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www.BlueBoxOptics.com V2.4
niji
2
Introduction
Bluebox Optics are proud to present the niji light engine, a modular system providing
up to seven spectrally discrete light outputs. All outputs are controlled via our software,
designed and developed for maximum efficiency and ease of use. The unit can also
be controlled via 3
rd
party interface using the command protocols provided. The
supplied software controls light source selection, on/off switching, TTL configuration
and output intensity. The output level can be set with a sliding graphic controlled by
mouse, keyboard, touch screen (when using a windows tablet PC) or any
combination of the above. Preset values can be saved and loaded at any time to
ensure a smooth and accurate setup.
With all modules in position, the niji comprises seven discrete solid state light sources
whose outputs are defined by user-exchangeable filters. All modules are optimised
during the manufacturing process to ensure the highest quality and precision. Light
output can be coupled into a liquid light guide (LLG).
The niji system also comprises a TTL port whereby a TTL signal can trigger light output
switching on/off.
The niji multi-wavelength light engine is Mercury free and has been designed for use
in a laboratory environment. The intended user will have basic lab experience and an
understanding of good working practice as a minimum. The equipment’s primary
function is to provide a defined set of wavelengths for fluorescence microscopy and
for contrast illumination. Each channel of the niji is discrete and can be controlled
independently.
2.1
Preventative Inspection
Visually inspect the equipment before each use, paying attention to the cables and
connectors. In the event of any cable damage, please notify the equipment supplier
and do not use the equipment.
Although the niji does not need regular servicing, care should be taken to ensure the
air filters are clean and dust free. These can be replaced if required, please contact
your distributor or Bluebox Optics.
2.2
Minimum Computer Requirements
Windows PC or Tablet with 1 x USB 2.0 Port
USB cable (A-B) or RS232 cable
MCP2221 Windows Driver – supplied with equipment
