YSL Photonics’ Supercontinuum Source SC-OEM is the latest product designed with the compact footprint for the demanding medical and industry application. The SC-OEM, with single-mode fiber output, delivers a wide spectral output ranging from 430nm to 2400nm with up to 8W total power.
Applications:
● Semiconductor Inspection & Metrology
● Industrial Sorting/ Machine Vision
● Medical Instrumentation
● Flow Cytometry
● Optical Coherence Tomography
Features:
● Wavelength: 430nm-2400nm
● Total Power: >8W
● Visible Power: >900mW
● Repetition Rate: 10kHz-200MHz
● Optional External Triggerable: 1-80MHz
The SC-5-FC is a cost effective supercontinuum source with single mode FC connector output. With a total output power of more than 800mW covering a broad spectral range of 480nm to 2200nm, the system is an ideal light source for fiber
component characterization, fiber sensing, OCT and other areas. The system is based on self-designed highly reliable
seed laser offering unique reliability and performance. SC-5-FC can replace the traditional ASE, SLD and Lamp systems in
many applications.
Applications:
● Fiber component characterization
● Fiber sensing
● OCT
● Industry inspection
● Broadband spectroscopy
● Fluorescence spectroscopy
Features:
● FC/APC fiber connector output
● Up to 800mW
● Single-mode output
● 480nm-2200nm
● Spectrum Stability <0.1dB
● With anti-reflection isolator
YSL Photonics’SC-PRO is the high power supercontinuum source with variable repetition rate from 100kHz to 25MHz. It delivers a wide spectral output ranging from 430nm to 2400nm with over 6W average power. SC-PRO offers >1uJ pulse energy (@1MHz), making it the ideal source for super resolution microscopy. The >3mW/nm average power density makes it an ideal source for the various applications such as OCT, fluorescence microscopy, nanophotonics, and etc.
Applications:
● OCT
● Fluorescence spectroscopy and microscopy
● Nanophotonics
● Super-resolution imaging
● Photocurrent microscopy
● IR spectroscopy
Features:
● Pulse energy up to 1uJ
● Total power: ＞6W
● Wavelength: 400nm-2400nm
● Self-designed highly reliable seed laser
● Single-mode output
● NIM trigger signal output, externally triggerable
YSL Photonics’SC-Pro 7 is the latest high power supercontinuum source with variable repetition rate from 10kHz to 200MHz. It delivers a wide spectral output ranging from 430nm to 2400nm with up to 20W total power. It provides optional 1-80MHz external triggerable function which is an ideal source for locking to the mode-locked laser for pump-probe application. SC-Pro 7 offers >1.5uJ pulse energy (@1MHz), making it the ideal source for super resolution microscopy. The 10kHz to 200MHz repetition rate capability makes it an ideal source for the applications such as low noise OCT, fluorescence microscopy, nanophotonics and etc.
Applications of YSL Supercontinuum Source SC-PRO-7:
● OCT
● Fluorescence Spectroscopy and Microscopy
● Nanophotonics
● Super-Resolution Imaging
● Photocurrent microscopy
● Photoacoustic Microscopy
Features:
● Total power: up to 20W
● Internal Repetition Rate: 0.1-200MHz
● External Triggerable: 1-80MHz
● Wavelength: 430nm-2400nm
● Pulse Energy: >1.5uJ
● Single-Mode Output
● NIM trigger signal output, externally triggerable
YSL Photonics’PicoYL-15 has a continuously tunable pulse duration from 100 ps to 4 ns and repetition rates from 100 kHz up to 5MHz. The short pulse duration, high repetition rates combined with over 50kW peak power give high speed, permanent black/color marking on a variety of metals, thin film coating and thermal sensitive materials. The single mode beam quality picosecond pulses with over 50kW peak power open up a variety of micromachining applications such as Li-Ion battery foil cutting, resistor trimming and marking of transparent material. The laser is completely controlled via an industry standard digital interface with optional DB25 or RS-232.
Applications:
● Black Marking
● Lion Ion Battery Foil Cutting
● Thin Film Solar Cell Scribing
● Silicon or SiC Dicing
● Resister Trimming
● Chrome Vanadium Texturing
● Micromaching of Transparent materials
Features:
● Average Power 15W
● Pulse Duration 100ps-4ns adjustable
● Peak Power 50kW
● Repetition Rate 100kHz-5MHz
● Pulse Energy 150μJ@4ns or 30uJ@600ps
● M²<1.3
● Burst Mode Function
YSL Photonics’PicoYL-20 has a continuously tunable pulse duration from 200ps to 2ns and repetition rates from 30 kHz up to 1 MHz. The short pulse duration, high repetition rates combined with over 150kW peak power give high speed, permanent black/color marking on a variety of metals, thin film coating and thermal sensitive materials. The single mode beam quality picosecond pulses with over 150kW peak power open up a variety of micromachining applications such as SiC/Silicon cutting, resistor trimming and marking of transparent material. The laser is completely controlled via an industry standard digital interface with optional DB25 or RS-232.
Applications:
● Silicon or SiC Dicing
● LED Sapphire Substrate Dicing
● Lion Ion Battery Foil Cutting
● Thin Film Solar Cell Scribing
● Metal Marking
● Chrome Vanadium Texturing
● Micromaching of Transparent materials
Features:
● Average Power ~20W
● Pulse Duration 200ps-2ns
● Peak Power 150kW
● Repetition Rate 30kHz-1000kHz
● Pulse Energy 100μJ@2ns or 30uJ@200ps
● M²<1.3
● Burst Mode Function
YSL Photonics’PicoYL-50 has a tunable pulse duration from 50 ps to 800ps, repetition rates from 25 kHz up to 5 MHz and over 70W average power. The short pulse duration, high repetition rates combined with over 500kW peak power open up a variety of micromachining applications such as PERC solar cell dicing, glass drilling, sapphire drilling, Li-Ion battery foil cutting, resistor trimming and marking of transparent material. The laser is completely controlled via an industry standard digital interface with optional DB25 or RS-232.
Applications:
● PERC Solar Cell Dicing
● Lion Ion Battery Foil Cutting
● Glass Drilling
● Silicon or SiC Dicing
● Metal Marking
● Chrome Vanadium Texturing
● Micromaching of Transparent materials
Features:
● Average Power >50W
● Pulse Duration 50, 300, 800ps
● Peak Power 500kW
● Repetition Rate 25kHz-5MHz
● Pulse Energy >180uJ@800ps
● M2<1.3
● Burst Mode Function (1-4, 40MHz)
YSL Photonics’PicoYL-70 has a tunable pulse duration from 50 ps to 800ps, repetition rates from 25 kHz up to 5 MHz and over 70W average power. The short pulse duration, high repetition rates combined with over 1MW peak power open up a variety of micromachining applications such as PERC solar cell dicing, glass drilling, sapphire drilling, Li-Ion battery foil cutting, resistor trimming and marking of transparent material. The laser is completely controlled via an industry standard digital interface with optional DB25 or RS-232.
Applications：
● PERC Solar Cell Dicing
● Lion Ion Battery Foil Cutting
● Glass Drilling
● Silicon or SiC Dicing
● Metal Marking
● Chrome Vanadium Texturing
● Micromaching of Transparent materials
Features：
● Average Power 70W
● Pulse Duration 50-800ps adjustable
● Peak Power 1MW
● Repetition Rate 25kHz-5MHz
● Pulse Energy >300uJ@800ps
● M²<1.3
● Burst Mode Function
YSL Photonics’ FemtoYL-20 is the latest 20W high power femtosecond fiber laser. It
can deliver over 20W average power, ~400fs-6ps variable pulse width and 20uJ pulse
energy, making it an ideal laser for micromachining application.
Applications:
• Glass Welding
• Refractive Index Modification
• Two Photon Polymization
• Thin Film Material Cutting & Drilling
• Biochips Manufacturing
• Medical Device Manufacturing
Features:
• Average Power >20W
• Pulse Duration ~400fs-6ps
• Repetition Rate 25-5000kHz
• Pulse Energy >20uJ
• M2<1.3
• Burst Mode Function
YSL Photonics’ FemtoYL-50 is the latest 50W high power femtosecond fiber laser. It can deliver a ~400fs-6ps variable pulse width and over 100uJ pulse power, making it an ideal laser for micromachining application.
Applications:
• OLED Dicing
• Full Screen Dicing
• Sapphire Drilling
• Silicon Dicing
• SiC Dicing
• Metal Cutting and Drilling
• FPC Cutting
Features:
• Average Power 50W
• Pulse Duration ~400fs-6ps
• Peak Power 250MW
• Repetition Rate 25-5000kHz
• Pulse Energy 100uJ
• M2<1.3
• Burst Mode Function
