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Multicolour LED sources for microscopic fluorescence excitation

Reference: BBO-NIJI

Single multiband wave excitation is a revolutionary length innovation in mercury-free microscopy that takes advantage of recent advances in lighting technology. With a much lower environmental impact, this cost-effective modular LED source with single or multi-band wavelength illumination is groundbreaking.



0,00 € tax excl.




Marco Weisser
Technical Sales & Development Engineer
+49 8153 405-52
m.weisser@laser2000.de
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Simon Kempf
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+49 8153 405-18
s.kempf@laser2000.de
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Product description

Single Multiband Wavelength Excitation for a Mercury Free Microscope

The niji is a revolutionary innovation in mercury-free microscopy, taking advantage of recent advances in lighting technology. With a much smaller environmental impact, this low cost modular LED source with single or multiband wavelength illumination is leading the way. We care about the environment and are trying to help users who care too. The niji can help you to remove dangerous toxins and has far less power consumption than damaging mercury lamps, helping to do your bit toward the environmental impact of research. We’ve tried to use the latest technology to reduce the impact of production but also used old technology and made our packaging recyclable or degradable where possible. You may also be able to benefit from a sustainability grant from your institution to help you switch to new “green tech”.

But, why should I choose a niji?

  • Individually addressable, individually filtered LED channels

  • Fully compatible with microscopes and microscope software

  • Individual excitation filters

  • Constant current and optical power LED drive modes

  • User-changeable LEDs and filters

  • Control individually or simultaneously



Wavelenght (nm)Bandwidth
FWHM (nm)
Typical Optical
Power (mW)
Recommended Filter SetsProduct
Type
Product
Code
7-colour LED source
(complete, populated unit)
BBO-MF-7-3-002
Mainframe
only
BBO-MF-0-3-002
UV39510120LED-DAPI-A-000LED ModuleBBO-LED-390-001
Royal
Blue
44518200LED-CFP-A-000BBO-LED-440-001
Blue47019185LED-FITC-A-000BBO-LED-470-001
Cyan5053190LED-YFP-A-000BBO-LED-510-001
Green/
Yellow
55662550

LED-TRITC-A000

LED-mCherry-A-000

BBO-LED-550-001
Red63518225LED-Cy5-A-000BBO-LED-630-001
Far
Red
7253870LED-Cy7-A/B-000BBO-LED-720-001

Microscope Adapter Product Codes
Nikon adapter BN7-ADT-N1-001
Leica adapter BN7-ADT-L1-001
Olympus adapter BN7-ADT-O1-002c
Zeiss adapter BN7-ADT-Z1-001
Other Accessories
BNC breakout cable BN7-BNC-7-001
Features:
Modular ChannelsUp to seven channels, user-fit*
SourcesSolid state LED
Wavelength Range380 – 730 nm available
Noise LevelApprox. 47 dB
Bandpass FiltersIndividual bandpass filter holders for each channel
Light InterfaceLiquid light guide with microscope collimators, available separately
ConnectionUSB-A (powered), USB-B, RS232 (serial), and TTL via 15-way connector
OperationControl via dedicated software, MicroManager, MicroManager 2, tablet, or third-party software
Programmable SetupXML upload for complete flexibility
Optical SafetyKey switch, light guide, and lid-off interlock
Power ConsumptionStandby ~5W, Single colours: green ~40W, all other colours ~18W, All 7 colours on ~80W
Dimensions & Weight315 x 288 x 107 mm, 4.7 kg
Warranty12  months, optional 3 years
Operating requirements:
Line Voltage110V & 240V AC
Line Frequency50/60 Hz
Power Consumption350 VA
Operating Temperature10 to 40 °C
Storage Temperature-10 to 60 °C
Humidity40% to 70% RH


Cost Saving Chart

CostMercury lampMetal Halide LampLED light engine Niji (7 channel)
Bulbs used in niji lifetime (20,000 hours)80 pieces with a
lifetime ~250 h

8 pieces with a
lifetime ~ 2500 h

0
Cost of bulbs used

~ 290€ per bulb

total: 23 294,60€

~580€ per bulb 
total: 4658,92€
N/A
Energy consumed in 20,000 hours usage0.140 kWh/h 2,800 kWh0.22 kWh/h 4,400 kWh

0.04 kWh/h

800 kWh

Electricity cost in 20,000 hours usage (12.4p/kWh)404,39€635,48€115,54€
Overall disposal cost~4,08€ per bulb 326€~4,08€ per bulb 32€N/A
Cost over 20,000 hours24 025,12€5327,01€115,54€
Cost per hour1,20€0.26€0.006€

Downloads - Multicolour LED sources for microscopic fluorescence excitation

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