Menu
Your Cart

Fixed Wavelength Benchtop Fibre-coupled LED Light Sources

Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Contact Us
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
Fixed Wavelength Benchtop Fibre-coupled LED Light Sources
  • Stock: Contact us for details
  • Click here to: Contact us
  • Model: Prizmatix Fibre-coupled LEDs
£0.00

Fixed Wavelength Benchtop Fibre Coupled LED Light Sources from 365 to 940 nm   

Prizmatix Fibre Coupled LED Light Sources   

  • Alternative for laser or lamp illumination systems
  • Ideal for spectroscopy and other spectrographic applications
  • Suitable for machine vision and light curing systems
  • Various fibre options available, plus collimator and focuser accessories

λ (nm)

405    
450    
520    
595    
630    
650    

Ultra High Power Fibre Coupled: The UHP-FC Series

Fibre-coupled ultra high power LED light sources are triggered by an external TTL input and are specially designed to provide strong blue, green, yellow or red light.

Six colours are offered, with better than millisecond-scale temporal precision and powers of more than 320 mW/mm² at some wavelengths,

Variants

Prizmatix can also provide dual UHP-FC light sources that feature either two separate LED channels - two output fibres - with independent power and switching control (shown left), or two LEDs of different colours alternating through a single output fibre.

High Power Fibre Coupled: The Silver-LED Series

365 nm      

The fibre-coupled high-power Silver-LED light source modules are effective replacements for lasers and lamps. Many applications, such as spectroscopy, illumination and curing, benefit from the advantages these low cost, long life modules offer.

With more than three dozen different wavelengths available (see left) including white and custom colours, the compact units provide superb high power CW or pulsed power at the fibre output.

The spectral power distribution of each LED is detailed by Prizmatix via their Spectra Viewer web page - see below

The LED current controller provides low noise operation in continuous wave mode, accepts a zero to 5 Vdc input that can modulate the LED's output power, and has a TTL input to enable external triggering.

Silver-LED is therefore ideal for use with various fibre optic spectrometers in continuous, strobe, or external triggering, measurement mode.

Key Features

  • High-power: > 30 mW at most λ with 1500 µm core POF fibres
  • Reciprocal SMA fibre connection
  • Precisely adjustable power
  • Low optical noise < 0.05% RMS
  • Various fibre options, collimators and focusers available
  • TTL external modulation input (up to 50 kHz)
  • Analogue input (0-5 V) for power control
  • TTL and analogue input are optically isolated
  • Long life (no lamp replacement required)

Note: The Silver-LED power output is limited by reciprocal fibre characteristics. Please contact us for the power data of specific wavelengths and fibres.

375 nm   
385 nm   
390 nm   
395 nm   
400 nm   
405 nm   
410 nm   
415 nm   
420 nm   
425 nm   
430 nm   
435 nm   
440 nm   
445 nm   
455 nm   
460 nm   
470 nm   
475 nm   
480 nm   
500 nm   
515 nm   
520 nm   
530 nm   
535 nm   
550 nm   
595 nm   
630 nm     
640 nm     
670 nm     
740 nm     
760 nm     
810 nm     
830 nm     
940 nm     
White 

 

High Power Fibre Coupled Multi-wavelength: The FC Series

The fibre-coupled high-power LED multi-wavelength light source modules are effective replacements for lasers and lamps in many applications. These systems provide high-power continuous wave (CW) or pulsed power at the individual fibre outputs of selectable LED plug-in modules. Each system can contain 2 or more light sources chosen from a range that includes more than 30 colours plus white.

Spectra Viewer

Prizmatix conveniently offer a Spectra Viewer on their website that plots - as shown above right - the spectral power distribution (SPD) of their various LED modules. Up to 8 sources can be selected at once.

The FC-2, FC-3, FC-5 and FC-10 LED systems are ideal for use with various fibre-optic spectrometers in continuous, strobe, or external triggering measurement modes.

Key features

  • Various fibre options available, plus collimator and focuser accessories
  • High-power (> 20 mW at most λ with 1500 µm core POF fibres)
  • Reciprocal SMA fibre connection
  • Precisely adjustable power for each LED
  • Speckle free
  • Long life (no lamp replacement required)
  • TTL external modulation input for each wavelength
  • Optional analogue modulation
  • Optional USB port
  • Compact
  • More than 30 wavelengths plus white


Fibre-optic Collimator
Collimators are required to generate a parallel beam of light out of the naturally diverging light emission from an optical fibre. Prizmatix collimator is designed to collimate High NA fibres (up to 0.53), such as Hard Polymer Clad fibres and Polymer Optical Fibres (POFs).
 

Need eye protection?


Prizmatix website

File NameSizeLink
Prizmatix Collimator Datasheet378.89 kbDownload
Prizmatix FC-LED Datasheet306.67 kbDownload
Prizmatix Silver-LED300.55 kbDownload
Showing 1 to 3 of 3 (1 Pages)

Research papers
Hundreds of papers have been published by scientists around the globe who have used Prizmatix equipment within their research. They are listed here on the Prizmatix website.

The LED current controller delivers precise power control of each channel, and TTL inputs enable external triggering of each LED separately.