Tunable Laser Systems
Tunable Laser Systems
Spectrolight’s tunable laser system (TLS) is the broadest continuously optical tunable broadband laser that combines a supercontinuum laser and a tunable bandpass filter.
TLS-Red can generate output beams of various wavelengths in a wide wavelength range of approximately 410 nm to 1700 nm and can control the FWHM of the output beam (2 to 15 nm, nominal), and TLS-Blue has the same wide wavelength range with fixed FWHM at 10 or 20 nm (Optional).
TLS-Red is suitable for fields that require precise scanning, and TLS-Blue is suitable for fields that require high output. Using Spectrolight’s TLS, users can freely choose the output power and customize the wavelength ranges according to their needs.
TLS is a picosecond tunable laser that can be applied to various fields, from fluorescence microscopy to time-resolved spectroscopy, such as TCSPC, Hyperspectral imaging, Machine vision, Semiconductors, Sensors, and other applications.
Product Overview
(Click model name for product page)
Model | Visible Power | Total Power | Repetition Rate |
Output Pulse Width (ps) |
Tuning Range (nm) | FWHM Range |
TSL10-RED | 100 mW | 1 W | 5 MHz | < 300 |
450 - 1700 |
2 - 15 (nominal) |
TSLM10-RED | 250 mW | 1 W | 10 MHz | < 50 | 410 - 1700 | |
TSLM20-RED | 500 mW | 2 W | 20 MHz | < 50 | 410 - 1700 | |
TSLM40-RED | 1 W | 4 W | 40 MHz | < 50 | 410 - 1700 | |
TSLM35V-RED | 1 W | 3.5 W | 0.01 to 40 MHz | < 50 | 410 - 1700 | |
TSL80V-RED | 1 W | 8 W | 0.01 to 200 MHz | < 300 | 430 - 1700 | |
TSLM70-RED | 2 W | 7 W | 80 MHz | < 50 | 410 - 1700 | |
TSL10-BLUE | 100 mW | 1 W | 5 MHz | < 300 |
450 - 1700 |
Fixed 10 or 20 nm |
TSLM10-BLUE | 250 mW | 1 W | 10 MHz | < 50 | 410 - 1700 | |
TSLM20-BLUE | 500 mW | 2 W | 20 MHz | < 50 | 410 - 1700 | |
TSLM40-BLUE | 1 W | 4 W | 40 MHz | < 50 | 410 - 1700 | |
TSLM35V-BLUE | 1 W | 3.5 W | 0.01 to 40 MHz | < 50 | 410 - 1700 | |
TSL80V-BLUE | 1 W | 8 W | 0.01 to 200 MHz | < 300 | 430 - 1700 | |
TSLM70-BLUE | 2 W | 7 W | 80 MHz | < 50 | 410 - 1700 |
(More information can be found here)