Find your beamline

Find the right Beamline for your research

Not sure which beamline suits your experiment? Use our Find Your Beamline tool below to quickly match your scientific
needs with the right instruments and capabilities.
You can narrow your search by filtering by your science area, technique or method and we will guide you to the most suitable beamline.

If you would rather see the physical locations of each beamline, you can find a map at the Beamlines & Accelerators page.

Balder chevron_right
Main science areas
CatalysisChemistryCultural HeritageEnvironmental ScienceGeochemistryLife ScienceMaterials Science
Techniques & methods
EXAFSin-situ XRD & PDFXANESXASXESXRF
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
4 to 40 keV
BioMAX chevron_right
Main science areas
Small Molecular CrystallographyStructural Biology
Techniques & methods
Serial Synchrotron CrystallographyX-ray CrystallographyXRF
Access modes
BAG: Block Allocation Groups AccessFast AccessProprietary AccessStandard AccessTraining & Education
Energy ranges & wavelength
6-24 keV
Bloch chevron_right
Main science areas
Quantum MaterialsSurface Physics
Techniques & methods
ARPESSTMXPS
Access modes
Proprietary AccessStandard Access
Energy ranges & wavelength
10eV – 250eV (ARPES), 10-1000eV (XPS)
CoSAXS chevron_right
Main science areas
Life ScienceSoft Matter
Techniques & methods
SAXSTime-ResolvedWAXS
Access modes
BAG: Block Allocation Groups AccessFast AccessProprietary AccessStandard AccessTraining & Education
Energy ranges & wavelength
5-20 keV
DanMAX chevron_right
Main science areas
Biological tissueBiomineralized materialsCatalysisChemistryEnergy MaterialsMaterials Science
Techniques & methods
In operando PXRD & PDFin-situ XRD & PDFmicroCTPDFphase-contrast imagingPXRDradiographyScanning X-Ray Diffraction ImagingTomographyTotal ScatteringXRD-CTXRFXTM
Access modes
Long term proposalsProprietary AccessStandard Access
Energy ranges & wavelength
15-35 keV
FemtoMAX chevron_right
Main science areas
Techniques & methods
Laser pump/X-ray probe in GIXSSAXSWAXS
Access modes
Fast AccessStandard Access
Energy ranges & wavelength
1.8-15 keV
FinEstBeAMS chevron_right
Main science areas
AMO (LDM) ScienceAtmospheric ChemistryChemistryMaterials SciencePhysicsSurface Science
Techniques & methods
ARPESLUMINESCENCENIPICOPEPICOTime-ResolvedXASXPS
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
4.5-1300 eV 275-0.95 nm
FlexPES chevron_right
Main science areas
AMO (LDM) ScienceAtmospheric ChemistryMaterials ScienceSurface Physics and Chemistry
Techniques & methods
ARPESCoincidence SpectroscopyNEXAFSXPS
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
43 – 1550 eV (28 – 0.8 nm)
ForMAX chevron_right
Main science areas
Soft Matter
Techniques & methods
SAXSTomographyWAXS
Access modes
Proprietary AccessStandard Access
Energy ranges & wavelength
8-25 keV
HIPPIE chevron_right
Main science areas
2D MaterialsAtmospheric ChemistryCatalysisCorrosionElectrochemistryEnvironmental ChemistrySurface Science
Techniques & methods
APXASAPXPS
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
260 eV – 2200 eV
MAXPEEM chevron_right
Main science areas
Low-dimensional SystemsMagnetic MaterialsSurface Science
Techniques & methods
LEEMMicro-XASMicro-XPSNano-ARPESXPEEM
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
30-1200eV
MicroMAX chevron_right
Main science areas
Structural Biology
Techniques & methods
SSXTime-ResolvedUV/vis SpectroscopyX-ray Crystallography
Access modes
BAG: Block Allocation Groups AccessFast AccessProprietary AccessStandard AccessTraining & Education
Energy ranges & wavelength
5-25 keV
NanoMAX chevron_right
Main science areas
BiologyFunctional MaterialsGeologyMaterials Science
Techniques & methods
Coherent ImagingNano-TomographyPtychographyScanning X-Ray Diffraction ImagingXRF
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
5-28 keV
Scandinavian Crystallography Service chevron_right
Main science areas
CatalysisChemistryGeologyMaterials SciencePhamaceuticalsSolid State Physics
Techniques & methods
SC-XRDSingle crystal X-ray diffraction
Access modes
Energy ranges & wavelength
SINCRYS – Single (micro) crystal X-ray diffraction chevron_right
Main science areas
CatalysisChemistryGeologyMaterials SciencePhamaceuticalsSolid State Physics
Techniques & methods
SC-XRDSingle crystal X-ray diffraction
Access modes
Energy ranges & wavelength
20 – 23 keV
SoftiMAX chevron_right
Main science areas
ChemistryEnvironmental ScienceLife ScienceMagnetismMaterials Science
Techniques & methods
Forward PtychographyLE-XRFSTXM
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
275 – 2500 eV
SPECIES chevron_right
Main science areas
ALDAtmospheric ChemistryCatalysisEnvironmental ScienceFundamental PhysicsMaterials SciencePhotocatalysisRedox ChemistrySurface Science
Techniques & methods
APXASAPXPSRIXS
Access modes
Fast AccessProprietary AccessStandard Access
Energy ranges & wavelength
30-1500 eV
Veritas chevron_right
Main science areas
ChemistryMaterials SciencePhysics
Techniques & methods
RIXS
Access modes
Proprietary AccessStandard Access
Energy ranges & wavelength
250-1500 eV

Page manager: User Office July 23, 2025