Supercontinuum (white, wideband) femtosecond laser NIR-SWIR, 3 mW, free space, Superlight Photonics

Fs SC laser 1000

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Lasers
Supercontinuum Lasers
Fs SC laser 1000

Fs SC laser 1000

LSP-SLP-1000

Supercontinuum Lasers

Superlight Photonics

Characteristics

- bandwidth NIR-SWIR: 400 nm at -3 dB
- 3 mW / 30 pJ / 100 MHz
- ideal to create a tunable laser (TLS)

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Supercontinuum femtosecond NIR-SWIR laser, free space, 3 mW.

Designed for both stationary and mobile applications, the SLP-1000 is the industry’s first portable and maintenance free wideband laser. It generates unprecedented spectral range at the -3 dB range with femtosecond compressed pulse durations all on a chip.

Utilizing PAD - Patterned Alternating Dispersion™ technology, the LSP- SLP-1000 achieves world-record coherent wide bandwidth, overcoming the narrow spectrum limitations of tunable lasers.

Key features of the supercontinuum laser SLP-1000:
- PIC-based supercontinuum generation
- PAD - Patterned Alternating DispersionTM
- Wide, smooth, and low noise spectral output (SWIR)
- Short start-up time
- No need for calibration, high uptime, maintenance-free
- Portable & battery operated

Specifications of the wideband (white) laser LSP-SLP-1000:

	LSP-SLP-1000
Spectral Bandwidth	400 nm at -3 dB
Average Output Power	3 mW
Output Pulse Length	20 fs
RIN	10-14 dB/Hz
Pulse Energy	30 pJ
Repetition Rate	100 MHz
Total Power Stability	0,005
Output	1.8 mm collimated radius
Output Port	SM05 Thread
Power Supply (DC)	12 VDC
Current	1 A
Current at Warm-up	5 A
Power Consumption	12 W
Warm-up Time	< 60 s
Operating Temperature	20 °C
Dimensions (WxHxL)	174 x 96 x 54 mm3
Laser Head Weight	0.9 Kg
Laser safety	Class 3B

Spectral power density of the supercontiuum laser LSP-SLP-1000:

From waveguide characterization and fiber sensing to medical imaging and advanced spectroscopy, our innovative technology delivers unmatched versatility and precision. Elevate your operations in inspection, process and quality control, machine vision and material analysis with this groundbreaking solution.

Comparison chart of the SC femtosecond family of lasers LSP-SLP:

	LSP-SLP-1000	LSP-SLP-0280	LSP-SLP-1050	LSP-SLP-1002	LSP-SLP-1052	LSP-SLP-1062
Spectral Bandwidth	400 nm at -3 dB	1750 nm ± 200 nm	900 nm at -3 dB	600 nm at -10 dB	1000 nm at -10 dB	1000 nm at -10 dB
Avg. Output Power	3 mW	50 mW	50 mW	2.5 mW	20 mW	20 mW
Pulse Width	20 fs	25 fs	20 fs	ask	ask	ask
RIN	10-14 dB/Hz	10-12 dB/Hz	10-12 dB/Hz	10-14 dB/Hz	10-12 dB/Hz	10-12 dB/Hz
Pulse Energy	30 pJ	500 pJ	500 pJ	25 pJ	160 pJ	160 pJ
Output	1.8 mm collimated radius			Fiber-Coupled

Typical applications of SC lasers in research-R&D-laboratory-science and industry-OEM:

- LIDAR	- Airborne monitoring	- Biomedical imaging	- Optical coherence tomography (OCT)
- Microscopy	- Metrology	- Hyperspectral imaging	- Materials and surface inspection
- Spectroscopy	- Quality control	- Astronomy imaging	- Semiconductor inspection
- TCSPC	- Environmental sensors	- Machine vision	- Precision agriculture

In addition, here you can learn on our family of supercontinuum picosecond lasers.

Don't forget that if you have or need a laser, you may very well need our PCL services:
- laser safety training
- laser safety consultancy

Or maybe our laser related products:
- laser protection products: goggles & helmets, windows, barriers, curtains, cabins, clothing
- Blink: laser power and energy meter, each pulse, for ultrafast lasers up to 1 MHz
- Blueback: Spider based ultrafast laser pulse characterization
- laser beam profile analysis

More information: ventas@procarelight.com / +34 605 024 420