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595 STED

595 STED

595 STED
The 595 STED module enables STED nanoscopy at unprecedented resolutions with dyes or fluorescent proteins in the green spectrum.
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Features & Benefits

  • Pulsed STED laser @ 595nm featuring two super-resolution STED channels
  • Maximum resolution 25 nm; typical resolution < 40 nm with organic dyes
  • IX83 Olympus microscope or similar with a 4-color LED illumination source and a monochrome widefield camera
  • Ultracompact Abberior QUAD scanner with 4 galvo mirrors (with 4 degrees of freedom position and angle independently addressable) and a speed up to 2 kHz line frequency
  • Abberior Patchpanel: electronic connectors (AO, AI, DIOs) for attaching custom external devices (e.g. laser sources etc.)
  • Two pulsed excitation lasers
  • Suitable for superresolution imaging with fluorescent proteins, e.g. GFP, YFP as well as imaging with organic dyes

Product Details

The 595 STED module enables STED nanoscopy at unprecedented resolutions with dyes or fluorescent proteins in the green spectrum.
1.Pulsed STED laser @ 595nm featuring two super-resolution STED channels
2.Resolution up to 25 nm; typical resolution < 40 nm
3.Two pulsed excitation laser sources @488nm and @518 nm, others on request

There are few more module avaialble. They are as follows:
1. Easy3D-Module : new easy3D STED module which uses a completely novel approach to 3D STED microscopy. At its core, a programmable spatial light modulator (SLM) is used to create the phase patterns required for 2D and 3D STED microscopy. At the same time, it can also be used to correct for optical aberrations.
2. We offer a comprehensive FLIM package with the following key features:
STED FLIM imaging in combination with our pulsed STED lasers
Online display of STED FLIM images during the measurement
Online lifetime calculation and/or dye separation based on lifetime data
Simultaneous FLIM acquisition in up to 4 spectral channels (based on Becker & Hickl SPCM hardware)
Full software integration into Imspector including evaluation functionality (also live evaluation of data)
3. RESCue (REduction of State transition Cycles) STED is an improved, photon-efficient STED imaging mode that significantly reduces the light dose sent onto your sample without compromising the resolution – STED imaging conditions designed for live-cell STED imaging!
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