LASER COMPONENTS (UK) Ltd.

Address:
Goldlay House, 114 Parkway
Chelmsford, Essex


CM2 7PR
United Kingdom

Phone: +44 1245 491 499

Fax: +44 1245 491 801

Web: www.lasercomponents.com


LASER COMPONENTS (UK) Ltd. articles

Displaying 1 - 14 of 14

Sensor board provides correct address code

Sensor board provides correct address code
Line arrays are complex components that require precise control. Laser Components' x-InGaAs arrays are based on previous standard models that have been modified to facilitate industrial applications. To ensure compatibility with commonly available electronics on the market, Laser Components Detector Group (LCDG) has developed the TEESS set, i.e. TEmpe Electronics & Software Set.
20th September 2017

Cable assemblies eliminate cladding mode threat

Cable assemblies eliminate cladding mode threat
For effective transmission of high-power laser light through optical fibres, LASER COMPONENTS has introduced ModeStrip assemblies. With this technology cladding modes no longer pose a threat as the connectors filter undesired modes out of the fibre. Light transmission in optical fibres is based on the principle of total reflection.
5th July 2017

Measurement platform links up to smartphone, tablet

Measurement platform links up to smartphone, tablet
A smart concept for fibre optic measurement technology for AFL’s ROGUE measurement platform has been introduced by Laser Components. Measurement modules that are inserted into the measurement platform can be configured and operated via a smartphone or tablet. The measurement results can be saved on the device itself or in the Cloud (aeRos).
25th April 2017


PbS/PbSe detectors have TO-39 or TO-8 housing

PbS/PbSe detectors have TO-39 or TO-8 housing
Two or four single lead-salt detector elements are assembled within a single TO-39 or TO-8 housing each with its own IR optical filter, supplied from either one of many LASER COMPONENTS’ standard optical filters or a custom designed optical filter. Free issue filters or windows can also be used. The popular detector element of choice measures 1mm x 1mm square. Single channel detectors usually employ 2mm x 2mm square elements.
23rd November 2016

DC/DC high voltage modules

DC/DC high voltage modules
For use with its range of avalanche photodiodes, LASER COMPONENTS is a supplier of DC/DC high voltage modules capable of providing up to 380V from a 5V input voltage. Three versions are available; the dBC-120-3x, providing output voltages in the range 1 -120V, the dBC-220-3x for 1-220V and, for larger APDs requiring higher voltages up to 380V, the dBC-380-5x. All three modules feature a compact housing (21 x 21 x 8.3mm), ideal for small-footprint designs.
19th October 2016

High power fibre coupled sources

High power fibre coupled sources
  LASER COMPONENTS is proud to supply solutions to your requirement for high power, fibre coupled laser sources. Finding application in laser pumping, materials processing and medical usage, these 808nm sources (other wavelengths are available) output from 2 to 8W of power through 105 to 400µm core fibres.
3rd October 2016

Avalanche photon detector modules offer peak powers of up to 220W

Avalanche photon detector modules offer peak powers of up to 220W
To complement LASER COMPONENTS' avalanche photon detector modules (the A-CUBE range), they have introduced the LS-series of pulsed laser diode modules. Available with peak wavelengths of 850, 905 and 1550nm and peak powers of up to 220W, these modules offer all the features needed to safely drive pulsed lasers of different powers.
1st August 2016

New developments in optical fibres for medical applications

New developments in optical fibres for medical applications
The variety of wavelengths and the high optical powers required create many of the demands in medical and industrial applications. Laser Components can provide a wide range of fibre types including sapphire for Er:YAG lasers and hollow core for infrared wavelengths, as well as a range of silica and plastic optical fibres.
4th January 2016

Microcontroller extends vision capabilities

Microcontroller extends vision capabilities
  Laser components has expanded its MVmicro machine vision line laser series to include a microcontroller which further extends its capabilities.
9th December 2015

In-house production capabilities extended

In-house production capabilities extended
Single-mode cables and polarisation maintaining fibres have now been included in the in-house production facility of LASER COMPONENTS. The standard cables are equipped with FC/PC or FC/APC connectors and can be produced for the standard telecom wavelength at 1,550nm to a wavelength of 450nm. Other connector types are available upon request.
20th November 2015

Conversion cards for infrared radiation

Conversion cards for infrared radiation
Two new converter cards for infrared radiation have been added the range of conversion screens available from Laser Components. The LDT-008TL can be used to convert laser radiation from 800 to 1,600nm into red visible light (except for the incident range of 950 to 980nm for which it emits in green). 
18th November 2015

Voltage mode vs current mode

Voltage mode vs current mode
Both voltage mode and current mode pyroelectric detectors are manufactured by LASER COMPONENTS. Voltage mode detectors are simple JFET source follower based devices converting a high impedance input to a low impedance output. Voltage mode operation does have the advantage of being capable of giving the highest D* (at 10Hz) with a relatively simple circuit with very flexible amplification. Voltage mode devices are not without their failures; producing relatively low signal and a strongly temperature dependent offset.
8th June 2015

Superluminescence diodes feature output power of 10mW

Superluminescence diodes feature output power of 10mW
A superluminescence diode (SLED) is equivalent to a laser diode without a resonator, offering the brightness of a laser diode with the low coherence of LEDs via amplified spontaneous emission. Similar to edge-emitting laser diodes, SLEDs have a p-n junction and are operated under forward bias.
13th April 2015

High-performance pyroelectric detectors with DLaTGS

High-performance pyroelectric detectors with DLaTGS
The basic material of pyroelectric detectors with the highest performance level is DLaTGS (Deuterated and L-alanine-doped TriGlycine Sulfate). The D* of DLaTGS is typically 2.5 times higher than in LiTaO3 detectors. DLaTGS detectors have a high detectivity, even at high frequencies, and a wide spectral sensitivity range from UV to THz wavelengths that is only limited by the detector window used.
22nd October 2014


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