The Mic-LED head comprises a High Power single chip LED and built-in adjustable AR coated aspheric lens collimator to provide collimated LED beam suitable for direct connection to epi-fluorescence port of microscope. The XY adjust screws enable precise alignment of the LED system to microscope light path. The LED has excellent thermal coupling to the body of Mic-LED or heat sink providing excellent thermal management. Each Mic-LED is shipped with specific test report providing information on total beam power and emission spectrum.

BLCC-04 current controller is available at 500 - 2000mA settings according to requirements of Mic-LED head. The BLCC-04 current controller features isolated TTL and Analog inputs for fast switching and D/A control of LED output power

Modular design enables easy connection of multiple collimated LED heads to beam combiners, filter wheel, beam switcher and numerous other components to create multi-wavelength collimated, light-guide coupled or fiber coupled LED light source.

The multi wavelength system can mix all Prizmatix collimated LEDs:

Mic-LED and Ultra-High-Power (including UHP-T-LEDs) UHPLEDs.

Please use Prizmatix LED Spectra Viewer to simulate such multi-wavelength system. LED Spectra Viewer shows full spectrum of LED light sources, fluorophores as well as excitation / emission filters and dichroic mirrors. The input graph shows LED light sources with filters and dichroic mirrors while the output graph shows the resulting illumination overplayed on the spectra of the selected fluorescence dyes.

New: LED Spectra Viewers
for Design of Multiwavelength
Fluorescence Light Sources

Microscope LED Series

Mic-LED with BLCC-04 User Manual

Key Features:

• High Power LED at numerous wavelengths
• 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)

Prizmatix LEDs modular versatility