LaserBoxx Single Longitudinal Mode Lasers

The LCX and LPX LaserBoxx are diode-pumped solid-state (DPSS) laser sources. The unique feature of these models is a proprietary, Alignment-free Monolithic Resonator (AMR). The elements of resonator are assembled into a single ultra-low-loss optical subsystem, using a proprietary crystal bonding technique. This technology yields to highly efficient pump schemes and allows for the highest spectral quality on the market, as well as an important robustness over time. The LCX and LPX models are insentive to temperature variations and to mechanical vibrations. The LBX and LSX models are based on integrating a temperature-stabilize laser diode. These models deliver an ultra-narrow linewidth emission due to their stable design and low noise current

Main common features

• Single Longitudinal Mode
• TEM00 Beam
• Integrated control electronics
• SM/PM/MM fiber coupling options
• USB and RS232 interfaces
• Dedicated control software
• LBX and LCX – Industry standard footprint (100 x 40 mm²)
• LPX and LSX – 120 x 40 mm² footprint

The L1C and the L1C+ platforms offer efficient, compact and cost effective solutions to add advanced features to the LCX, LPX, LSX and LBX-S lasers. Add high power isolators, motorised power attenuators (MPA) or Acousto-Optic Modulator (AOM) for fast modulation capabilities

MPA motorised Power Attenuator – power adjustment 0-100%, electro-mechanical shutter included, maintains beam quality and spectral properties, USB and RS232 interface, external analogue input control

AOM Acousto-Optic Modulator – DC to 3MHz bandwidth modulation,  >85% power transmission, USB interface, analogue digital inputs

Isolators – Compact and alignment free, Isolation 17dB min.

Common Specifications

• Control mode Automatic Power Control (APC)

• Power stability (over 8h and ±3K) ± 1%

• Power adjustment optional with L1C-MPA/AOM

• Optical noise (%RMS, 10Hz – 20MHz bandwidth) ≤0.2%

• Beam pointing stability ≤ 5 µrad/K

• Polarization state linear, vertical

• Polarization extinction ratio (typ.) 1000:1

Raman Spectroscopy
Brillouin Scattering
Interferometry
Photoluminescence
Holography
Laser Doppler Velocimetry
Laser Ultrasonic
Dynamic Light Scattering