News - May 30, 2007

 

The Biomedical & X-Ray Physics Group at the Royal Institute of Technology (KTH) in Stockholm, Sweden, is awarded funding from VINNOVA's program for concept verification, VINN-Verification. This makes it possible to conduct a more comprehensive study of the technical and commercial aspects of the promising research results on metal-jet-anode x-ray sources.

Vinnova logo
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