UKE Microscopy Imaging Facility (DFG Research Infrastructure Portal: RI_00489)


Abberior MINFLUX

Abberior MINFLUX


Location: room 01.068, first floor

Excitation laser lines: 405nm, 488nm (cw), 561nm (pulsed), 640nm (pulsed & cw)

MINFLUX laser lines: 640nm

MINFLUX imaging modes: 2D, 3D

Software: Abberior Imspector

Funding: European Regional Development Fund (ERDF)


Microscope Olympus IX83

100x UPlanXApo

NA: 1.45

WD (mm): 0.13

Detectors 4xAPD, 1PMT
Excitation laser lines [nm]

Pulsed & continuous wave: 640nm

Pulsed: 561nm

Continuous wave: 405nm, 488nm

MINFLUX laser lines [nm] 640
Pinhole size Variable
2D/3D MINFLUX Localization precision 1-3 nm in XY (2D mode) and in Z (3D mode)
Detection channels
  • GFP: 500-550
  • Cy3: 605-625
  • Cy5 near: 650-685
  • Cy5 far: 685-720
Filters for epi-fluorescence

Filtersystem (em.-color, dye): Quad-band, EX | BS | EM [nm]

  • DAPI: 387/11 | 410 | 440/40
  • FITC, Star488: 485/20 | 504 | 521/21
  • CY3: 559.5/25 | 582 | 607/34
  • FLUX-640, AlexaFluor647: 649.5/13 | 669 | 700/45
UV-VIS illumination CoolLED pE-4000, 16 LEDs for excitation in the range 365-770 nm
Halogen lamp 100W, standard housing
Software Abberior Imspector

Electronically deformable mirrors for 3D MINFLUX @ 640 nm and localization precision 1-3nm in XYZ

Alignment Motorized auto-alignment of all lasers and pinhole
Motorized XY stage Olympus
XYZ stabilization

Physic Instruments PI Nano XYZ, active sample stabilization with nm precision alongs all 3 dimensions

975nm laser (Cobolt), CCD camera (The Imaging Source)


QUADscan beam scanner

Ultra fast beam scanner for MINFLUX imaging

Actively damped optical table Thorlabs


Superresolution, 2D/3D Multicolor MINFLUX, Tracking
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