Let us introduce you a major
upgrade on the MatchBox series of ultra-compact CW laser sources for
spectroscopy, sorting and illumination. The MatchBox2 series features improved
ruggedness, extended operational temperature range, new serial UART interface,
laser control software and even smaller footprint.
OEM-dedicated laser sources meet
demanding requirements of Raman spectroscopy, holography and modern microscopy.
The company has successfully implemented majority of improvements, which were
received as a feedback from users of the MatchBox1. Now the lasers are not only
smaller (30x50x18 mm), but also have features, which are typical for benchtop
class lasers. One of such features is communication with multiple lasers using
single serial bus and unique laser ID's – this allows integrators and
scientists building laser systems having multiple laser sources and just single
control interface.
More than 200
different lasers
The series offers more than 25
different wavelengths often with both, SLM (Single-longitudinal mode) or
non-SLM spectral options. Furthermore, four options of output types are
available: free-space, MM, SM and PM fiber. All types of lasers are offered in
the same matchbox-size enclosure, unified +5V DC power input and serial control
interface. All lasers with just minor exceptions feature more than 500:1
polarization contrast or >20 dB polarization extinction ratio from a
polarization-maintaining fiber. SLM lasers typically feature around 50 dB
side-mode suppression ratio (SMSR) with superior center wavelength stability of
just few picometers over temperature range from 15 to 35 °C.
The lasers of the MatchBox2
series are self-contained, however a number of accessories are offered to make
test and installation more convenient, especially in scientific setups. Variety
of heatsinks and protective means are offered from the stock right now.
Compatible optical isolators and beam shaping optics are planned to be released
soon.
Just another
opto-electronics component
According to the vision of
‘Integrated Optics’, CW lasers should become just another electronics component
in complex laser systems – easy to install, trouble-free and low cost. Even for
Raman spectroscopy!
‘Integrated Optics’ applies
proprietary micro assembly technique in order to reduce the cost of lasers and
make production more repeatable. Semiautomatic assembly works well in
combination with LEAN Manufacturing principles. One-piece-flow principle helps
offering wide range of products both in small and large volumes, by eliminating
quality issues in the early stage and reducing lead time.
Available from
stock
The most popular laser modules
are available from stock or with a short 3-4 weeks lead time. The end user
prices are disclosed on the website and the products are available through a
worldwide distributor network.