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Products > Life Science / Medical > Fluorescence Imaging > Cameras > ImagEM > ImagEM


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新製品

ImagEM (EM-CCD Camera)


C9100-13, -14


ImagEM (EM-CCD Camera)

The ImagEM camera is a newly developed back-thinned electron multiplier CCD camera. This new generation camera incorporates the latest Hamamatsu engineering and technology to provide a high speed readout rate of 32 frames per second at full spatial resolution and 16 bit digitization. Features include maximum QE over 90 % and cooling performance down to .90 deg.C to minimize noises. The ImagEM includes two selectable readout modes for applications such as real time imaging of low light fluorescence and ultra low light luminescence detection.
A high resolution version of the ImagEM, the C9100-14, has been added to the product line-uo.


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FEATURES
1)  Choice  of  CCD  formats  to  suit  your  application
・  ImagEM  Enhanced  (C9100-13)
  -  High  frame  rate  format  with  512  x  512  pixels
  -  16um  pixels  suited  for  high  dynamic  range  imaging
・  ImagEM-1K  (C9100-14)
  -  High  resolution  format  with  1024  x  1024  pixels
  -  13um  pixels  suited  for  high  N.A.  imaging
2)  High  Sensitivity
・  High  quantum  efficiency  of  over  90  %
・  High  EM  gain  of  maximum  1200x 
3)  Low  Noise 
・  Minimal  dark  noise  is  another  benefit  of  stable  cooling  performance
・  Optimized  CCD  drive  methods  significantly  reduce  the  clock  induced  charge  (CIC)
4)  Great  Stability
・  Highly  stabilized  EM  gain  by  cooling  temperature  control
・  Stability  of  mean  bias  value  (Digitizer  Offset)
・  EM  gain  protection
・  EM  gain  readjustment
・  Direct  EM  gain  control
5)  Various  Imaging  Features
・  Dual  readout  mode
・  Photon  imaging  mode
・  Real  time  image  processing  features
・  Various  trigger  features
APPLICATIONS
・  Fast  frame  rates  and  short  exposures  of  living  cells  with  low  excitation  fluorescence
・  Protein-protein  interaction
・  Calcium  waves  in  cell  networks  and  intracellular  ion  flux
・  Real  time  spinning  disk  confocal  microscopy
・  Single  molecule  imaging  with  TIRF  microscopy
・  Fluorescence  in-vivo  blood  cell  microscopy
・  Gene  expression  imaging  using  luminescence







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