Products Archive - Page 2 of 2

Cobolt 04-01 Series

Single frequency, CW diode pumped lasers

Wavelength: 457 nm – 1064 nm
Power: 25 mW – 400 mW
Applications: Raman, microscopy, LDV, DLS
Single frequency, CW diode pumped lasers

The Cobolt 04-01 Series lasers are continuous-wave diode-pumped lasers (DPL) operating at a fixed wavelength between 457 nm and 1064 nm. Single frequency operation provides an ultra narrow spectral linewidth, long coherence length and excellent spectral purity. The lasers are designed and manufactured to ensure a high level of reliability.

457 nm - 1064 nm, CW up to 400 mW

Linewidth < 1 MHz, (>100 m coherence length)

TEM00 beam

Low noise, <0.25% rms

Wavelength stability <1 pm (over ± 2 °C and 8 hrs)

Optional integrated modulation up to 3MHz

Fiber pigtailed option

Ultra-robust, hermetically sealed packages, proven reliability

Up to 24 months warranty, unlimited hours

Applications
Perfect for interferometry, Raman, holography, microscopy.
Details
Cobolt Rogue™ Series

High Power, CW diode pumped lasers

Wavelength: 640 nm
Power: 1 W
Applications: Super resolution microscopy
High power, CW diode pumped lasers
The Cobolt Rogue™ Series lasers are continuous-wave diode pumped lasers (DPL). A complement to our Cobolt 05-01 Series of single frequency lasers, the Cobolt Rogue^TM Series is multi-longitudinal mode in a perfect TEM00 beam. In the Cobolt Rogue-iE all-in-one lasers all control electronics are contained in the laser head eliminating the need for an external controller and bringing the trusted laser performance of Cobolt lasers into a compact, self-contained device. The lasers are designed and manufactured to ensure a high level of reliability.

640 nm, CW up to 1 W

High quality laser beam, TEMOO

Spectral bandwidth < 150 GHz

Ultra-robust, hermetically sealed packages, proven reliability

24 months warranty, unlimited hours

Fully integrated electronics option available

Applications
Perfect for super resolution microscopy, fluorescence microscopy, flow cytometry, DNA sequencing
Details
Cobolt Qu-T™ Series: COMING SOON

Compact tunable Lasers – Single Frequency – Mode-hop Free Tuning

Wavelength: 707 nm, 780 nm, 813 nm
Output power: >500 mW
Applications: Quantum Research, Quantum Computing, Atom Cooling, Atom Clock Research, Raman spectroscopy
Compact Tunable Lasers – Single Frequency – Mode-hop Free Tuning
The Cobolt Qu-T™ Series offers tunable and lockable single-frequency CW emission in the 650-950 nm range with an inherently high level of flexibility in the center wavelength and a perfect TEM00 beam. Each emission wavelength can be coarsely tuned gap-free over several nm and actively locked to an external reference using a fast piezo control. Combined with such tunability and locking capability, low intensity noise and narrow linewidth emission make these lasers perfectly suited for quantum experiments based on atomic transitions and generation of entangled photon pairs through spontaneous parametric down-conversion. Key Features:

Large wavelength flexibility and high output power

Narrow linewidth (<100 kHz free-running)

High spectral purity (SMSR >60 dB)

Multi-nm gap-free coarse tuning (>4 nm)

Fast fine tuning (mode-hop free >5 GHz, typ.)

Frequency locking to various external references

Compact format with proven 24/7 reliability

Applications:
Quantum Research, Quantum Computing, Atom Cooling, Atom Clock Research, Raman spectroscopy
Details
Ampheia™ Fiber Amplifier: COMING SOON

Ultra-low noise, single frequency, fiber amplifiers

Wavelength: 1064.2 ± 0.6 nm
Output power: 20 W, 40 W, 50 W
Applications: Atom trapping, Particle analysis, Optical metrology, Laser interferometry, Frequency conversion, Quantum sensing
Ultra-low noise, single frequency, fiber amplifiers
The Ampheia™ Series is a family of high-power fiber amplifiers, which with a pinnacle of perfection seamlessly boosting ultra-low relative intensity noise (RIN) and single-frequency operation while delivering 20 W, 40 W, and 50 W at 1064 nm in a perfect beam.

Up to 50 W, CW, single-frequency emission

Ultra-low noise and perfect beam quality

Single-stage fiber amplifier with integrated seed laser

Signal to noise ratio (OSNR> 60 dB)

Robust and maintenance free

Easy installation and user-friendly interface

Applications:
Atom trapping, Particle analysis, Optical metrology, Laser interferometry, Frequency conversion, Quantum sensing
Details