• Multi-photon excitation microscopy
• Multiple-wavelength pump-probe experiments
• Coherent anti-stokes Raman spectroscopy (CARS)
• OPO Pumping
• Micromachining

The BeamLine is a compact, fully-integrated laser beam stabilizer designed to actively lock the position of a laser beam with high accuracy. It addresses beam misalignments caused by thermal drifts or wavelength-dependent shifts, ensuring precise control in various applications.

• Single enclosure unit with 4-axis control (X, Y, qx, qy)
• Large capture range (up to 2 degrees) and input beam diameter (up to 10 mm)
• Exceptional pointing and positional accuracy
• Fully-automated computer-controlled tuning and self-calibration
• Drop-in installation without offset of the beam on existing optical setups
• User-friendly software interface
• Compatible with CW and pulsed lasers, including ultrashort pulse lasers
• Broad spectral coverage across 350 – 1100 nm or 900 – 1600 nm

• Entrance aperture size: 10 mm
• Angular capture range: 2 degrees (35 mrad)
• Pointing accuracy: <20 microradians
• Position accuracy: <50 microns at 1 m from output
• Spectral coverage: 350 – 1100 nm or 900 – 1600 nm
• Repetition rate: Any (CW and pulsed)
• Transmission loss: <3%
• Beam height range: Any height > 93 mm without need for periscope
• Input polarization: Options for Horizontal or Vertical
• Output polarization: Horizontal (>100:1)
• Size: 231 x 264 x 138 mm (9.09 x 10.39 x 5.4 inch)

Installation is straightforward, requiring precise positioning of the enclosure into the optical beam. The system includes all optics and electronics in a single enclosure, eliminating the need for alignment or manipulation of components during installation. The BeamLine does not introduce an offset to the beam, avoiding the need for realignment or reconfiguration.

The BeamLine is designed for maximum usability, controlled via a simple software interface, and is compatible with a broad range of laser wavelengths and beam heights.

The BeamLine is ideal for non-linear microscopy applications such as multi-photon microscopy, CARS, pump-probe spectroscopy, and micromachining. It enhances beam pointing with commercial tunable laser sources like mode-locked Ti:sapphire lasers, optical parametric oscillators (OPOs), and harmonic generators.