Optics & Fibre-optics

CODIXX is dedicated to the development, the production, and the marketing of dichroic glass polarisers. Based on a unique technology for the production and treatment of nanoparticles in glass, CODIXX manufactures the colorPol® range of high-quality polarisers for the ultraviolet, the visible and the infrared spectral range. Such is the extraordinary flexibility of the colorPol®-technology, customised polarisers meeting demands for all spectral ranges, contrast conditions and designs are possible.

Demand the gold standard in quality and performance! Don’t settle for an inferior non-descript imitation of the original flexure

Back in 1973, Martock Design Ltd (a subsidiary of Elliot Scientific) began developing and manufacturing a range of high precision instruments and equipment to meet the demands of the research and then telecom communities. Today, the latest generation of ELLIOT|MARTOCK XYZ flexure stages continues to be the standard for the research community and for customers who demand the very best in stability, resolution, flexibility and overall performance.

To complement the worldwide success of the ELLIOT|MARTOCK “Gold” flexure stages, a range of micropositioning stages and accessories has been designed to expand the range of solutions which ELLIOT|MARTOCK can provide, from OEM micro-stages and adjusters to complete fibre alignment tools and auto-alignment systems such as the successful DAli-3 fibre auto-alignment system.

EXFO offer a broad range of test equipment for fibre-optic systems. These include standalone handheld and benchtop instruments, optical sampling oscilloscopes, tuneable laser sources, and modular intelligent test systems with power, PDL and return-loss meters, EDFA boosters, variable attenuators, and polarisation scrambler options.

Elliot Scientific offer a broad choice of CE approved protective spectacles and goggles from NoIR Laser for use with a variety lasers, or other intense light sources such as a high-power LEDs, that are found in research, manufacturing, medical and aesthetic clinics. In addition, we are able to protect pilots and law enforcement officers from the glare of laser pointers.

Gamma Scientific produce LED, display and light measurement test solutions for production and R&D environments. Fifty years of experience in optics, photonics and optoelectronics metrology ensures Gamma Scientific's laboratory grade spectroradiometers, spectrometers, integrating spheres, colourimeters and light sources are among the best in the world.

HOLOEYE Photonics focuses on the development of adaptive micro-optics and diffractive components for scientific and industrial applications. The company's range can be divided into three major groups: Diffractive Optical Elements [DOE], active Spatial Light Modulators [SLM], and microdisplays.

Lambda Research Optics provide a comprehensive range of high quality standard and laser optics. Their catalogue offers over 300 pages of standard optics for fast delivery, with products that include mirrors, beamsplitters, lenses, prisms, filters, windows and more for 193 nm to 20 µm.

OZ Optics is a leading supplier of fibre optic components, sensor systems, and laser modules operating between 375 and 1625 nm. OZ Optics products are used by a broad range of customers in the telecoms, cable TV, medical, aerospace & military, industrial and educational sectors.

Micro Laser Systems manufacture optical accessories and diode laser modules with an emphasis on optical packaging to provide diffraction limited, circular beams with low wavefront error and low divergence. Options allow for large collimated beams or sub-micron focused spots. Diode laser drivers and TEC controllers are also available, in both bench-top and OEM versions.

Elliot Scientific offer a select range of superior quality laser optics in standard sizes from stock for next-day delivery in the UK, and low-cost high-quality Schott glass, ND and dichroic filters on a short lead time to customers around the globe.

Iridian is a leader in optical filter solutions for many applications. The company invests heavily in research and development in order to remain at the forefront of optical filter technology. Proprietary thin film designs, deposition processes and other manufacturing technologies ensure Iridian deliver high-performance and durable optics.