Optosci Ltd is a leading producer of innovative optoelectronic systems for the international education, research, industrial and environmental markets including Photonics educational packages for university teaching laboratories, optoelectronic instruments and modules for R&D and test labs, and optical gas sensing systems for industrial monitoring & leak detection.

Featured Products

ED-COM: Fibre Optic Communications

ED-COM covers the experimental characterisation of all the major components of a fibre optic communications link (i.e. LED and laser diode transmitter, the optical fibre and the receiver).

ED-NET: Optical Network Analysis & OTDR

ED-NET investigates the operation and characteristics of one of the key instruments used by optical communications engineers, the Optical Time Domain Reflectometer (OTDR).

ED-AMP: Erbium Doped Fibre Amplifiers

ED-AMP allows full characterisation of the gain and noise performance of one of the key components in long distance optical fibre communication systems, the erbium doped fibre amplifier.

WDM Systems and Bragg Gratings:

ED-WDM Series is a modular range of four kits investigating, analysing and characterising Wavelength Division Multiplex (WDM) components, Dense WDM (DWDM) Systems, 1310/1550nm WDM Systems and Bragg Gratings.

ED-LASE: Principles of Lasers.

The ED-LASE kit allows detailed investigation of laser performance, output characteristics and dynamic response using a series of fibre ring lasers formed using an erbium doped fibre laser gain medium with feedback provided by various fused fibre couplers.

Comprehensive fully self-contained laboratory based educational kits for universities, colleges, education & training centres. Our teaching products cover the following areas: geometrical & physical optics, optical waveguiding, fiber optics, optical fibre components, fibre optic communications, BER, WDM systems, Bragg gratings, fibre amplifiers, lasers, OTDR, optical networks, fiber sensors, biophotonics, nanophotonics, etc.

OptoSniff® uses innovative laser and fibre technology for rugged, multipoint CH4 leak detection & monitoring in service tunnels, utility ducts, mines, LNG supply & storage, unconventional gas operations, etc
- Include all required optoelectronic hardware.
- Contain extensive teaching support package.
- Designed in collaboration with university academics.
- Cover core principles, key technologies & applications.
- Competitively priced with worldwide reference sites.