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Prizmatix High Power Microscope LED Light Source with Fiber Coupler Adaptor

  • Mic-LED
  • BLCC-04 Back Panel
  • Fiber Coupling Adaptor
Price
$2,071.00
P/N:
Mic-LED with BLCC-04 Controller and FCA
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The Prizmatix High Power Microscope-LED Light Source is an affordable solution for fiber coupled applications. It is available in a full range of wavelength, and includes a controller and a Fiber Coupler AdaptorThe Fiber coupler can be removed at any time, for use as a collimated light source.

The BLCC-04 controller’s advanced electronics include a low noise (<0.03% RMS) LED driver, fast TTL (50kHz) switching, a precision ten turn dial and opto-isolated TTL and analog inputs for power control. The optional USB interface enables computer control via popular software such as uManager, Metamorph and Labview. API is available from Prizmatix.

For more demanding applications, check out the Prizmatix UHP-T-EP LED for up to 10x more power.

All of Prizmatix Microscope LEDs are compatible with the Prizmatix modular Optibock system and can be expanded into a Multi-LED system at any time.

Technical information: Prizmatix Product Page

                                           Power Output Table

Download Spec Sheet: pdf-small.gifMicroscope-led-Series PDF

Components

The following components are included in this System. Components may also be purchased individually.

Key Features

  • Numerous wavelengths available
  • Long life, no lamp replacement required
  • Adaptors to epi-fluorescent ports of Olympus, Nikon, Zeiss and Leica. Also compatible with standard SM1 (1.035"-40) thread
  • No excessive heat, no speckles, no vibrating or moving parts
  • Expandable system – user can add excitation wavelengths to create multi-wavelength system
  • Precisely adjustable power by 10 turns potentiometer or Analog Input (0-5Vdc)
  • Low optical noise (<0.03% rms)
  • Fast triggering via TTL input (Rise / Fall time <5 μs)
  • Opto-Isolated TTL and Analog Inputs to eliminate ground-loop
  • USB control (optional)

Applications

  • Fluorescence spectroscopy and Imaging
  • Photolysis of caged compounds
  • FRET 
  • FRAP (fluorescence recovery after photobleaching)

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