Ushio America SugarCUBEª LED Illumination Systems

Ushio America

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UAI-SugarCUBEª LED Illumination Systems
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Ushio America SugarCUBEª LED Illumination Systems

Unsurpassed Light Intensity with LED Efficiency

The SugarCUBEª line of LED fiber optic illuminators provides the highest intensity light for a variety of laboratory and technical needs. Each member of the CUBE family couples an exceptionally bright LED with UshioÕs powerful electronic driver circuitry for maximum light output. The life of each LED light source is equivalent to approximately 300 tungsten halogen bulbs, allowing users to cut downtime and save thousands of dollars on bulb replacement.

The SugarCUBEª line Ð a model for every application

SugarCUBEª Standard Ð A high intensity LED fiber optic illuminator available in white, red (613nm), blue (463nm), and green (523nm).

SugarCUBEª Ultra Ð For the most demanding applications, the SugarCUBE Ultra is the most powerful LED light engine available. It replaces the previous SugarCUBE Quad White model. The output is 764% greater than the previous top of the line Quad when using a 3mm LLG. Please see the datasheet for specifics.

SugarCUBEª Multi-wavelength solutions Ð We can connect multiple SugarCUBEs together to create a switchable multi-wavelength system with a high output.

Customization

Custom adapters can be created to meet your fiber optic requirements.

Contact us to discuss your project.



Features & Benefits

  • With an estimated 60,000 hour life, the LED light sources provide intense, cool light that reduces downtime due to damage of samples or equipment
  • Unmatched light stability gives the unit excellent reliability in critical applications
  • Front panel control
  • Serial commands through RS232
  • Analog control via rear panel input
  • Durable solid-state construction reduces cost of ownership, while long-life LEDs cut waste, minimizing the environmental impact


  • Machine vision lighting
  • Microscope illumination
  • Vision system illumination
  • Research applications including nano-molecule manipulation and uncaging
  • Life sciences illumination
  • High speed motion capture

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