Coherent, spatially single-mode white-light laser sources spanning 400 – 2400 nm from a single fiber-coupled output. High spectral brightness for spectroscopy, microscopy, OCT, and biophotonics.
Choose the output spectrum range and average power level matched to your application — from compact lab sources to high-brightness research systems.
| Parameter | TFL-SCL-400 | TFL-SCL-1 | TFL-SCL-VIS |
|---|---|---|---|
| Output Spectrum | 450 – 2200 nm | 400 – 2400 nm | 480 – 850 nm |
| Average Output Power | >100 mW | >400 mW | >200 mW |
| Spectral Power Density | >0.1 mW/nm | >0.5 mW/nm (VIS) | >0.8 mW/nm |
| Repetition Rate | 80 MHz | 80 MHz | 80 MHz |
| Pulse Width | <10 ps | <10 ps | <10 ps |
| Output Fiber | PM SM, FC/APC | PM SM + free-space | SM, SMA-905/FC |
| Spatial Mode | Single-mode | Single-mode | Single-mode |
| Intensity Noise | <1% RMS | <0.8% RMS | <0.5% RMS |
| Control Interface | USB / RS-232 | USB / RS-232 / ETH | USB / RS-232 |
| Power Supply | 100–240 V AC | 100–240 V AC | 100–240 V AC |
| Warm-up Time | <5 min | <5 min | <5 min |
| Warranty | 2 years | 2 years | 2 years |
A single source replaces multiple lasers across the visible and near-infrared. One fiber output delivers an entire optical bandwidth from 400 nm to beyond 2 µm.
Single-mode fiber output provides diffraction-limited beam quality, enabling tight focusing for microscopy, spectroscopy, and structured illumination applications.
All models deliver output via FC/APC or SMA-905 connectors. Easy coupling to standard spectrometers, microscopes, and custom optical setups without free-space alignment.
80 MHz pulse repetition enables high-speed imaging, time-resolved spectroscopy, and synchronisation with detection electronics in lock-in and gated systems.
Turn-key desktop design with USB control. No optical alignment required — power on and illuminate your sample within minutes of installation.
Optional motorised filter wheels select specific wavelength bands for targeted excitation. Compatible with standard 25 mm optical filter mounts for custom configurations.
Single-source multi-channel fluorescence excitation across the full visible spectrum.
Broadband source enables high-axial-resolution OCT imaging in biomedical and material applications.
Pulsed excitation at 80 MHz ideal for FLIM and time-correlated single-photon counting.
VIS-NIR absorption and reflectance measurements from a single compact source.
Ellipsometry, scatterometry, and broadband reflectometry for thin films and surfaces.
Total internal reflection fluorescence for single-molecule and membrane dynamics studies.
Tell us your application, wavelength range of interest, and power requirements. We'll recommend the right model and can arrange a demonstration at your facility.