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Semiconductor Light Matrix (SLM)™ Technology
Features and Benefits

Phoseon’s proprietary Semiconductor Light Matrix (SLM) technology combines a dense array of light emitting semiconductor devices, with micro optics and advanced thermal technology in a cost-effective MOEMS (micro opto electro-mechanical system) package. The result is a high intensity UV light system that offers an efficient, scalable, safe, long-life, and environmentally friendly alternative to traditional UV sources. Phoseon's SLM approach is to use proprietary packaging, optics, and thermal design to optimize the output.

Features: SLM technology is implemented with an array of light emitting semiconductors that are configured into a system which performs the following:

slm
SLM micro optics

 
  • The light is efficiently collected and directed at the target using micro optics.

  • The heat generated by the array is managed with conductive packaging technology.

  • Electronic control allows instant on/off and light intensity control.

  • Individual semiconductor devices are insensitive to failures of other devices in the array.

  • SLM arrays produce uniform and high intensity UV output.

Benefits: Cooler, More Intense, Longer Life, Precise Control

SLM Array
SLM array

 
  • The full-intensity lifetime of SLM devices is expected to be 15,000+ hours compared to less than 2,000 hours with traditional lamps. 

  • Power consumption is approximately 50% less than that of equivalently-intense lamps, reducing heat generation and power consumption.

  • SLM arrays are instant on/off, increasing throughput of SLM-based equipment compared to lamp-based equipment, in addition to saving power and heat. 

  • SLM arrays can be constructed to irradiate a wider area more uniformly than lamps, enabling new applications such as web curing of photopolymers using UV SLMs.

  • SLM technology allows for the best cost per watt to produce UV LED curing solutions.


Learn more about Phoseon's UV LED based SLM Technology for UV Curing. Or, return to our home page to learn more about UV LED curing.

 

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