Catalogue Monochromator
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CAIRN RESEARCH - 4802, 300182, 42220, 81334, 2819, 2327, 208418
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Optoscan Monochromator for Fluorescence Imaging
Key Benefits
Sub-millisecond control of centre-wavelength with microsecond precision.
Dynamic bandpass control allows spectral and intensity optimisation at each wavelength
High throughput F/2 corrected optics
External iris diaphragm for manual intensity control.
Built-in fast electronic shuttering on all versions.
Unlike competing products it can be used with Hg as well as Xe lamps to take advantage of spectral peaks
Light guide couplings to all popular microscopes manufacturer
Custom coated optics for maximum efficiency
System Options Monochromator
Micrometer, or electronically controlled input slit
Micrometer, or electronically controlled exit slit (10msec shuttering included on micrometer version)
Standard broad spectral range diffraction grating for maximum throughput, or low inertia version for reduced switching times (but lower optical throughput)
Alternative diffraction gratings blazed for different wavelengths (as required)
Controller Options
Microprocessor control - for photometry and general purpose illumination the Optoscan can be controlled from a front panel keypad and display (or via a PC serial port using the emulator program provided). This control unit
allows a full range of built-in stepwise and scanning
illumination options, and also provides the timing signals
necessary to drive Cairn photometry modules (if
appropriate). Microprocessor control is recommended for
combined photometry and imaging applications. Some software packages can pre-program the Optoscan system
using an RS232 link and then use a parallel port for real-time
control. This effectively operates the Optoscan as an eight-position filter changer, with precise control over the centre
wavelength and bandwidth of each filter position. A big
advantage of the microprocessor controller is that the
Optoscan can be run independently of the software. Direct control - the Optoscan can also be controlled
directly using analogue signals. To facilitate this we offer a complete package including a DAC card, power supply, cables, software drivers and dll library. This package works seamlessly with most commercial imaging packages to provide completely flexible illumination control in both
acquisition and scan modes.
USB 2.0 control - the most powerful and cheapest
way to control the Optoscan is via our embedded USB controller. This recently added interface is the default for new systems and drivers for most software applications are
currently being updated to support this option.
Light Source
The Optosource has been designed specifically for the Optoscan monochromator, and has recently been revamped to allow the same lamphouse and power supply to drive a
full range of Xe, Hg and Hg/Xe lamps from 75W to 150W.
Couplings to all popular fluorescence microscopes are
available from stock.
Specification
Optical configuration
Enhanced Czerny-Turm configuration with fast F/2 light collection, and off-axis parabolic mirrors to minimise aberrations
1200 lira ruled gating blazedfor broad UV / visible range, 1800 and 2000 line holographic gatingsfor demanding applications
Diffraction grating
Wavelength resolution
Bandwidth resolution
Wavelength switching
Bandpass switching
Digital shuttering (TTL)
Dimensions (W x H x D in mm)
300 - 800nm specified with 0.5nm resolution @ ±1.5 nm accuracy
0 - 30nm specified with 01nm resolution @ ±0.2 nm accuracy
200nm transitions in <1.5ms, 50nm transitions in < 1ms
Typical transition times of <1.5 ms for both input and exit slits
Typically <2 ms, depending on bandpass
Optoscan monochromtor box 230 x 180 x 180 System electronics units vary in size
Cairn Research Ltd sales@carn-researcri.co.uk
calrn-research.co.uk tecii@cairi>fesearch.co.uk
+44(0)1795590140
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