iFLEX-iRIS Compact Lasers for Free-Space or Fiber-Coupled Delivery

iFLEX-iRIS Compact Diode Laser Series

Rising from our Qioptiq® photonics heritage, our iFLEX-iRIS™ Lasers represent a compact, high-performance, laser illumination source delivering exceptional power stablility and low amplitude noise for high-resolution bio-imaging, ophthalmology and metrology applications. iFLEX-iRIS Lasers feature on-board Closed-Loop Modulation and are available in wavelengths from 375-852 nm at power levels up to 200 mW. They are ideal for both free-space use or with our kineFLEX® polarization-maintaining fiber-delivery system.

Ultra-Stable Closed-Loop Modulation

iFLEX-iris Laser Wavelength vs PoweriFLEX-iRIS comes standard with Closed-Loop Modulation (CLM) for further performance stability with very low periodic noise. CLM allows iFLEX® lasers to operate with automatic power control feedback in all modes of operation; CW, digital-, analogue- and dual-mode modulation. iFLEX CLM maintains reliable power stability from 0.1–100% throughout the extended service life.

For Free-Space or Flexible Fiber-optic Delivery

Our modular kineFLEX single-mode, polarization-maintaining fiber optic delivery system option allows iFLEX-iRIS to be located remotely from the sample, in an easily accessible, safe location. The kineFLEX fiber delivery system provides additional spatial filtering of the laser output for almost perfect Gaussian beam quality. Now you can replace the laser source without time-consuming repositioning and alignment to the subject.

 

      Learn more about iFLEX-iRIS Lasers and order online at our Qioptiq-Shop.

      • Wavelengths: 375 nm - 852 nm
      • Power options: ≤ 220 mW
      • Output beam: 0.7 ± 0.2 mm
      • Beam circularity: ≤ 1:1.2
      • Spatial mode, TEM∞: M2 < 1.2 typ
      • Power stability (8hrs): < 0.5%
      • RMS noise (20 Hz - 20 MHz): <0.05%
      • Laser module (mm): 70L x 40W x 38H
      • Highly stable output
      • New First-in-class Closed-Loop Modulation
      • Exceptional Power Stability
      • Ultra-low periodic noise
      • Extreme low RMS and peak-to-peak noise
      • Integrated electronics & TEC control
      • Wavelengths: 375 nm - 852 nm
      • Power options up to 220 mW
      • Output Beam 0.7 ± 0.2 mm
      • Operating Mode CW with output power adjustment options
      • Single-mode, linearly polarized output beam
      • Plug-and-play free-space or fiber-coupled delivery
      • CDRH Compliant interlock power supply

      Typical Applications

      • Metrology
      • Flow cytometry
      • Confocal and laser scanning microscopy
      • Dynamic light scattering
      • Forensics
      • TIRF
      • High-throughput screening
      • High-resolution imaging systems
      • DNA screening
      • Genomics
      • Ophthalmology
      • Wavelengths: 375 nm - 852 nm
      • Power options: ≤ 220 mW
      • Output beam: 0.7 ± 0.2 mm
      • Beam circularity: ≤ 1:1.2
      • Spatial mode, TEM∞: M2 < 1.2 typ
      • Power stability (8hrs): < 0.5%
      • RMS noise (20 Hz - 20 MHz): <0.05%
      • Laser module (mm): 70L x 40W x 38H
      • Highly stable output
      • New First-in-class Closed-Loop Modulation
      • Exceptional Power Stability
      • Ultra-low periodic noise
      • Extreme low RMS and peak-to-peak noise
      • Integrated electronics & TEC control
      • Wavelengths: 375 nm - 852 nm
      • Power options up to 220 mW
      • Output Beam 0.7 ± 0.2 mm
      • Operating Mode CW with output power adjustment options
      • Single-mode, linearly polarized output beam
      • Plug-and-play free-space or fiber-coupled delivery
      • CDRH Compliant interlock power supply

      Typical Applications

      • Metrology
      • Flow cytometry
      • Confocal and laser scanning microscopy
      • Dynamic light scattering
      • Forensics
      • TIRF
      • High-throughput screening
      • High-resolution imaging systems
      • DNA screening
      • Genomics
      • Ophthalmology
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