Bluebox Optics Fibre Coupled LED Module
BBO Fibre Coupled LED Module
With a wide range of individual wavelengths as well as broadband white light options, Bluebox Optics Ltd. introduce our fibre coupled LED modules.
Our custom designed internal optics, greatly reduce the unwanted high intensity ring, seen at the output of optical fibres where direct LED – fibre coupling is used. Integrated thermal management with passive cooling keeps the LED within the specified operating range and provides a stable operation.
The SMA 905 output connector allows for connection to any optical fibre terminated with a SMA 905 connector following the EN61754-22:2005 standard.
Module information and operating characteristics are stored onboard and are accessible externally via the provided cable.
Features of the BBO – Fibre Coupled LED Module
- Fibre Optic LED Module
- Range of Single Wavelengths Available 375 nm to 850 nm
- White Light Colour Temperatures 4000 K to 6500 K
- Single or Dual Wavelength Outputs
- Rugged Design, Compact Size
- High Output Uniformity – Internal Optics Reduce High Intensity Ring at Fibre Output
- Compatible with Any Optical Fibre with SMA 905 Connectors, following EN61754-22:2005 Standard.
- (Larger Core Diameters and Numerical Aperture, NA of the Fibre Will Provide a Greater Output)
- Heat Dissipation for Stable Operation
- Onboard Identification EEPROM Stores Module Information and Operating Characteristics
- 4 pin connection to LED and EEPROM
- Custom Variations Available (Please Contact Us)
Direct LED Fibre Coupling Method
BBO LED FIbre Coupling Method
BBO Coupling Method - Typical Measured Output
(Imaged exit of Ø600μm Fibre)
Fiber-coupled LED modules indeed find applications across various domains in photonics, including biophotonics/life science, microscopy, and laboratory testing and spectroscopy. Examples of where the BBO Fiber-coupled LED modules could be used are as follows:
1. Biophotonics / Life Science:
– Phototherapy: In treatments like photodynamic therapy, fiber-coupled LEDs are used to deliver specific wavelengths of light to activate photosensitive drugs within the body.
– Biosensors: LEDs are used in biosensors for detecting and analyzing biological materials. Fiber coupling allows for precise light delivery and collection, enhancing the sensitivity of these devices.
2. Microscopy – Fluorescence (using Fluorophores) and General Illumination:
– Fluorescence Microscopy: Fiber-coupled LEDs provide a stable and controllable light source, which is critical for fluorescence microscopy. They offer specific wavelengths needed to excite various fluorophores used in biological and chemical imaging.
– General Illumination: In microscopy, uniform and directed illumination is crucial. Fiber-coupled LEDs can be used to deliver light precisely where it is needed, enhancing image quality and reducing interference.
3. Laboratory Testing and Spectroscopy:
– Spectroscopy: Fiber-coupled LEDs are advantageous in spectroscopy for their ability to deliver light at specific wavelengths. This is crucial for techniques like absorption, fluorescence, or Raman spectroscopy.
– Analytical Instruments: In instruments used for chemical analysis, fiber-coupled LEDs provide a stable, controllable light source that can be tuned to specific wavelengths, improving the accuracy and reliability of measurements.
In each of these applications, the key advantages of fiber-coupled LED modules are their ability to deliver light precisely where it is needed, the flexibility in terms of wavelength selection, and the stability and control they offer over the light intensity. These attributes make them versatile and valuable across a range of scientific and medical applications.
It can also be used for Optogenetics, Photocatalysis and Metrology
Our channel partners
UK & Ireland
Laser 2000 (UK) Ltd
Laser 2000 (UK) Ltd
Unit 9
Avro Court
Ermine Business Park
Huntingdon
Cambridgeshire
PE29 6XS
Phone: +44 (0) 1933 461 666
Email: sales@laser2000.co.uk
Web: www.laser2000.co.uk
Germany
Laser 2000 GmbH
Argelsrieder Feld 14
82234 Wessling
Deutschland
Phone: +49 8153 405-0
Fax: +49 8153 405-33
info@laser2000.de
www.laser2000.de
Spain & Portugal
Iberoptics S.L.U.
Gamonal n° 16
Oficina 3-R
28031 Madrid
Espana
Phone: +34 91 3854 395
Email: info@iberoptics.com
Web: www.iberoptics.com
Japan
Opto-Line, Inc
1-24-1, Higashi-Ikebukuro
Toshima-ku
Tokyo 170-0013
Japan
Phone: +81-3-3981-4421
Email: opl@opto-line.co.jp
Web: www.opto-line.co.jp
France
PHOT’INNOV
Bâtiment C – Clément Ader
1 Avenue Neil Armstrong
33700 MERIGNAC
France
Phone: +33 5 33 49 32 47
Email: contact@photinnov.fr
Web: https://www.photinnov.com/
Rep. of Korea
Samwoo Scientific Co.
F1015 Misa Centum Biz, 45, Jojeong-daero, Hanam-si, Gyeonggi-do 12918, Rep. of Korea
Phone: +82-31-5175-3360
Email: samwoosc@samwoosc.co.kr
North America & Canada
AVR Optics
187 N. Water Street
Rochester
NY 14604
USA
Phone: 585.445.7588
Email: info@avr-optics.com
Web: https://www.avr-optics.com/
Taiwan
Forter Technology Corp.
No.758
Zhongming South Road
South District
Taichung City
Phone: +886-4-22607729
Fax: +886-4-22607731
Email: sales@forter.com.tw
Israel
Line-A Technologies
271 Givat Haim
Ihud
3893500
Israel
Phone: +972 (0)54 613 1 613
Email: sales@line-a.co.il
Web: www.line-a.co.il
China / South East Asia
SANE ASIA Pte Ltd
55 Geylang Lor 4
Singapore 399295
Tel: +65 96539690
WeChat: chris_chaoz
Email: Zheng.Chao@SaneAsia.com
Web: www.saneasia.com
Let’s Work Together
If you are not sure where to get the niji from, or you are a distributor who is interested in adding the niji or our Bluebox Optics Fibre Coupled LED Module to your portfolio, let us hear from you. Just send us an email or give us a call.
Send an email to contact@blueboxoptics.com
Or give us a ring +44 (0) 1443 814800