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UVM-1 Bio™ UV-Visible-NIR Microscope
CRAIC Technologies UVM-1 UV microscope for UV microscopy
The UVM-1 Bio™ UV-visible-NIR microscope is designed for biological analysis.  With a spectral range that covers the ultraviolet, visible and NIR regions, the UVM-1 Bio™ microscope is commonly used to image biological samples that are normal transparent.  It embodies advanced optics for cutting edge UV, visible and NIR range imaging and visualization of biological samples.  Samples can be imaged from the deep UV all the way into the far near infrared.  The system is very easy to use and very durable.

The UVM-1 Bio™ UV microscope can image in transmission and fluorescence from the UV, visible, and NIR regions with high spatial resolution...all with the same microscope and without swapping components. UV-visible-NIR reflectance is an optional imaging package.

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The UVM-1 Bio™ UV Microscope can image from the deep ultraviolet to near infrared with one seamless operation. It can acquire images in absorbance and fluorescence. It can be fitted with both the DirecVu™ to view samples by eye as well as with the high resolution digital imaging system.
Applications Key Advantages
  • Cellular structure analysis
  • Protein Crystals
  • Surface Plasmon Resonance
  • Plankton microspectroscopy
  • Tissue analysis
  • in vivo microspectroscopy
  • in vitro microspectroscopy
  • Kinetics spectroscopy
  • Combinatorial Chemistry
  • Drug Development
  • Deep UV microscopy
  • Visible range microscopy
  • NIR microscopy...all with the same instrument !
  • Ultraviolet-visible-NIR imaging in one shot. And without changing optics!
  • Transmission, reflectance, fluorescence, and polarization imaging of microscopic samples...all with the same instrument
  • True high resolution digital imaging and direct visualization through eyepieces
  • Easy to use and maintain
Options  
  • Hardware including automation and specialized analysis packages
  • Software including specialized image processing
UVM-1 UV Microscope Imaging of Plant Tissue UVM-1 UV Microscope Imaging of fluorescent tagged beads for combinatorial chemistry
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