Experiment station

The following equipment is planned for the Balder experimental station. The availability  is indicated by the status and user call columns. Before applying for beamtime, please contact the Balder team to check the present status of the experimental station.

In addition, the SEDS group will in the future provide equipment/cells that can be used at the beamline.

 EquipmentDescriptionStatusUser call
DetectorsEmission spectrometerSCANIA-2DFor users 2020 Q2
Fluorescence detectors7-element SDD, 2-20 keV
2019 Q4
7-element Ge detector, 5-40 keV2019 Q2
2D XRD detectorEiger 1M2018 Q3 project started - planned for users 2020
Ion chambersMAX IV designin operationyes
Electron yieldMAX IV design2020 Q4
Sample environmentCryostatsClosed cycle 4 K with sample in exchange gas,
MAX IV design
2020 Q2
LN2, sample in vacuum with heatingLater
in-situ cellsLinkam, 1000oC furnace and controllerIn operation
Catalysis gas-flow cell, 500oCtest phase
Microfluidic flow cell for proteins (AdaptoCell)2020 Q1
Sample orientationTranslationMotorized horizontal 100 mm and vertical translation 100 mm,
hexapod <20 mm
in operationyes
RotationMotorized rotation around beam axis,
Manual rotation around vertical axis
in operationyes


Sample preparation laboratory

A small lab for sample preparation is located in close connection to the experiment station. You can find the following special laboratory equipment. MAX IV has common user chemistry and biology labs for more extensive lab work.

BalanceSartorius, 0.001gIn operation
Fridge/FreezerATEX/EX classed, -20oCIn operation
Fume hoodIn operation
Glove boxMBraun Labstar, Ar atmosphere, including O2 and H2O analyzers,
balance (0.001 g), pellet press, video microscope
2019 Q2
Heating cabinetBinder 28 L, 230oCIn operation
MicroscopeLeica Zoom 2000, 45XIn operation
Pellet pressSpecac 10 ton press, 6 and 12 mm diameter pelletsIn operation
pH meterHanna 212In operation
CentrifugeEppendorf 5804 R, -9 - 40oC, 0.2 - 250 ml tubesIn operation
Ultra-pure waterMillipore, Direct-Q 5, Type 1 waterIn operation