Carmel Compact Femtosecond Fiber Laser (CFL) Carmel X series femtosecond lasers provide high power, ultra short pulses, and their outstanding stability and compact size can meet the needs of OEM, industry, and scientific research. The wavelengths include 780nm, 925nm, and 1550nm. The output power ranges from 0.2W to; GT; 1W. Pulse width less than 90fs. Can be applied in fields such as biological imaging, multiphoton microscopy, optical measurement, 3D microprinting, terahertz imaging, ophthalmology, etc.
CarmelCompact femtosecond fiber laser(CFL)Carmel XThe series of femtosecond lasers provide high power, ultra short pulses, and their outstanding stability and compact size can meet the requirementsOEMThe needs of industry and scientific research. The wavelength includes780nm, 925nm,1550nm.Output power from0.2Wto>1W.Pulse width less than90fs. Can be applied to biological imaging, multiphoton microscopy, optical measurement3DMicro printing, terahertz imaging, ophthalmology and other fields.
The system includes a compact controller and a laser head connected via an armored fiber optic cable, which is highly suitable forOEMApplication. Equivalent to many traditional titanium sapphire lasers with detailed output power, the volume has been reduced100Twice. It can be done through a simpleturn keyManual operation or remote computer control can also be used. Based on remote data loading, power monitoring, system diagnosis, and automatic adjustment of secondary resonant crystals to meet long cycle life requirements. can7sky24Working hours, with an expected lifespan exceeding10000hour We can also provideOEMtechnical support.
CarmelCan be configured with dual wavelength output for780nmand1550nmSwitch between them. The repetition frequency can be within10to80MHzBetween, pulse width<90fsBeam quality:M² < 1.2Within a wide temperature range(17-30°C)Ideal stability between long-period pulses within(<1% rms)Can ensure the application of tissue imaging and resection in the biomedical field. also providedRFSynchronize signal output as trigger signal. For multi photon microscopy applications,CarmelProviding an ideal ultrafast laser solution, its low scattering advantage and ability to reduce light damage can meet the needs of cell tissue imaging. Its compact laser head and related armored optical cable design can be integrated into existing imaging systems without the need for multiple optical systems.
X-The series isCalmarThe annotated ultrafast laser seed platform adopts its previous experience20Developed and optimized passive locking technology with intellectual property rights over the years. Stable and reliable performance, easy maintenance.