Tool | Description | Location | Users | Access | Responsible |
---|---|---|---|---|---|
Zeiss LSM510 (laser confocal) | 7 laser lines, 15 emission filters. Spectral detector ("lambda") as well as two photomultiplier tubes.
Equipped with stage incubator (CO2, humidifier, 37C) More info. |
Biology Department | H. Persson, K. Adolfsson, J. Stegmayr |
Anyone (after training).
Pay by the hour. ~50% occupancy More info. |
Peter Ekström Ola Gustafson Dan-E Nilsson |
Nikon TE2000 (fluorescence microscope) | Many different objectives (from 0.5x to 100x oil) Lots of extra equipment e.g. TIRF, high speed camera, spinning disc confocal , DIC, dark field ,FRAP. | Department of Physics / Solid State Physics |
C. Niman, S. Holm, K. Adolfsson, H. Persson |
Via collaboration, ~50% occupancy | Jonas Tegenfeldt |
PHI AB M3 (phase holographic microscope) | Phase holographic microscopy for live cell imaging. Microscope in incubator (37C, no atmosphere => use closed culture flask). Objectives: 10-20x. | Biology Department / Functional Zoology |
H. Persson J. Stegmayr X. Huang |
Via collaboration, ~100% occupancy | Stina Oredsson |
Zeiss axio imager (deconvolution) |
A system for wide-field microscopy with high resolution,
high sensitivity, and equipped for 3D imaging, deconvolution,
live cell time-lapse, photoactivation, photobleaching etc
(optimised for bacterial cell biology, but applicable to many other types of samples):
Zeiss AxioImager.Z1 (upright), XY scanning table, X-Cite illumination, Hamamatsu C9100-02 EM-CCD camera, Volocity 3DM software, Micropoint Laser system. |
Biology Department / Molecular Cell Biology | Via collaboration | Klas Flärdh | |
LSM700 Axioimager M2 (upright) | LSM700 Axioimager M2 (upright), motorized stage incl module for tiles (stitching) zen 2012 Lasers 405, 488, 555, 635 nm DIC etc | Immunology, BMC section D14 | Immunology section and external users |
Fee and open for everybody after training. 30% Occupancy |
Lena M Svensson |
Zeiss Axiovision | Zeiss Axiovison (inverted) fluorescence microscope with incubator motorized stage, X-cite (light source), filters: ex350/50 em 460/50 ex 470/40 em 525/50 ex566/10 em610/60 samt ex640/30 em | Immunology, BMC section D14 | Immunology section |
Fee and open for everybody after training. 90% Occupancy |
Lena M Svensson |
TIRF/FLIM microscope |
Zeiss observer Z1 (inverted) Incubator, motorized TIRF Slider, definite focus, Lasers: 405, 445, 488, 515, 561, 640, Evolve EMCCD (512x512)
CSU-X1 A Spinning disc, Vector for photomanipulation (FRAP, PALM etc), mSwitcher, FLIM with PIMax-4 camera.
Software: Slidebook 5.5 Plenty of objectives, incl 100x Na1.46 DIC (TIRF), Antiflex x63 NA 1.25 for IRM as well as water 63 x NA 1.3 |
Immunology, BMC D14 | Leuokocyte migration | Via collaboration, | Lena M Svensson |
Tool | Description | Location | Users | Access | Responsible |
---|---|---|---|---|---|
Zeiss LEO1560 (SEM) | Standard SEM, 2nd e- and BS detectors | Department of Physics Lund Nanolab | Most ADMIRE members from Solid State Physics |
Need cleanroom access. Occupancy ~100% |
Ivan Maximov for cleanroom access |
FEI nanolab600 (FIBSEM) | SEM. Equipped with ion beam for milling and deposition. Micromanipulator. | Department of Physics Lund Nanolab | Most ADMIRE members from Solid State Physics |
Need cleanroom access. Occupancy ~80% |
Ivan Maximov for cleanroom access |
Hitachi SU8010 (SEM) | SEM. 2nd e- and BS detectors. Cold trap. | Department of Physics Lund Nanolab | Most ADMIRE members from Solid State Physics |
Need cleanroom access. Occupancy ~50% |
Ivan Maximov for cleanroom access |
Hitachi SU3500 (SEM) | Tungsten filament, high vac, low vac, 2nd e- and backscatter detectors, low vac 2nd e- detector. More info. | Biology Department |
Pay by the hour, with or without technician.
Help with sample prep available. More info. |
Ola gustafsson Dan-E Nilsson |
|
JEOL 5600 (SEM) | SEM, tungsten filament, High vac, low vac, 2nd e- and backscatter detectors. No longer under service contract, replaced by hitachi SU3500. More info. | Biology Department |
Pay by the hour, with or without technician. Help with sample prep available. More info. |
Ola Gustafsson Dan-E Nilsson |
|
JEOL 1230 (TEM) |
TEM, 120kV, Tungsten filament, Gatan Multiscan CCD. More info. |
Biology department |
Pay by the hour, with or without technician. Help with sample prep available. More info. |
Ola gustafsson Dan-E Nilsson |
|
Philips CM 120 BioTWIN Cryo | TEM designed for cryo and low dose imaging. 120kV. LaB6 filament Gatan GIF 100 and digital multiscan CCD camera, Gatan 791. Oxford CT 3500 Cryoholder and transfer system. | nCHREM, KILU | Mainly from KILU but also other LU users as well as external users. | Open facility. Hourly charge with or without (for qualified users) operator. Sample preparation available. | Gunnel Karlsson |
JEOL 3000F | Analytical TEM with a field-emission electron source. Video rate camera, 2 x 2 k CCD camera. STEM mode with high-angle annular detector. SDD based Oxford XEDS system. Gatan Imaging Filter (2 x 2 k) nm. Specialised holders. | nCHREM, KILU | Mainly from KILU but also other LU users as well as external users. | Open facility. Hourly charge with or without (for qualified users) operator. Sample preparation available. |
Reine Wallenberg Gunnel Karlsson |
JSM-6700F | SEM. Field emission gun. Oxford XEDS system. | nCHREM, KILU | Mainly from KILU but also other LU users as well as external users. | Open facility. Hourly charge with or without (for qualified users) operator. Sample preparation available. | Gunnel Karlsson |
Tool | Description | Location | Users | Access | Responsible |
---|---|---|---|---|---|
JEOL JSTM 4500 XT (STM) | STM in ultrahigh vacuum (UHV). Liquid-Helium cooling option down to 20 K. Standard preparation techniques. | Department of Physics, Synchrotron Radiation Research | ADMIRE members from Synchrotron Radiation Research | via collaboration |
Anders Mikkelsen, Rainer Timm |
Omicron VT XA STM | UHV-STM at variable temperatures (room temperature to 800°C), with a qPlus option for non-contact AFM and extra electrical contacts to the sample. Standard preparation techniques. | Department of Physics, Synchrotron Radiation Research | ADMIRE members from Synchrotron Radiation Research | via collaboration | Anders Mikkelsen |
Omicron VT XA STM | UHV-STM at variable temperatures with liquid-Helium cooling option (50 K – 1100 K. | Department of Physics, Synchrotron Radiation Research | ADMIRE members from Synchrotron Radiation Research | via collaboration | Anders Mikkelsen, Edvin Lundgren, Joachim Schnadt |
Omicron 1 STM | UHV-STM with extended preparation techniques, mass spectrometry, Auger spectroscopy, LEED | Department of Physics, Synchrotron Radiation Research | ADMIRE members from Synchrotron Radiation Research | via collaboration | Edvin Lundgren |