Pavilion Integration Corporation

WhisperITModel W-FC Series -Fiber-Coupled Lasers

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The WhisperIT W-FC Series represents a significant advancement in fiber-coupled laser diode technologies, offering enhanced performance with a smaller footprint, longer operational lifetime, and superior efficiency compared to traditional DPSS, HeCd, HeNe, and Argon lasers. Leveraging Pavilion Integration's WhisperIT technology, these lasers eliminate mode hops and exhibit extremely low optical noise, making them indispensable for demanding OEM applications. Their low coherence and reduced speckle minimize damage from back-reflected light. The series features laser diodes known for longevity and reliability, delivering simplified yet robust solutions with options for direct FC/APC output or custom collimation. These lasers are suitable across various fields, including flow cytometry and DNA sequencing, due to their compact form factor and versatility.

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WhisperIT W-FC Series are fiber-coupled laser diode-based continuous-wave solid-state lasers that offer significantly reduced footprint, increased lifetime, and improved efficiency over DPSS, HeCd, HeNe and Argon lasers. The proprietary WhisperIT technology eliminates mode hops and delivers lasers with extremely low optical noise.

Overview:

WhisperIT W-FC Series lasers have low coherence and reduced speckle, near immunity to damage from back reflected light and the lowest noise available among all commercially available diode lasers.

WhisperIT W-FC Series lasers benefit from Pavilion’s extensive experience in the design of rugged, low-footprint, user friendly lasers for demanding OEM applications.  Utilizing long life and highly reliable laser diodes enables first-class quality laser products with great simplicity and robustness.

WhisperIT W-FC Series lasers offer the best value for broad applications with the smallest form factors on the market today. The lasers are available with direct FC/APC output or custom collimation tailored to match specific application requirements.

  • Ultra-Low Noise
  • Low Coherence
  • Mode-hop Free
  • Integrated Control Electronics
  • Digital, Analog or Custom Modulation