Fiber coupled laser diode system-iFLEX2000

The laser module is guaranteed for long lifetime and delivers exceptional power stability with low amplitude noise. All models feature an interlock and output diagnostics for laser current and temperature as standard. Features include a high dynamic range 5MHz TTL modulation option or a variable power control via analog modulation up to 5MHz. All lasers feature diffraction limited output beams with zero astigmatism, high spatial coherence and low dynamic pointing error.

The laser module is guaranteed for long lifetime and delivers exceptional power stability with low amplitude noise. All models feature an interlock and output diagnostics for laser current and temperature as standard. Features include a high dynamic range 5MHz TTL modulation option or a variable power control via analog modulation up to 5MHz. All lasers feature diffraction limited output beams with zero astigmatism, high spatial coherence and low dynamic pointing error.

The iFLEX2000 is compatible with a number of commercially available imaging software packages such as Olympus cell^AR™, MetaMorph® and ^Manager and a number of add-on interfaces ensure a complete solution for all microscope systems.

The kinematic design of the laser to fiber coupler enables true ^<Plug & Play* benefits for singlemode and polarization-preservingfiberdesigns. Sub-micron repeatability and sub-microradian stability mean systems can be ^<factory set* and stable for multiple remove and insert operations. The laser and fiber systems are also optimized for unmatched laser modules thus providing true modularity for instrument design and ease of replacement.

Some of the product features include:

•    Factory set and conform to specification ⁽out of the box*

•   Stable to optomechanical thermal effects and exhibits no hysteresis

•   TEM₀₀ true Gaussian beam

•   Wavelengths at 375, 405, 445, 473, 488, 515, 640, 660,670,780,830nm

•   50mW, OEM versions available

•   Low noise

•   High stability, high beam quality

•   Software controllable

Technical Specifications