In
the fields of cell biology, biophysics, and materials science, important
events occur on the microscale both in space and time.
The SPEX® FluoroMap features high sensitivity, confocal
microscopy with spatial resolution down to 1 mm,
wide spectral response from the UV to near-IR, and time resolution
down to the picosecond range, all in one modular instrument. The
FluoroMap is a flexible, automated system for mapping fluorescence
lifetime and emission, with the experience of HORIBA Jobin Yvon behind
it.
Now, you can study fluorescence dynamics, which are independent of fluorophore concentration, and gain more information about molecular motion, sizes, local environment, interaction, and binding, with the ability to discriminate microscopic locations in your sample. With the power of confocal microscopy, you can get sharp images and determine localized interactions in cells and dynamics of cellular structures. Steady-state spectra of microscopic areas on your sample are a snap, too!
Features
- Wide band steady-state spectra
- Lifetime spectra down to 10 ps
- Multiple scan types
- Epi-fluorescence microscope
- x-y positional resolution to 1 mm
- CCD array for rapid acquisition, photomultiplier tube for high sensitivity
- Modularity
- Confocal mapping
- 450-W CW xenon lamp
- Optional near-IR detector
- Optional phosphorescence measurements
- High sensitivity across the full visible spectrum
- Built-in laser port
- The reliability and know-how of HORIBA Jobin Yvon
- Automated with time tested software
Specifications
Spatial Resolution |
1 mm in x-y plane; 2 mm in z-direction |
Wavelength Sensitivity |
240-1000 nm (to 1700 nm with optional near-IR detector) |
Time Resolution |
10 ps - 10 ms (to >> 10 ms with optional phosphorimeter) |
Illumination |
450W CW Xenon lamp, plus built-in laser port |
Detectors |
Photomultiplier tube and CCD array |
