Frequency domain (FD) Fluorescence Lifetime Imaging Microscopy (FLIM) camera system

Key Features:

• Fast-modulatable TE-Cooled Camera with 2-Tap readout
• Spectral range: 370 nm – 780 nm.
• 1008 x 1008 x 5.6 µm pixels at up to 45 two-tap readout double-images per second
• Capable of measuring fluorescence lifetimes from 1 ns – 100 µs
• Onboard frequency synthesis from 5kHz-40MHz
• Image sensor thermoelectrically cooled down to -5°C (air) / -20 °C (water); Deeper cooling permits a usable exposure time up to 4sec
• Maximum frame rate of 45 two-tap-readout double images per second at full resolution
• Compatible laser light sources (with single-mode fiber or Liquid Light Guides) are offered as accessories
  • Wavelengths: 375nm, 405nm, 445nm, 473nm, 488nm, 515nm, 638nm (call for other wavelengths)
• Inscoper software supports camera control, FLIM visualization and (optionally) control of automated microscope
• Can be used on most commercial microscopes that are setup for epi-fluorescence, requiring only the addition of camera and laser(s)
• Also offered as a turnkey system, including camera, lasers and modular automated microscope

Suggested Applications:

• FD-FLIM
• Lightsheet Fluorescence Microscopy with Fluorescence Lifetime Imaging
• High-resolution fluorescence lifetime imaging in widefield microscopy
• Instant FRET measurements by using the donor fluorescence lifetime
• 2D measurements with optical chemical sensors
• Digital staining by using the endogenous fluorescence lifetime
• Semiconductor quality control
• Whole Slide Scanning
• Confocal Spinning Disk Microscopy
• Solar cell research and quality control (perovskite)
• Environmental micro plastic detection
• Improved classification of used wood
• Use of optical chemical sensors in micro-fluidics