Solo-698: 698nm Single Frequency DPSS Laser

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Specifications

wavelength

cw power

mode

narrow linewidth

output

Overview:

Solo-698: 698nm Single Frequency DPSS Laser

We manufacture a wide range of high performance Continuous Wave Single Frequency DPSS lasers from deep UV to NIR.  This red DPSS laser has excellent output beam parameters and performance characteristics.

Due to BRaMMS technology, all our CW solid state lasers have the following parameters*:

  • Linewidth <0.5 MHz
  • Coherence length >100 m
  • Beam quality M2<1.05
  • Beam pointing stability <5 µrad/°C
  • Power stability 2 %, ±5 °C, 4 hours
  • Noise 0.1 % rms, 10 Hz-10 MHz

Beam Profile

Single Frequency

Power Stability

Wavelength Stability

BRaMMS Technology Highlights

  • Feedback locked Single Longitudinal Mode
  • CW operation
  • Mode-hops and lock loss free
  • Excellent beam quality from smallest footprint
  • High conversion efficiency
  • No external cooling required
  • High power stability
  • Ultra-low noise
  • Very narrow linewidth (from <0.5 MHz to QT requirements)
  • 100 m+ coherence length

BRaMMS stands for Bragg Range Michelson Mode Selection.

UniKLasers technology utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by Volume Bragg Grating (VBG).  This suppresses all but one lasing longitudinal mode within a laser cavity.

Due to significantly lower power consumption for any required output and the resulting simplified thermal management, the BRaMMS laser technology provides up to 10 times wider range of output power scalability from the smallest footprint. It opens up applications within the portable and remotely controlled systems and devices, which were never before considered feasible.

This proprietary patented technology provides reliable, cost-effective, compact all-solid-state and class-leading solutions for both well-established and currently unavailable wavelengths in the NIR, visible as well as in the emerging UV-spectrum range, whilst maintaining environmentally sound methodologies.

Datasheets:

Solo_698.pdf