KLASTECH GmbH Crescendo

Description
The Ruby laser heralded the advent of the photonics industry when the first 694.3nm laser light was emitted in pulses back in the 1960s. For many years thereafter physicists and engineers have tried to produce a commercially viable CW version but to no avail. Now, thanks to the ultra high efficiency of KLASTECH’s patented intra-cavity impedance matching technology the world’s first CW DPSS Ruby laser has arrived. In line with all other KLASTECH lasers the Crescendo offers Pitch Perfect single frequency performance, ultra-low noise running, diffraction limited beam quality and rock solid beam pointing stability. Currently available at 100mW and 150mW higher powers are in the pipeline. Applications include Raman Spectroscopy, medical diagnostics and hematology.
Datasheet
Description
The Ruby laser heralded the advent of the photonics industry when the first 694.3nm laser light was emitted in pulses back in the 1960s. For many years thereafter physicists and engineers have tried to produce a commercially viable CW version but to no avail. Now, thanks to the ultra high efficiency of KLASTECH’s patented intra-cavity impedance matching technology the world’s first CW DPSS Ruby laser has arrived. In line with all other KLASTECH lasers the Crescendo offers Pitch Perfect single frequency performance, ultra-low noise running, diffraction limited beam quality and rock solid beam pointing stability. Currently available at 100mW and 150mW higher powers are in the pipeline. Applications include Raman Spectroscopy, medical diagnostics and hematology.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Crescendo -  - KLASTECH GmbH
Dortmund, Germany
Crescendo
Crescendo
The Ruby laser heralded the advent of the photonics industry when the first 694.3nm laser light was emitted in pulses back in the 1960s. For many years thereafter physicists and engineers have tried to produce a commercially viable CW version but to no avail. Now, thanks to the ultra high efficiency of KLASTECH’s patented intra-cavity impedance matching technology the world’s first CW DPSS Ruby laser has arrived. In line with all other KLASTECH lasers the Crescendo offers Pitch Perfect single frequency performance, ultra-low noise running, diffraction limited beam quality and rock solid beam pointing stability. Currently available at 100mW and 150mW higher powers are in the pipeline. Applications include Raman Spectroscopy, medical diagnostics and hematology.

The Ruby laser heralded the advent of the photonics industry when the first 694.3nm laser light was emitted in pulses back in the 1960s. For many years thereafter physicists and engineers have tried to produce a commercially viable CW version but to no avail.
Now, thanks to the ultra high efficiency of KLASTECH’s patented intra-cavity impedance matching technology the world’s first CW DPSS Ruby laser has arrived.
In line with all other KLASTECH lasers the Crescendo offers Pitch Perfect single frequency performance, ultra-low noise running, diffraction limited beam quality and rock solid beam pointing stability.
Currently available at 100mW and 150mW higher powers are in the pipeline. Applications include Raman Spectroscopy, medical diagnostics and hematology.

Datasheet

Technical Specifications

  KLASTECH GmbH
Product Category Lasers
Product Name Crescendo
Laser Type Solid State Lasers
Laser Wavelength Red
Features Internal Power Supply; Polarized Output
CDRH Classification Class IIIb
Wavelength Range 694 nm (6943 Å)
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